2015/7/4 9:18:15 Wang Zhenghua and Wang Chengyao 1087true 2015/7/4 9:18:15 Li Guoguang and Huang Jianhua 1086true 2015/7/4 9:18:15 Li Shumin and Wang Zhonggang 1085true 2015/7/4 9:18:16 Huang Yan and Ren Junguo 1084true 2015/7/4 9:18:16 Liang Bo 1083true 2015/7/4 9:18:16 Shen Jianwei and Qu Zhanghua 1082true 2015/7/4 9:18:16 Wang Xinli and Zhang Renshu 1081true 2015/7/4 9:18:16 Zhuo Shujun 1080true 2015/7/4 9:18:16 Niu Yun 1079true 2015/7/4 9:19:22 Jin Liang 1078true 2015/7/4 9:19:22 1 and Helmut F.Bauer²]]> Jin Liang¹ and Helmut F.Bauer² 1077true 2015/7/4 9:19:22 Zhao Zhijian and Wang Jinyu 1076true 2015/7/4 9:19:22 1, Yun Shourong¹ and Xie Fang²]]> Wang Zeping¹, Yun Shourong¹ and Xie Fang² 1075true 2015/7/4 9:19:22 Zhou Meng and Zhuang F. C. 1074true 2015/7/4 9:19:23 Xu Houhua and Liu Xiaofeng 1073true 2015/7/4 9:19:23 Liu Ruiyan, Liu Yongjian and Qian PU 1072true 2015/7/4 9:20:30 1 and Zhu Ziqiang²]]> Xia Zhixun¹ and Zhu Ziqiang² 1071true 2015/7/4 9:20:30 Hao Songlin 1070true 2015/7/4 9:20:30 Tang Qiangang and Sun Shixian 1069true 2015/7/4 9:20:30 Gan Chuxiong 1068true 2015/7/4 9:20:31 Wang Xinli and Zhang Renshu 1067true 2015/7/4 9:20:31 Ge Yujun and Qin ZiZeng 1066true 2015/7/4 9:20:07 Huang Yan 1065true 2/RP-1 propellants combination have been analyzed in this paper. The maximum combustion chamber pressure for various cycles has been found. The effect of combustion chamber pressure，sea level thrust，chamber mixture ratio，nozzle exit diameter on engine specific impulse and system balance parameters is given. The sensitivity dependences of effeciences，turbine pressure ratio，gas generator (or preburner) mixture ratio and other design parameters on balance parameters have been investigated]]> 2015/7/4 9:20:07 Chen Jie, Wang Kechang and Chen Qizhi 1064true 2015/7/4 9:20:07 1 and Lu Cilong²]]> Fan Zhenguo¹ and Lu Cilong² 1063true 2015/7/4 9:20:07 Chen Kejun 1062true 2015/7/4 9:20:07 Jia Peiran and Tang Guojian 1061true 2015/7/4 9:20:07 Song Xiancun 1060true 2015/7/4 9:20:07 Zhang Fan 1059true 2015/7/4 9:20:08 Yang Leping 1058true 2015/7/4 9:20:08 Liu Mingjia 1057true 2015/1/23 11:00:20 Chen Qizhi 1056true 2015/1/23 11:00:20 Fang Dingyou 1055true 2015/1/23 11:00:20 Zhou Mingxi and Hao Songlin 1054true 2015/1/23 11:00:21 Lu Yinchu and Tang Guojin 1053true 2015/1/23 11:00:20 Qu Zhanghua,Shen Jianwei and Ruan Liming 1052true 2015/1/23 11:00:32 Zhou Jin,Wu Daohong and Zhuang Fengchen 1051true D decreases as compared with the case without injection.]]> 2015/1/23 11:00:32 Wang Zhenghua,Chen Lan and Wang Chengyao 1050true 2015/1/23 11:00:32 Zhao Hanyuan and Chen Kejun 1049true 2015/1/23 11:00:32 Cai Hong and Jia Peiran 1048true 2015/1/23 11:00:32 Tang Qiangang and Sun Shixian 1047true 2015/1/23 11:00:32 Zhou Jizhu 1046true 2015/1/23 11:00:32 Xie Liangpu,Song Xiancun and Su Mingzhao 1045true 2015/1/23 11:00:32 Wu Jinxiang,Wang Zhenguo and Zhuang Fengchen 1044true 2015/1/23 10:59:15 Wang Zhenguo,Wu Jinxiang and Zhuang Fengchen 1043true 2015/1/23 10:59:15 Liu Daquan and Huang Yan 1042true 2015/1/23 10:59:30 Huang Zhengui 1041true 2015/1/23 10:59:30 Yang Guangsong,Zhu Hengwei and Lu Yinchu 1040true 2015/1/23 10:59:42 Ma Hailiang and Qin Zizeng 1039true 1 (ρ₁ is defined as a controlled precision parameter, for example, ρ₁=500km), an imaginary moving reference system with its origin at the interceptor's instantanious position is set up, thus the relative motion parameters of the interceptor in original system are translated into those in the new system (obviously the initial relative distance in the new system will be ρ₍₀₎=0). As a result,the large distance problem becomes a small one，the describing precision of Hill equation is improved. This paper provides a theoretical analysis for this method and two examples of computer simulation.]]> 2015/1/23 10:59:41 Chen Jianxiang 1038true 2015/1/23 10:59:42 Feng Zhigang and Zhou Jianping 1037true 2015/1/23 10:59:42 Chen Weifang,Shi Yuzhong and Wu Qifen 1036true 2015/1/23 10:59:57 Zhou Chuanhui and Fang Dingyou 1035true 2015/1/23 10:59:57 Sun Pizhong 1034true 2015/1/23 16:03:15 Wu Jianjun,Zhang Yulin and Chen Qizhi 1033true 2015/1/23 16:03:14 Yang Guangsong,Lu Yinchu and Jin Xin 1032true 2015/1/23 16:03:16 Shen Huairong 1031true 2015/1/23 16:03:16 Cao Taiyue 1030true 2015/1/23 16:03:03 Wang Zhenguo,Yan Xiaoqing and Liu Weidong 1029true 2015/1/23 16:03:03 1 and Tong Jingwei²]]> Zhang Dongsheng¹ and Tong Jingwei² 1028true 2014/6/11 15:46:13 Yang Guangsong,Jin Xing and Lu Yinchu 1027true 2014/6/11 15:43:35 Ren Junguo 1026true 2014/6/11 15:43:35 Huang Minchao and Chen Qizhi 1025true 3-Al horizontal condensation tube and to give the axial profiles of parameters. The effects of flow rates and cooling conditions on this profiles were examined.]]> 2014/6/11 15:43:35 Zhou Jizhu and Lv Zhixin 1024true 2014/6/11 0:00:00 Yi Xiaoshan,Ren Junguo and Zhou Jianping 1023true 2014/6/11 15:43:35 1,Huang Jiaomin¹,Wang Zhengzhi¹ and Li Mingqiang²]]> Xiao Qiying¹,Huang Jiaomin¹,Wang Zhengzhi¹ and Li Mingqiang² 1022true 2014/6/11 15:43:35 Zeng Guoqiang,Zhao Hanyuan and Xi Xiaoning 1021true 2014/6/11 15:43:36 Liu Bing and Fang Dingyou 1020true 2014/6/11 15:43:21 Yang Xiaohui and Wang Chengyao 1019true 2014/6/11 15:43:21 Wang Zhenguo,Zhou jin,Yan Xiaoqing and Liu Weidong 1018true 2014/6/11 15:43:21 Liu Weidong,Wang Zhenguo,Zhou Jin and Zhuang Fengchen 1017true 2014/6/11 15:43:21 Hu Xiaoping,Zhou Jin,Huang Yuhui and Wang Zhenguo 1016true 2014/6/11 15:43:21 1,Zhang Peng¹ and Tang Qiangang²]]> Liu Xinjian¹,Zhang Peng¹ and Tang Qiangang² 1015true 2014/6/11 15:43:22 Zhou Jin 1014true 2014/6/11 15:43:03 Liu Jun and Qu Zhanghua 1013true 2014/6/11 15:43:03 Chen Weifang,Shi Yuzhong and Wu Qifen 1012true 2014/6/11 15:43:03 Zhang Xiaojin 1011true 2014/6/11 15:43:03 Shen Huairong and Hao Songlin 1010true 2014/6/11 15:43:03 Tang Qiangang and Sun Shixian 1009true 2014/6/11 0:00:00 Cao Dengtai,Shi Yuzhong,Chen Weifang and Wu Qifen 1008true 2014/6/11 15:42:49 Wang Zhenguo,Zhou Jin,Yan Xiaoqing and Wu Jinxiang 1007true 2014/6/11 0:00:00 Jiao Shaoqiu,Fang Dingyou and Zhang Weihua 1006true 2014/6/11 15:42:49 Han Xiaoyun and Liu Ruiyan 1005true 2014/6/11 15:42:49 Lin Xiqiang and Li Dongxu 1004true 2014/6/11 0:00:00 Wu Qifen and Shi Yuzhong 1003true 2014/6/11 0:00:00 Wan Jianwei,Zhou Liangzhu and Huangfu Kan 1002true 2014/6/11 15:42:49 Su Mingzhao and Shang Jingming 1001true 2014/6/11 15:42:49 Zheng Rongyue and Qin Zizeng 1000true 2014/5/28 9:49:23 1 and Chen Jianxiang²]]> Ren Xuan¹ and Chen Jianxiang² 999true 2014/5/28 9:49:23 Zhao Jiankang 998true 2014/5/28 9:49:24 Huang Minchao and Chen Qizhi 997true 2014/5/28 9:49:24 Tang Jian,Qin Zizeng and Zheng Rongyue 996true 2014/5/28 9:49:24 Chen Kejun 995true 2014/5/28 9:47:41 Chen Jun,Wang Zhenghua and Li Xiaomei 994true 2014/5/28 9:47:41 Huang Hua,Qu Zhanghua,Liu Jun and Zeng Ming 993true 2014/5/28 9:47:41 Zhou Jin,Hu Xiaoping,Huang Yuhui and Wang Zhenguo 992true 2014/5/28 9:47:42 Lei Yongjun,Zhuo Shujun,Zheng Rongyue and Ren Junguo 991true 2014/5/28 9:47:42 Xue Zhengsheng,Hu XiaoPing and Chen XinHai 990true 2014/5/28 9:47:42 Xie Liangpu and Shang Jinming 989true 2014/5/28 9:47:29 Yang Xiaohui and Wang Chengyao 988true 2014/5/28 9:47:30 1 and Zhang Dongsheng²]]> Tan Zhiyong¹ and Zhang Dongsheng² 987true 2014/5/28 9:47:30 Huang Weidong,Wang Kechang and Chen Qizhi 986true 2014/5/28 9:47:30 Shen Chibing,Wu Jianjun and Chen Qizhi 985true 2014/5/28 9:47:09 Liu Xinjian,Tang Qiangang and Sun Shixian 984true 2014/5/28 9:47:09 Hu Xiaoping,Wang Zhongwei,Zhang Weihua and Wang Zhenguo 983true 2014/5/28 9:47:10 1,Zhou Jin¹,Nie Wansheng² and Zhuang Fengchen²]]> Zhao Wentao¹,Zhou Jin¹,Nie Wansheng² and Zhuang Fengchen² 982true 2014/5/28 9:47:10 Ren Bing,Huang Lin and Sun Fei 981true 2014/5/28 9:47:11 Tang Guojin and Zhou Jianping 980true 2014/5/28 9:47:11 Huang Yan 979true 2014/5/28 9:46:38 Xia Zhixun,Fang Dingyou,Zhang Weihua and Yang Tao 978true 2014/5/28 9:46:38 Cai Hong 977true [1,2].]]> 2014/1/3 16:01:51 Tang Guojin,Yuan Jiehong and Zhou Jianping 976true 2014/1/3 0:00:00 1,Wang Zhenghua¹,Liu Zhong¹ and Wang Chengyao²]]> Yang Xiaohui¹,Wang Zhenghua¹,Liu Zhong¹ and Wang Chengyao² 975true 2014/1/3 16:01:52 Xia Zhixun,Sheng Xiangrao and Tang Guojin 974true 2014/1/3 0:00:00 1,Zhang Yasheng¹,Ren Xuan¹ and Zhu Wenyao²]]> Xi Xiaoning¹,Zhang Yasheng¹,Ren Xuan¹ and Zhu Wenyao² 973true 2014/1/3 16:01:37 Wang Zhongwei,Zhou Jin,Zhong Liangsheng and Zhuang Fengchen 972true 2014/1/3 0:00:00 Feng Zhigang and Zhou Jianping 971true 2014/1/3 16:01:26 Liu Weiqiang and Chen Qizhi 970true 2014/1/3 16:01:26 Shen Chibing,Wu Jianjun,Wang Kechang and Chen Qizhi 969true 2014/1/3 16:01:26 Yang Xiuting,Wang Zhenguo and Liu Weidong 968true 2014/1/3 16:01:26 Cheng Wenke,Yang Xiaowei,Qin Zizeng and Zhang Xiaojin 967true 2014/1/3 16:01:27 Zhang Junqing and Yang Leping 966true Ie of surface cracks is recommended. With the help of the technique, the test sample is heated, the temperature is controlled and the (p-V) curve of the force p versus the open displacement V of a crack mouth is drawn automatically. The test accuracy is very high.]]> 2014/1/3 16:01:27 Song Xiancun,Tang Guojin,Zhou Jianpin and Yuan Jiehong 965true 2014/1/3 16:01:27 Fan Aihua,Chen Huowang and Qi Zhichang 964true 2014/1/3 16:01:27 Li Chengzu,Zeng Chun and Huan Mingqiu 963true 2014/1/3 16:01:28 Ren Junguo and Xiong Longfei 962true 2014/1/3 0:00:00 Chen Lei and Ren Xuan 961true 2014/1/3 16:01:16 Huang Lin,Ren Bing and Wu Qifen 960true 2014/1/3 16:01:16 Zheng Zhonghua,Chen Weifang and Wu Qifen 959true 2014/1/3 16:01:04 Li Hua,Wang Chengyao and Wang Lei 958true 2014/1/3 16:01:04 Li Hua,Wang Chengyao,Wang Zhenghua and Wang Lei 957true 2014/1/3 16:01:05 Nie Wansheng and Zhuang Fengchen 956true 2014/1/3 16:01:05 Huang Weidong,Zhu Hengwei,Wang Kechang and Chen Qizhi 955true 2014/1/3 16:01:05 Wu Yaqing,Wu Jianjun and Su Mingzhao 954true 2014/1/3 16:00:52 Yi Xiaoshan,Ren Junguo and Zhou Jianping 953true 2014/1/3 16:00:52 1,Shen Qing²,Zhang Lumin² and Zhang Hanxin²]]> Liu Wei¹,Shen Qing²,Zhang Lumin² and Zhang Hanxin² 952true 2014/1/3 16:00:52 1,Zhou Jin¹,Nie Wansheng² and Zhuang Fengchen²]]> Zhao Wentao¹,Zhou Jin¹,Nie Wansheng² and Zhuang Fengchen² 951true 2014/1/3 16:00:52 Zhu Hengwei,Huang Weidong,Wang Kechang and Chen Qizhi 950true 2014/1/3 16:00:52 Lin Xiqiang and Ren Junguo 949true 2014/1/3 16:00:53 Yi Shihe,Chen Hong,Zou Jianjun and Wu Guifu 948true 2013/11/18 15:33:17 Lei Yongjun,Li Haiyang and Zhou Jianping 947true 2013/11/18 15:33:17 Lei Yongjun,Li Haiyang and Zhou Jianping 946true 2、O₂、NO、N、O、NO⁺、e^-. Using NND Scheme for shock capture and implicit scheme to deal with the chemical source terms, the numerical results are in agreement compared with the experimental data. The perfect gas results are given for analysis of the real gas effect.]]> 2013/11/18 15:33:17 Liu Jun,Zeng Ming and Qu Zhanghua 945true 2013/11/18 15:33:17 Guo Hongwu and Liu Mingjun 944true 2013/11/18 15:33:17 Liu Jun,Zhou Yongwei and Chang Xiyu 943true 2013/11/18 15:33:17 1,Wang Chengyao¹ and Yang Xiaohui²]]> Xia Gang¹,Wang Chengyao¹ and Yang Xiaohui² 942true 2013/11/18 15:32:31 Zhou Jin,Tong Rongyu,Shen Chibing,Li Qinwu and Wang Zhenguo 941true 2013/11/18 15:32:31 Huang Zhuangfei and Zhou Jianping 940true 2013/11/18 15:32:31 Bi Yiming,Wu Faping and Li JingWen 939true 2013/11/18 15:32:31 Wang Zhenghua,Che Yonggang and Zhao Wentao 938true 2013/11/18 15:32:31 Tong Li,Zeng Yonghong and Zhu Jubo 937true 2013/11/18 15:32:31 Huang Yan 936true 2013/11/18 15:32:31 Sun Pizhong,Tang Guojin and Xia Zhixun 935true 2013/11/18 15:32:45 Li Hua,Wang Lei and Wang Chengyao 934true 2013/11/18 15:32:45 Chen Weifang,Shi Yuzhong,Cao Dengtai and Wu Qifeng 933true 2013/11/18 15:32:45 Zhao Wentao,Wang Zhenghua,Liu Zhong and Yang Xiaodong 932true 2/LO₂/RP-1 tripropellant injectors are employed to present the mixing characteristics test in this paper. The effects of the internal injector's recess on the mixing characteristics of the swirl coaxial injector with separate fuel injection are studied. The mixing characteristics of each injector are compared with those of the others in the same tripropellant operating condition. The effects of the injectors' configuration on the mixing characteristics are analyzed. The mixing characteristics tests of the single injector and three injectors are presented. The tests results show that the span of the mass flux distribution of the shear coaxial injector is smaller than that of the swirl coaxial injector in the same tripropellant operating condition. The conclusions reached in this paper provide a reference for the optimization design of the tripropellant injectors and the gas/liquid coaxial injectors.]]> 2013/11/18 15:32:45 Shen Chibing,Jiang Chunlin,Tong Rongyu,Zhou Jin and Wang Zhenguo 931true 2013/11/18 0:00:00 Zhang Shifeng and Gong Erling 930true 2013/11/18 15:32:46 Li Haiyang,Zhou Jianping and Feng Zhigang 929true 2013/11/18 15:32:46 1,Zhang Zhongli¹ and Yang Guangsong²]]> Li Daokui¹,Zhang Zhongli¹ and Yang Guangsong² 928true 2013/11/18 15:33:02 Huang Hua,Liu Jun and Qu Zhanghua 927true 2013/11/18 15:33:02 Yuan Jiehong,Tang Guojin and Zhou Jianping 926true 2013/11/18 15:33:02 Yuan Jiehong,Tang Guojin and Zhou Jianping 925true +₂、O⁺₂、N⁺、O⁺、NO⁺ and e^- number density are given and compared with the results of 7-species、5-species models.]]> 2013/11/18 15:33:02 Zhang Qiaoyun and Qu Zhanghua 924true 2013/11/18 15:33:03 Zhang Shunyu,Qin Zizeng and Zhang Xiaojin 923true 2013/11/18 15:33:03 Zhang Qingbin,Tang Qiangang and Sun Shixian 922true 2 perturbations are given first, and then an iterating methods of designing satellite orbit with repeat ground trace is proposed. The near-circle low earth orbits which repeat after 12、13、14、15 orbits per day are often chosen in designing regional partial coverage constellations, so the heights and the inclination angles of these 4 kinds orbits are listed in the end.]]> 2013/11/18 15:33:33 Bai Hefeng,Ren Xuan and Xi Xiaoning 921true 2013/11/18 15:33:33 Wang Haili,Chen Lei and Hu Xiaoping 920true 2013/11/18 15:33:33 Li Pengbo and Gao Xia 919true 2/kerosene ground test engine and numerical calculation is performed on its water cooling channel wall. The numerical model treats the hot gas flow and coolant flow as one dimensional. The hot gas side heat transfer and the temperature profile in the wall are obtained by finite difference method. The history of the temperature profile is also predicted by the analysis. The effect of the coolant flow rate on the temperature profile is also discussed.]]> 2013/11/18 15:33:33 Liu Weiqiang,Jiang Chunlin,Zhou Jin,Wang Zhenguo and Chen Qizhi 918true 2013/11/18 0:00:00 Feng Zhigang,Zhou Jianping and Li Haiyang 917true 2013/11/18 15:33:33 Kong Jinzhu and Wang Chengyao 916true 2013/11/18 15:33:33 Lin Xiqiang and Ren Junguo 915true 2013/11/18 15:33:33 Wang Chenhong,Zhang Ruoqi,Zeng Xinwu and Jiang Houman 914true 2013/11/18 15:33:33 Song Xiancun,Zhou Jianping,Shan Xiaoqiang,Liu Daquan and Zhang Hailian 913true 2013/11/15 15:37:24 Shi Yuzhong,Zheng zhonghua and Wu Qifen 912true 2013/11/15 15:37:24 Chen Weifang and Wu Qifen 911true 2013/11/15 15:37:24 1 and Zheng Wenglong²]]> Shen Huairong¹ and Zheng Wenglong² 910true 2013/11/15 15:37:24 Yang Feng,Zhang Xuebin,Wang Weiping and Sha Jichang 909true 2013/11/15 15:37:24 Chen Jingliang,Zhu Yifan,Zhang Xuebin and Wang Weiping 908true 2013/11/15 15:37:24 Zhu Yifan,Zhang Xuebin,Wang Weiping and Yang Feng 907true 2013/11/15 15:37:24 Zhu Yifan,Zhang Xuebin,Wang Weiping and YangFeng 906true 2013/11/15 15:37:24 Xiao Shunping,Wang Guoyu and Ma Jianwu 905true 2013/11/18 15:31:15 ZHANG Yukun,DAI Jinhai,WANG Shi and REN Xun 904true 2013/11/18 15:31:15 LI Dongxu,SUN Peizhong and TANG Qiangang 903true 2013/11/18 15:31:15 LI Dongxu and GUAN Yuqiu 902true 2013/11/18 15:31:15 MA Min,ZHANG Dongsheng,ZHANG Weihua and GAN Chuxiong 901true 2013/11/18 15:30:32 LI Daokui,ZHOU Jianping and LEI Yongjun 900true 2013/11/18 15:30:32 ZHANG Xiaojin and HUANG Yan 899true ∞=8.0,α=20°.]]> 2013/11/18 15:30:32 LIU Wei and LIU Jun 898true 2013/11/18 15:30:32 LIU Jun and GUO Zheng 897true 2/O₂ combustion induced by shock was simulated with the method, based on N-S equations and NND2M scheme. The results indicated that the method was simple and efficient in the application to multi-component and multi-reaction flow.]]> 2013/11/18 15:30:32 1,ZHANG Hanxin² and GAO Shuchun²]]> LIU Jun¹,ZHANG Hanxin² and GAO Shuchun² 896true 2013/11/18 15:30:32 SUN Pizhong,QIN Zizeng,ZHANG Xiaojin and GUO Jian 895true 2013/11/18 15:30:32 YI Shihe,JIANG Congfu and WANG Chengyao 894true 2013/11/18 15:30:32 QIU Ling and SHEN Zhenkang 893true 2013/11/18 15:30:46 GUO Zheng,LIU Jun and QU Zhanghua 892true 2013/11/18 15:30:46 MOU Bin,LIU Wei and QU Zhanghua 891true 2013/11/18 15:30:46 LI Dongxu 890true 。and 4^。.]]> 2013/11/18 15:30:46 LI Hua,LIANG Jianhan and WANG Chengyao 889true 2013/11/18 15:30:46 HUANG Xinsheng,HUANG Zhengui and HUANG Kedi 888true 2013/11/18 15:30:46 1,FANG Dingyou¹,XIA Zhixun¹,ZHU Hui¹,WANG Hugan² and CAI Xuanyi²]]> ZHANG Wei¹,FANG Dingyou¹,XIA Zhixun¹,ZHU Hui¹,WANG Hugan² and CAI Xuanyi² 887true 1 continuous, and shape preserving. Compared with the present arc-approximation, this algorithm does not need equation-solving, and enable an automatic choice of parameter increment responding to the given interpolation tolerance in calculation of the character points of ellipse-arc. The algorithm also has advantage in approximation error control, which can control the approximation error to an expected one. Compared with present line-approximation mode, this algorithm, which needs no extra time and space in calculation, is applicable to CNC environment. The algorithm is specially valuable in cavity and contour machining.]]> 2013/11/18 15:30:46 WANG Xingbo and LI Shengyi 886true 2013/11/18 15:30:58 1 and XIONG Longfei²]]> REN Junguo¹ and XIONG Longfei² 885true 2013/11/18 15:30:58 HUANG Lin,CHEN Weifang,WU Qifen and REN Bing 884true 2013/11/18 15:30:58 TANG Guojian and ZHAO Hanyuan 883true 2013/11/18 15:30:59 YAN Ye and ZHAO Hanyuan 882true 2013/11/18 15:32:04 ZENG Guoqiang,REN Xuan and XI Xiaoning 881true 2013/11/18 15:32:04 1,XIE Hongwei¹,WAN Bo² and CAO Guomin²]]> XIA Shengping¹,XIE Hongwei¹,WAN Bo² and CAO Guomin² 880true 2013/11/18 15:32:04 YU Qifeng,SUN Xiangyi and CHEN Guojun 879true 2013/11/18 15:32:04 XU Wanwu,WANG Zhenghua,HOU Zhongxi and WANG Chengyao 878true 2013/11/18 15:32:04 CHEN Guangnan and ZHANG Weihua 877true 2013/11/18 15:32:04 TAN Jianguo,CHEN Xiaoqian,YANG Tao and ZHANG Weihua 876true 2013/11/18 15:30:11 WANG Tongquan,ZHANG Shufa,WANG Shangwu and SHEN Yongping 875true 2013/11/18 15:30:12 1,FENG Ying² and ZHOU Jianping¹]]> LI Haiyang¹,FENG Ying² and ZHOU Jianping¹ 874true 2013/11/18 15:30:12 LIAO Shouyi,WANG Zhenghua and WANG Chengyao 873true 3Ni₄ powder materials, and the results are satisfactory.]]> 2013/11/18 15:30:12 LU Fangyun,CAI Qingyu,CHEN Gang,WANG Zhibin and ZHANG Zhengyu 872true 2013/8/21 0:00:00 GUO Zheng,LIU Jun and QU Zhanghua 871true 2013/8/21 9:51:18 FAN Xiaoqiang,LI Hua and DING Meng 870true 2013/8/21 9:51:18 LI Qinglian,TIAN Zhangfu and WANG Zhenguo 869true 2013/8/21 9:51:18 REN Junguo,ZHANG Shujun and OUYANG Yong 868true 2013/8/21 9:51:18 1,ZHU Hui¹,XIA Zhixun¹,FANG Dingyou¹,ZHU Baohua² and CAO Junwei²]]> ZHANG Wei¹,ZHU Hui¹,XIA Zhixun¹,FANG Dingyou¹,ZHU Baohua² and CAO Junwei² 867true 2013/8/21 9:51:18 CHEN Weifang,ZHANG Zhicheng,SHI Yuzhong,WANG Quanli and WU Qifen 866true 2013/8/21 9:51:18 LIAO Ying and WANG Jing 865true 2013/8/21 9:51:18 LIU Zhijian,WU Meiping and HU Xiaoping 864true 2013/8/21 9:51:18 1,WANG Wei²,ZENG Guoqiang¹ and XI Xiaoning¹]]> WEN Yuanlan¹,WANG Wei²,ZENG Guoqiang¹ and XI Xiaoning¹ 863true 2013/8/21 9:51:18 ZHOU Haiyin,WANG Xiongliang and ZHU Jubo 862true 2013/8/21 9:51:18 WANG Zhengming,ZHOU Haiyin,TONG Li,ZHU Jubo and DUAN Xiaojun 861true 2013/8/21 9:51:18 LI Dun,ZHOU Yiyu,LU Tongguang and MIAO Yu 860true 2013/8/21 9:51:31 WANG Shi,ZHU Kaijian,DAI Jinhai and REN Xuan 859true 2013/8/21 0:00:00 SHAN Yuehui,LOU Shengqiang and HUANGFU Kan 858true 2013/8/21 9:51:31 CHEN Qifeng,LI Xiaobin and DAI Jinhai 857true 2013/8/21 9:51:31 1 and ZHANG Shifeng²]]> CHENG Guangxian¹ and ZHANG Shifeng² 856true 2013/8/21 9:51:31 TIAN Jing,WU Meiping and HU Xiaoping 855true 2013/8/21 9:51:31 BO Tao,YIN Juan,WANG Zhengzhi and HUANG Kedi 854true 2013/8/21 9:51:31 ZENG Ming,FENG Haitao and QU Zhanghua 853true 2013/8/21 9:51:31 1,2,ZENG Qingyuan³ and TANG Guojin¹]]> XIAO Wanshen^1,2,ZENG Qingyuan³ and TANG Guojin¹ 852true + schemes is employed to analyse the flowfield of the shock-induced fluidization of inert powder layers. It shows that the granular flow models are feasible to describle the flow with high speed and strong discontinunity.]]> 2013/8/21 9:51:44 1,CHEN Weifang¹,REN Bin¹ and FAN Baochun²]]> LI Jie¹,CHEN Weifang¹,REN Bin¹ and FAN Baochun² 851true 2013/8/21 9:51:44 WANG Haili,CHEN Lei and REN Xuan 850true 2013/8/21 9:51:44 LI Hua,LIANG Jianhan and WANG Chengyao 849true 2013/8/21 9:51:44 LI Hua,WANG Chengyao,YI Shihe and CHENG Zhongyu 848true 2013/8/21 9:51:44 ZHANG Shifeng 847true 2013/8/21 9:51:44 ZHANG Zhicheng,CHEN Weifang and SHI Yuzhong 846true 2013/8/21 9:52:03 LI Haiyang,LEI Yongjun and ZHOU Jianping 845true 2013/8/21 9:52:03 HUANG Yan and LIU Daquan 844true 2013/8/21 9:52:03 SHI Yuzhong,CHEN Weifang,WU Xiong and ZHANG Zhichen 843true 2013/8/21 9:52:17 WANG Wei,WEN Yuanlan,ZENG Guoqiang and XI Xiaoning 842true 2013/8/21 9:52:17 1,WANG Wei¹ and YANG Yuanxi²]]> WEN Yuanlan¹,WANG Wei¹ and YANG Yuanxi² 841true 2013/8/21 9:52:18 LU Liangqing and HU Xiaoping 840true 2013/8/21 9:52:18 CHEN Lei,WANG Haili and REN Xuan 839true 2013/8/21 0:00:00 WANG Hongwei,HE Hangen and HUANG Kedi 838true 2013/8/21 9:52:18 ZHANG Yan,REN Bing,CHANG Xiyu and XIONG Guoqing 837true 2 CARS]]> 2013/8/21 9:52:18 LI Mailiang,ZHAO Yongxue,GENG Hui,ZHOU Jin and WANG Zhenguo 836true 2013/8/21 9:52:18 CHEN Weifang,LI Jie,WANG Quanli,REN Bin and FAN Baochun 835true 2013/8/21 9:52:18 LI Jie,REN Bing,ZHANG Yan and CHEN Weifang 834true 2013/8/21 9:52:18 LIAO Shouyi and WANG Chengyao 833true 2013/8/21 9:52:18 1,3,TANG Guojin³ and TANG Songhua²]]> XIAO Wanshen^1,3,TANG Guojin³ and TANG Songhua² 832true 2013/8/21 9:52:31 LIU Wei and MOU Bin 831true 2013/8/21 9:52:31 OUYANG Yong,REN Junguo and ZHOU Jianping 830true 2013/8/21 9:52:31 DING Meng,LI Hua and FAN Xiaoqiang 829true 2013/8/21 9:52:32 ZENG Ming,LIU Jun and QU Zhanghua 828true 2013/8/21 9:49:42 WU Jianjun and LI Hongwei 827true 2013/8/21 9:49:42 1,ZENG Ming¹,ZHAO Huiyong² and LE Jialing²]]> LIU Jun¹,ZENG Ming¹,ZHAO Huiyong² and LE Jialing² 826true 2013/8/21 9:49:42 ZHAO Haiyang,LIU Wei and WAN Guoxin 825true 2013/8/21 9:49:42 XIA Gang,CHENG Wenke and QIN Zizeng 824true 2013/8/21 9:50:02 YU Yong,CHEN Xiaoqian and WANG Zhenguo 823true 2013/8/21 9:50:02 TIAN Sipeng,REN Junguo and ZHANG Shujun 822true 2013/8/21 9:50:02 MENG Shangyang,TANG Guojin and LEI Yongjun 821true 2013/8/21 9:50:02 YUAN Tianbao,CHENG Wenke and QIN Zizeng 820true 2013/8/21 9:50:18 ZENG Ming,HUANG Hua,LIU Jun and QU Zhanghua 819true 2013/8/21 9:50:18 1,ZHUANG Fengchen² and NIE Wansheng²]]> ZHAO Wentao¹,ZHUANG Fengchen² and NIE Wansheng² 818true 2013/8/21 9:50:18 1,XIA Zhixun¹,ZHU Hui¹,FANG Dingyou¹,XU Donglai²,WANG Hugan²,CAO Junwei² and ZHU Baohua²]]> ZHANG Wei¹,XIA Zhixun¹,ZHU Hui¹,FANG Dingyou¹,XU Donglai²,WANG Hugan²,CAO Junwei² and ZHU Baohua² 817true 2013/8/21 9:50:18 CHEN Qifeng and DAI Jinhai 816true 2013/8/21 9:50:18 XING Jianjun,XI Xiaoning,WANG Wei and HAN Long 815true 2013/8/21 9:50:19 WU Xiong,CHEN Weifang and SHI Yuzhong 814true ∞=7.3，α=20°.The results include contours of flow-field, pressure distribution and limiting streamline along the surface.]]> 2013/8/21 9:50:35 LIU Wei 813true 2013/8/21 9:50:35 XIA Gang,CHENG Wenke and QIN Zizeng 812true 2013/8/21 9:50:35 HUANG Lin and LIU Jun 811true 2013/8/21 9:50:35 1,CHEN Zhengqing¹ and CHEN Weifang²]]> ZHU Zhiwen¹,CHEN Zhengqing¹ and CHEN Weifang² 810true 2013/8/21 9:50:35 LUO Zhenbing,XIA Zhixun,FANG Dingyou,WANG Zhiji and HU Jianxin 809true 2013/8/21 9:50:36 WU Meiping,TIAN Jing and HU Xiaoping 808true 2013/8/21 9:50:52 ZHANG Hailian and ZHOU Jianping 807true 2 effect is analyzed. On this basis, a method is presented, which can greatly mitigate the breakage of the J₂ term by adjusting the semi-major axis of the flying-around satellite. Furthermore,the cost required for formation-keeping is evaluated under impulse assumption. Numerical results show that satellite formations with semi-major axis adjustments will last much longer, and save much more fuel.]]> 2013/8/21 9:50:52 ZHANG Yukun and DAI Jinhai 806true 2013/8/21 9:50:52 WANG Tongquan,DAI Hongyi,SHEN Yongping,ZHANG Ruoqi and XIAO Yabin 805true 0.2，σ_b,E and μ are derived. Testing results indicate that transverse strain has distinct jumpiness when stress exceeds proportional elongation point. The properties of the material are different from others.The fracture toughness of surface crack is also tested.]]> 2013/8/21 9:50:52 SONG Xiancun and LEI Yongjun 804true 2013/8/21 9:51:06 LIU Honggang,WU Jianjun and CHEN Qizhi 803true 2013/8/21 9:51:06 HUANG Minchao and LIU Kun 802true 2013/8/21 9:51:06 LUO Shibin,LUO Wencai,ZHANG Hailian and WANG Zhenguo 801true 2013/8/21 9:51:06 1,CHEN Xinhua¹,ZHAO Wentao² and ZHUANG Fengchen¹]]> NIE Wansheng¹,CHEN Xinhua¹,ZHAO Wentao² and ZHUANG Fengchen¹ 800true 2013/8/21 9:51:06 LI Hua,FAN Xiaoqiang and DING Meng 799true 2013/8/21 9:51:06 LI Daokui,ZHOU Jianping and LEI Yongjun 798true 2013/8/21 9:51:07 WANG Wei,XI Xiaoning and HAN Long 797true 2013/8/21 9:51:07 HUANG Yan,LIAO Ying and QIU Zhongsheng 796true 2013/6/14 9:08:38 ZENG Qinghua and ZHANG WeiHua 795true 2013/6/14 9:08:38 LIU Xinjian,LEI Yongjun and TANG Qiangang 794true 2013/6/14 9:08:38 WANG Hua and TANG Guojin 793true 2013/6/14 0:00:00 TIAN Zhengyu,FAN Xiaoqiang and LI Hua 792true 2013/6/14 9:08:38 MENG Yunhe,YIN Qiuyan and DAI Jinhai 791true 2013/6/14 9:08:38 1,ZhANG qi¹,CHEN Zhengqing² and YU Xiangdong²]]> CHENG Zhongyu¹,ZhANG qi¹,CHEN Zhengqing² and YU Xiangdong² 790true 2013/6/14 9:08:25 1 and ZHUANG Fengchen²]]> ZHAO Wentao¹ and ZHUANG Fengchen² 789true 2013/6/14 9:08:25 WU Fei,ZHOU Jianping and LEI Yongjun 788true 2013/6/14 9:08:25 LUO Shibin,LUO Wencai and WANG Zhenguo 787true 2013/6/14 9:08:25 1,CHEN Weifang² and LI Jie²]]> WANG Zhijie¹,CHEN Weifang² and LI Jie² 786true 2013/6/14 9:08:13 XU Wanwu,TAN Jianguo and WANG Zhenguo 785true 2013/6/14 9:08:13 LI Mailiang,ZHOU Jin,GENG Hui and WANG Zhenguo 784true 2013/6/14 0:00:00 SI Hongwei and LI Dongxu 783true 2013/6/14 0:00:00 SONG Xiancun 782true 2013/6/14 9:08:02 FAN Xiaoqiang,LI Hua,LI Xiaoyu and TIAN Zhengyu 781true 2013/6/14 9:08:02 TAN Jianguo,XU Wanwu and WANG Zhenguo 780true 2013/6/14 9:08:02 LUO Wencai,LUO Shibin and WANG Zhenguo 779true 2013/6/14 9:08:02 LIU Qi,FENG Jing and ZHOU Jinglun 778true 2013/6/14 9:07:49 WU Jianjun and ZHANG Chuansheng 777true 2013/6/14 9:07:49 LEI Yongjun,LI Dongxu and TANG Guojin 776true 2013/6/14 9:07:49 HOU Zhongxi,YI Shihe and LI Hua 775true 2013/6/14 9:07:49 XIA Gang,LIU Xinjian,CHENG Wenke and QIN Zizeng 774true 2013/6/14 9:07:49 YANG Leping 773true 2013/5/8 10:45:33 HOU Zhongxi,XIA Gang and QIN Zizeng 772true 2013/5/8 10:45:33 ZHONG Tao,ZHANG Weihua and WANG Zhongwei 771true 2013/5/8 10:45:33 LUO Zhenbing,ZHU Bopeng,XIA Zhixun and WANG Dequan 770true 2013/5/8 10:45:33 SHI Yuzhong,WANG Maoyan,YIN Le and CHEN Weifang 769true 2013/5/8 10:45:34 YAN Xiaoqing,LI Ziran and ZHOU Jin 768true 2013/5/3 9:19:51 LIU Fu,REN Junguo and ZHOU Jianping 767true 2013/5/3 9:19:52 1,ZHUANG Jingzhao² and LIANG Jiahong³]]> LIAO Ying¹,ZHUANG Jingzhao² and LIANG Jiahong³ 766true 2013/5/3 9:19:52 YIN Le,CHEN Weifang and SHI Yuzhong 765true 2013/5/3 9:19:52 ZHANG Weihua and ZENG Qinghua 764true 2013/5/3 9:19:52 JIANG Yanhuang and YANG Xuejun 763true 2013/5/3 9:19:52 ZHANG Jun,LIU Wei,WANG Hui and LI Guohui 762true 2013/5/3 9:19:53 XIE Yuxiang,LUAN Xidao,WU Lingda,LAO Songyang and WANG Weiwei 761true 2013/4/27 3:07:23 CHEN Hui,JIANG Chunling and XIE Lunya 760true 2013/4/27 3:07:05 LUO Shibin,LUO Wencai,DING Meng and WANG Zhenguo 759true 2013/4/27 3:07:06 ZHONG Tao,ZHANG Weihua and WANG Zhongwei 758true 2013/4/27 3:07:06 GUO Zhenyun and ZHU Bopeng 757true 2013/4/27 3:07:06 1,QIU Zhiqiang¹,YU Qifeng¹ and WANG Wei²]]> LU Hongwei¹,QIU Zhiqiang¹,YU Qifeng¹ and WANG Wei² 756true 2013/4/27 3:07:06 SUN Zhibing and DAI Jinhai 755true 2013/4/27 3:07:06 1,SONG Yisheng² and WEN Jing³]]> WEN Yuanlan¹,SONG Yisheng² and WEN Jing³ 754true 2013/4/27 3:07:06 SUN Pizhong,XIA Zhixun and ZHAO Jianmin 753true 2013/4/22 10:35:42 ZENG Qinghua and ZHANG WeiHua 752true 2013/4/22 10:35:42 LUO Yazhong,TANG Guojin and ZHOU Lini 751true 2013/4/22 10:35:42 1,LIU Xinjian¹,SHEN Huijun¹,QIN Zizeng¹,GU Lixiang² and FU Weixian²]]> YUAN Tianbao¹,LIU Xinjian¹,SHEN Huijun¹,QIN Zizeng¹,GU Lixiang² and FU Weixian² 750true 2013/4/22 10:35:42 PENG Yong,ZHANG Qingbin and QIN Zizeng 749true 2013/4/22 10:35:29 YU Yong,DING Meng,LIU Weidong,LIANG Jianhan,SHEN Chibing,ZHOU Jin and WANG Zhenguo 748true 2013/4/22 10:35:29 CHEN Weifang,WANG Quanli and WU Xiong 747true 2013/4/22 10:35:29 REN Haifeng,HU Xiaoping,WEI Pengfei and WU Jianjun 746true 2013/4/22 10:35:29 1,CHEN Weifang² and SONG Songhe¹]]> LONG Wanhua¹,CHEN Weifang² and SONG Songhe¹ 745true 2013/4/22 10:35:29 1 and MAO Yiming²]]> TANG Wenhui¹ and MAO Yiming² 744true 2013/4/10 0:00:00 ZHAO Jiankang and DAI Jinhai 743true 7and the operation duration is 6-60 seconds. The conclusions of calibrations demonstrate the actual flow Mach number is 3.8, ΔM/M is ≯±1.2% between x=160mm and x=438mm. The unsteady pressure disturbances are not larger than 0.1% before x=450mm, the operation time is 15s. The results show that the wind tunnel can be used to study the steady flow and unsteady flow.]]> 2013/4/10 0:00:00 ZHOU Yongwei 742true 2013/4/10 9:23:44 WEI Pengfei,WU Jianjun,LIU Honggang and CHEN Qizhi 741true 2013/4/8 11:10:35 SUN Mingbo,LIANG Jianhan,JIN Liang,HOU Zhongxi and WANG Zhenguo 740true 2013/4/8 0:00:00 NIE Wansheng,YANG Junhui,HE Haobo,FENG Songjiang and ZHUANG Fengchen 739true 2013/4/8 0:00:00 ZHANG Jian and DAI Jinhai 738true 2013/4/8 11:10:35 SONG Xumin,QIN Zizeng,CHENG Wenke and GUO Shuwei 737true 2013/4/8 11:10:21 TANG Wenhui 736true 2013/4/8 11:10:21 LI Fang,ZHANG Weihua,ZHANG Wei,YANG Shiqing and XIA Zhixun 735true 2013/4/8 11:10:21 LI Haitao and WANG Zhenguo 734true 2013/4/8 11:10:21 1,TAN Jie² and LIU Jun¹]]> GUO Zheng¹,TAN Jie² and LIU Jun¹ 733true 2013/4/8 11:10:21 LIU Fu,REN Junguo and ZHOU Jianping 732true 2013/4/8 11:09:48 1,ZHANG Lijuan²,WANG Yanmei² and LI Zhoujun²]]> HU Xiaoping¹,ZHANG Lijuan²,WANG Yanmei² and LI Zhoujun² 731true 2013/4/8 0:00:00 CHEN Weifang,LI Zhuang and YIN Le 730true 2013/4/8 11:09:48 WU Fei,ZHOU Jianping and LEI Yongjun 729true 2013/4/8 11:09:48 ZHAO Haiyang,LIU Wei and REN Bing 728true 2013/4/8 11:09:49 YUAN Duancai,TANG Guojin and HUANG Yan 727true 2013/3/25 4:57:30 AN Xueying,YANG Leping,ZHANG Weihua and XI Xiaoning 726true 2013/3/25 4:57:31 FANG Yanshen,CHEN Yingwu and GU Zhongshun 725true 2013/3/25 4:57:38 WEI Pengfei,WU Jianjun and CHEN Qizhi 724true 2013/3/25 4:57:59 1,ZHANG Shifeng¹,CAI Hong¹ and YUE Yaoming²]]> YANG Huabo¹,ZHANG Shifeng¹,CAI Hong¹ and YUE Yaoming² 723true 2013/3/25 4:58:00 ZHAO Jianmin,XIA Zhixun,Hu Jianxin and LUO Zhenbing 722true 2013/3/25 4:48:24 1,LI Yanxing² and WU Jie¹]]> ZHENG Chong¹,LI Yanxing² and WU Jie¹ 721true 2013/3/25 4:48:46 NI Guyan,HUA Weihong,JIANG Zongfu and ZHAO Yijun 720true 2013/3/14 0:00:00 TIAN Sipeng,LEI Yongjun and TANG Guojin 719true 2013/3/14 10:39:53 YONG Enmi,TANG Guojin and Chen Lei 718true 2013/3/14 10:39:53 DU Gang,ZHANG Minglong,ZENG Jingcheng,LIU Jun,PENG Chaoyi and XIAO Jiayu 717true 2013/3/14 10:39:53 LIU Luhua,TANG Guojian and YU Menglun 716true 2013/3/14 0:00:00 LEI Yongjun,ZHAO Xuechuan and TANG Guojin 715true 2013/3/14 10:39:11 YANG Leping,ZHU Yanwei and AN Xueying 714true 2013/3/14 10:39:11 1 and HU Limin^1,2]]> WANG Wei¹ and HU Limin^1,2 713true 2013/3/14 10:39:11 WAN Jun,LI Daokui,TANG Guojin and LEI Yongjun 712true 2013/3/14 10:39:11 NING Jiangfan,YAN Xiaoqing and ZHANG Shifeng 711true 2013/3/25 4:45:51 ZHAO Yong,XU Lin,CHEN Xiaoqian and WANG Zhenguo 710true 2013/3/25 4:45:52 TAO Yujing,TIAN Zhangfu and WANG Zhenguo 709true 2013/3/25 4:45:53 TIAN Zhangfu,WU Jiping,TAO Yujing,ZHOU Jin and WANG Zhenguo 708true 2013/3/25 4:45:55 HOU Zhongxi,CHEN Xiaoqing and GUO Liangmin 707true 2013/3/25 4:45:57 LUO Cheng,GAO Dayuan,SHEN hui and HU Dewen 706true 2013/3/25 4:45:58 WANG Hua,LI Haiyang and TANG Guojin 705true 2013/3/25 4:45:59 XU Zhihong,TANG Wenhui and ZHANG Ruoqi 704true 2013/3/14 10:38:47 FAN Xiaoqiang,LI Hua,LI Xiaoyu and JIA Di 703true 2013/3/14 10:38:47 PAN Sha,LI Hua,LIAO Shouyi and FAN Xiaoqiang 702true 2013/3/14 10:38:48 LI Dapeng,PAN Yu,LIANG Jianhan,LIU Weidong and WANG Zhenguo 701true 2013/3/14 0:00:00 HE Zhen,WU Jianjun and YAN Changyu 700true 2013/3/14 0:00:00 YUAN Duancai,LEI Yongjun,TANG Guojin and MENG Shangyang 699true 2013/3/14 10:38:48 LI Enqi,LI Daokui,TANG Guojin and LEI Yongjun 698true 2013/3/14 10:38:48 ZHENG Pingtai,YANG Tao and QIN Zizeng 697true 2013/3/14 10:38:33 GENG Hui,ZHAI Zhenchen,SANG Yan,LIN Zhiyong and ZHOU Jin 696true 2013/3/14 10:38:33 MENG Yunhe and DAI Jinhai 695true 2013/3/14 10:38:33 YAN Li,CHEN Xiaoqian and WANG Zhenguo 694true 2013/3/14 10:38:33 WU Xiong and ZHANG Weihua 693true 65 box car with arch roof has better aerodynamic performance than the P₆₄ box car with slope roof. If the roof arc and the lateral wall could be connected by the round fillet, the aerodynamic performance would be much better. With a consideration of the two factors of aerodynamic performance and the effective volume, it is suggested that the roof arc radius should be 2692mm and the fillet arc radius be 500mm.]]> 2013/3/14 10:38:33 1,XIONG Xiaohui¹ and YI Shihe²]]> LIANG Xifeng¹,XIONG Xiaohui¹ and YI Shihe² 692true 2013/3/25 4:43:30 MA Jiaqing,SUN Pizhong,XIA Zhixun and ZHOU Jin 691true 2013/3/25 4:43:31 1,ZHANG Weihua¹,LIU Ziru² and WANG Ningfei²]]> CHEN Guangnan¹,ZHANG Weihua¹,LIU Ziru² and WANG Ningfei² 690true 2013/3/25 4:43:32 LIU Lei and XI Xiaoning 689true 2013/3/25 4:43:33 XING Jianjun,LI Haiyang,TANG Guojin and XI Xiaoning 688true 2013/3/25 4:43:54 ZHANG Shujun and REN Junguo 687true 2013/2/28 5:09:21 YUAN Jiehong and DUAN Jingbo 686true 2013/2/28 5:09:21 PAN Yu and WANG Zhenguo 685true 2013/2/28 5:09:21 LI Xiaoyu,PAN Sha,LI Hua and DING Guohao 684true 2013/2/28 0:00:00 JIANG Zhenyu and ZHANG Weihua 683true 2013/2/28 5:09:21 MA Jaqing,LIU Jun and ZHOU Jin 682true 2013/2/28 5:09:22 TANG Yajuan and ZHANG Weihua 681true 2013/2/28 5:09:08 WU Xianyu,LI Xiaoshan,DING Meng,LIU Weidong and WANG Zhenguo 680true 2013/2/28 5:09:08 WU Jiping,CHEN Jian and WANG Zhenguo 679true 2013/2/28 5:09:08 HUANG Qiang,WU Jianjun,LIU Honggang and XIE Tingfeng 678true 2013/2/28 5:09:08 YANG le,ZHOU Jin,YIN Le,WU jianjun and SHI Jie 677true 2013/2/28 5:09:08 GAO Yudong,XI Xiaoning and WANG Wei 676true 2013/2/28 5:09:08 LIU Jinghua,TAN Jianguo,YANG Tao and WANG Zhenguo 675true 2013/2/28 5:08:52 HU Xiaoping,HAN Quandong and LI Jinghao 674true 2013/2/28 5:08:52 LI Jian,HOU Zhongxi,LIU Xinjian and ZHOU Bozhao 673true 2013/2/28 5:08:52 CHEN Xiaoqing,HOU Zhongxi,HE Lietang and LIU Jun 672true 2013/2/28 5:08:52 HE Lietang,ZHOU Bozhao and CHEN Lei 671true 2013/2/28 5:08:52 LI Enqi,LEI Yongjun,LI Jiutian,LI Daokui and TANG Guojin 670true 2013/2/28 5:08:53 WU Qixing,LI Xiaobin and ZHANG Weihua 669true 2013/2/28 5:08:40 FANG Tianwen,DING Meng and ZHOU Jin 668true 2013/2/28 5:08:40 HE Zhen and WU Jianjun 667true 2013/2/28 5:08:27 LI Daokui,LEI Yongjun and TANG Guojin 666true 2013/2/28 5:08:27 ZHANG Jian and DAI Jinhai 665true 2013/2/28 5:08:27 GUO Jian,ZHANG Weihua and XIA Zhixun 664true 2013/2/28 5:08:27 LI Fang,WANG Zhongwei and ZHANG Weihua 663true 2013/2/28 5:08:27 TANG Yonggang,LIAN Junxiang,WU Wenqi and HU Xiaoping 662true 2013/2/28 5:08:27 ZHOU Songbai,LIU Jun,GUO Zheng,WANG Wei and GENG Hui 661true 2013/2/28 5:08:27 1,HUANG Minchao²,YU Yong³ and ZHU Hengwei³]]> FAN Zhongze¹,HUANG Minchao²,YU Yong³ and ZHU Hengwei³ 660true 2013/2/28 5:08:27 WANG Hua,TANG Guojin and LI Haiyang 659true 2013/2/28 5:08:14 1,LIU Qixu²,ZHU Jun¹ and LIAO Ying¹]]> WEN Yuanlan¹,LIU Qixu²,ZHU Jun¹ and LIAO Ying¹ 658true 2013/2/28 5:08:14 1,DU Mingbo¹,DU Chengqian² and LIU Daoping¹]]> ZENG Qinghua¹,DU Mingbo¹,DU Chengqian² and LIU Daoping¹ 657true 2013/2/28 5:08:14 ZHAO Yuxin,YI Shihe,HE Lin,CHENG Zhongyu and TIAN Lifeng 656true 2013/2/28 5:08:14 LIN Zhiyong,ZHOU Jin and HUANG Yuhui 655true 2013/2/28 5:08:14 AN Xueying,XI Xiaoning,ZHANG Weihua and YANG Leping 654true 2013/2/28 5:08:14 1,CHEN Kejun¹,ZHAO Hanyuan¹ and YU Menglun²]]> HU Jianxue¹,CHEN Kejun¹,ZHAO Hanyuan¹ and YU Menglun² 653true 2013/2/28 5:08:14 SUN Zhibing and DAI Jinhai 652true 2013/2/28 5:08:14 LI Shiliang,ZHANG Wei,ZHANG Weihua,YANG Shiqing,ZHU Hui and HE Bo 651true 2012/12/7 2:58:05 LI Li,LIU Wei and YANG Tao 650true 2012/12/7 2:58:05 YIN Le,ZHOU Jin,YANG Le and LI Ziran 649true 2012/12/7 2:58:05 1,2,WEN Yuanlan¹,ZHU Jun¹ and LIAO Ying¹]]> PAN Wanghua^1,2,WEN Yuanlan¹,ZHU Jun¹ and LIAO Ying¹ 648true 2012/12/7 2:58:05 1,TU Xianqin^1,2 and YI Dongyun¹]]> GU Defeng¹,TU Xianqin^1,2 and YI Dongyun¹ 647true 2012/12/7 2:58:05 TAN Hongli,HUANG Xinsheng and YUE Dongxue 646true 2012/12/7 2:58:05 ZHANG Hongbo,GUO Zhenyun and TANG Guojian 645true 2013/3/11 3:01:22 YANG Xiaoliang and LIU Wei 644true 2013/3/11 3:01:22 1,CHEN Weifang²,SHI Yuzhong¹ and LIU Weiqiang¹]]> RONG Yisheng¹,CHEN Weifang²,SHI Yuzhong¹ and LIU Weiqiang¹ 643true 2013/3/11 3:01:22 SU Lingyu and LIU Weidong 642true 2013/3/11 3:01:22 HUANG Wei,LIU Jun,LUO Shibin and WANG Zhenguo 641true 2012/12/7 2:57:37 XU Shaohua,HOU Zhongxi,CHEN Xiaoqing and XIA Zhixun 640true 2012/12/7 0:00:00 1,YUAN Duancai¹ and HE Huang²]]> LEI Yongjun¹,YUAN Duancai¹ and HE Huang² 639true 2012/12/7 2:57:37 BAI Yuzhu,XI Xiaoning,LIU Lei and WANG Gongbo 638true 6 W/cm² at the initialized temperature 300K and the pressure is 1atm.]]> 2012/12/7 2:57:37 YAN Changyu,WU Jianjun,LIU Honggang and HE Zhen 637true 2012/12/7 2:57:37 GUO Shuwei,DONG Yangbiao,Ding Di and QIN Zizeng 636true 2012/12/7 0:00:00 TANG Qiangang and WANG Zhenguo 635true 2012/12/7 2:57:37 1,2,ZENG Shouyi¹ and ZHOU Jianping²]]> YAN Luhui^1,2,ZENG Shouyi¹ and ZHOU Jianping² 634true 2012/12/7 2:57:23 ZHU Yanwei,YANG Leping and REN Xianhai 633true 2012/12/7 2:57:23 1,QIN Shiqiao¹,HU Xin²,WANG Xingshu¹,WEI Wenjian¹ and ZHANG Baodong¹]]> LI Hua¹,QIN Shiqiao¹,HU Xin²,WANG Xingshu¹,WEI Wenjian¹ and ZHANG Baodong¹ 632true 2012/12/7 2:57:23 JIN Liang,LIANG Jianhan,SUN Mingbo and WANG Zhenguo 631true 2012/12/7 2:57:23 HU Zhengdong,GUO Caifa and CAI Hong 630true 2012/12/7 2:57:23 1,2,LIU Ganbin¹ and TANG Guojin²]]> ZHENG Rongyue^1,2,LIU Ganbin¹ and TANG Guojin² 629true 2012/12/7 2:57:23 WANG Zhongwei 628true 2012/12/7 2:57:23 WAN Jun,LI Daokui,LIU Lin and TANG Guojin 627true 2012/12/7 2:57:24 LIU Guangming,LIAO Ying,WEN Yuanlan and ZHU Liwei 626true 2012/12/7 2:57:07 LI Zeyong,HU Jianxin,XIA Zhixun and WANG Zhenguo 625true 2012/12/7 2:57:07 XI Xiaoning and GAO Yudong 624true 2012/12/7 2:57:07 1 and HUANG Minchao²]]> FAN Zhongze¹ and HUANG Minchao² 623true 2012/12/7 2:57:07 1,TANG Guojian¹ and YU Menglun²]]> LIU Luhua¹,TANG Guojian¹ and YU Menglun² 622true 2 hybrid materials were prepared by the in-situ polymerization and blending method. The structure, morphologies of the hybrid coating and the dispersion of SiO₂ in coatings were characterized by FT-IR and SEM. The effects of content, distribution and interfacial conditions of inorganic disperse phase on the surface and mechanical properties of hybrid coatings were investigated. It was found that in the hybrid coatings, SiO₂ subsisted in networks, and covalent linked with organic components. The dispersion of SiO₂ in coats prepared by in-situ polymerization method was better than that by blending method. The water contact angles were enhanced with SiO₂ content for the coatings by the two methods, while in the same SiO₂content, the properties for the coatings by blending method were slightly better than that by in-situ polymerization method. The hardness and adhesion of the hybrid coatings had the same trend with the increase of SiO₂content, in-situ polymerization method was better than that by blending method.]]> 2012/12/7 2:57:07 QIAN Siwen,WANG Jianfang,WU Wenjian and LIU Changli 621true 2012/12/7 2:57:08 LI Pei,LUO Wusheng and LI Guanzhang 620true 2012/12/7 2:57:08 1,2,HUANG Kedi¹,ZHANG Fenglin² and TAN Feng²]]> FU Changhai^1,2,HUANG Kedi¹,ZHANG Fenglin² and TAN Feng² 619true 2012/12/7 2:56:53 ZOU Jianjun,ZHOU Jin,XU Wanwu and WANG Zhenguo 618true 2012/12/7 2:56:53 LI Enqi,TANG Guojin,LEI Yongjun and LI Daokui 617true 2012/12/7 2:56:53 LI Jiuren,LI Haiyang and JIANG Zicheng 616true 2012/12/7 0:00:00 1,LEI Yongjun¹,YUAN Duancai¹,SHEN Zhibin¹ and MENG Shangyang²]]> LI Jiutian¹,LEI Yongjun¹,YUAN Duancai¹,SHEN Zhibin¹ and MENG Shangyang² 615true 2012/12/7 2:56:53 ZHANG Xiaomiao,SHANG Yang,LEI Zhihui and YU Qifeng 614true 2012/12/7 2:56:53 WANG Li 613true 2O₂ was designed and manufcatured. With this igniter, an H₂O₂/HTPB hybrid rocket engine was tested. The experiment results demonstrate that this new igniter can successfully start the H₂O₂/HTPB hybrid rocket engine with 　combustion stability and good performance. The experiment results also show that the combustion efficiency will achieve the highest level when the hybrid ratio deviates from the best ratio of oxidizer.]]> 2012/12/7 2:56:53 SONG Zhibing,WANG Zhenguo,ZHANG Wei,XIA Zhixun and HU Jianxin 612true 2012/11/8 3:50:44 ZHANG Kangping,DING Guohao,TIAN Zhengyu and LI Hua 611true 2012/11/8 3:50:44 ZHU Yanwei and YANG Leping 610true 2012/11/8 3:50:44 ZHANG Jin,LI Haiyang,LUO Yazhong and TANG Guojin 609true M) at all test sections Mach numbers from 2.5 to 7.0 reaches the requirement of GJB1179-91. A large, uniform region of flow was documented. Operational time of HWT-200 is no less than 20s. So, HWT-200 is a facility which can be used for teaching of aerodynamic experiments and elementary scientific researches.]]> 2012/11/8 3:50:44 ZHOU Yongwei,YI Shihe and CHENG Zhongyu 608true 2012/11/8 3:50:44 1,ZHOU Baomin²,ZHONG Cheng¹ and CAO Denggang²]]> LIAO Ying¹,ZHOU Baomin²,ZHONG Cheng¹ and CAO Denggang² 607true 2012/11/8 3:50:44 DING Hongbo,CAI Hong,ZHANG Shifeng and LI Anliang 606true 2012/11/8 0:00:00 ZHANG Qingbin,FENG Zhiwei,LIU Zeming and YANG Tao 605true 2012/11/8 3:50:44 CHEN Xiaoqing,HOU Zhongxi and LIU Jianxia 604true 2012/11/8 3:52:02 1,LIU Ruichao² and LIU Jun¹]]> BAI Xiaozheng¹,LIU Ruichao² and LIU Jun¹ 603true 2012/11/8 3:52:02 YU Jiangfei,YAN Zhihui and LIU Weidong 602true 2012/11/8 3:52:02 1,CHEN Zhonggui²,ZHAO Jiankang³ and LIANG Jiahong¹]]> YANG Xuerong¹,CHEN Zhonggui²,ZHAO Jiankang³ and LIANG Jiahong¹ 601true 2012/11/8 3:52:03 LIANG Libo,LUO Yazhong and TANG Guojin 600true 2012/11/8 3:52:18 PAN Yu,LIU Weidong and WANG Zhenguo 599true 2012/11/8 3:52:18 1 and LIU Xinjian²]]> TAN Chunlin¹ and LIU Xinjian² 598true 2012/11/8 3:52:18 LIU Wei,YANG Tao,CHENG Xinghua and LI Li 597true 2perturbations was applied to improve the control accuracy. Simulation results show that this control strategy has nice performance on formation keeping.]]> 2012/11/8 3:52:18 1,WEN Yuanlan¹,YANG Xuerong² and LIAO Ying¹]]> LIU Guangming¹,WEN Yuanlan¹,YANG Xuerong² and LIAO Ying¹ 596true 2012/11/8 3:52:18 HAN Chao,XIA Zhixun,HU Jianxin,ZHAO Ning and FANG Dingyou 595true 2012/11/8 3:52:18 LI Daokui,DUAN Jingbo and LEI Yongjun 594true 2012/11/8 3:52:31 HUANG Yiyong and XU Junxiao 593true 2012/11/8 3:52:31 LI Jie,YIN Le and YAN Li 592true 2012/11/8 3:52:31 DING Di and QIN Zizeng 591true 2012/11/8 3:52:31 CHEN Qing,YANG Leping and ZHANG Qingbin 590true 2012/11/8 3:52:31 ZHANG Xinggao,ZHANG Wei,WANG Chunhua and ZHU Hui 589true 2012/11/8 3:52:32 SANG Yan and ZHOU Jin 588true 2012/11/8 3:52:32 1,GU Zhijun¹,LIU Juan² and ZHOU Bozhao¹]]> ZHAI Hua¹,GU Zhijun¹,LIU Juan² and ZHOU Bozhao¹ 587true 2012/11/8 3:52:32 FAN Guoqing,WANG Wei and XI Xiaoning 586true 2013/1/31 4:04:32 LAI Lin,LI Qinglian,ZHENG Li and ZHOU Jin 585true 2013/1/31 4:04:32 LIU Juan,PAN Yu,LIU Weidong and WANG Zhenguo 584true 2013/1/31 4:04:32 WANG Gongbo and XI Xiaoning 583true 2013/1/31 4:04:32 ZHU Jun,LIAO Ying and WEN Yuanlan 582true 2013/1/31 4:04:32 ZHU Xianwei,LI You and YU Qifeng 581true 2013/1/31 4:04:32 PENG Qibo,LI Haiyang,LI Zhen and TANG Guojin 580true 2012/11/8 3:52:57 ZHOU Songbai,LIU Jun,GUO Zheng and LIU Yu 579true 2012/11/8 3:52:57 1,CHEN Weifang² and WU Qifen¹]]> CHANG Yu¹,CHEN Weifang² and WU Qifen¹ 578true 2012/11/8 0:00:00 LIU Lei,XI Xiaoning and CHEN Haiping 577true 2012/11/8 3:52:57 LI Zhen,ZHOU Jianping,CHENG Wenke,LI Haiyang and PENG Qibo 576true 2012/11/8 3:52:57 FAN Chao and ZHANG Weihua 575true 2012/11/8 3:52:57 1,LI Xiaobin^1,2 and ZHANG Weihua¹]]> ZOU Ruping¹,LI Xiaobin^1,2 and ZHANG Weihua¹ 574true 2012/8/28 16:33:32 1,GUO Peng¹,TAO Wusha² and XIA Gang¹]]> QIN Zizeng¹,GUO Peng¹,TAO Wusha² and XIA Gang¹ 573true 2012/8/28 16:33:32 REN Xianhai,YANG Leping and ZHU Yanwei 572true 2012/8/28 16:33:32 CHEN Ti,SUN Mingbo,FAN Xiaoqiang,LIANG Jianhan and LIU Weidong 571true 2012/8/28 16:33:33 SUN Shouming,ZHENG Wei and TANG Guojian 570true 2012/8/28 16:33:33 ZHANG Jing,XI Xiaoning and WANG Wei 569true 2012/8/28 16:33:33 GUO Peng,CHENG Wenke and QIN Zizeng 568true 2012/8/28 16:33:33 1,YUAN Duancai² and LIN Wenfeng¹]]> LEI Yongjun¹,YUAN Duancai² and LIN Wenfeng¹ 567true 2012/8/28 16:33:33 LIU Feng,FENG Dinghua,DING Guohao,PAN Sha and LI Hua 566true 2/O₂/Ar in a straight tube was numerically studied. Calculated results by different methods were similar, and triple point structures were analyzed. The releasing heat of chemical reaction dealt with by α-QSSmethod is higher than that by trapezoid formula, so the detonation wave propagating speed of α-QSSmethod is higher than that of trapezoid formula too. Development of cellular structure was elaborated. Due to interactions between transverse waves and between transverse wave and tube wall, re-initiation was ignited, which plays a crucial role in the propagating of detonation wave. Ratio of numerical cellular structure length to width is consistent with reference value, which indicates the feasibility of the numerical method.]]> 2012/8/28 16:45:10 LIU Shijie,LIN Zhiyong,SUN Mingbo and LIU Weidong 565true 2012/8/28 16:45:10 CHEN Jian,WU Jiping,LV Huiqiang and WANG Zhenguo 564true 2012/8/28 16:45:10 TAN Lifen,YAN Ye,ZHOU Ying and TANG Guojin 563true 2012/8/28 16:45:10 LIANG Libo,LUO Yazhong,WANG Hua and TANG Guojin 562true 2012/8/28 16:45:10 MAO Jia,JIANG Zhenyu,CHEN Guangnan and ZHANG Weihua 561true 2012/8/28 16:45:11 LIAO Yihuan,LI Daokui and TANG Guojin 560true 2012/8/28 16:45:11 1,QIN Zizeng¹,SONG Xumin²,GUO Peng¹ and TAO Wusha³]]> WANG Haitao¹,QIN Zizeng¹,SONG Xumin²,GUO Peng¹ and TAO Wusha³ 559true 2012/8/28 16:45:11 ZHAI Zhenchen,ZHOU Jin and HAN Xu 558true 2012/8/28 16:45:11 LIU Kun and SUN Ping 557true 2012/8/28 16:45:11 1,CHU Haibin² and QIN Zizeng¹]]> LIN Yiming¹,CHU Haibin² and QIN Zizeng¹ 556true +-up scheme was conducted to investigate a Mach 2.85 flow field of a 20-degree compression ramp. The effects of two kinds of inflow boundary conditions (fixed inlet and inlet with super-imposed white noise) were investigated. Separation and reattachment of the boundary layer along with separation shock were obtained from the simulation. The separation zone predicted was significantly larger than the experimental result. Defects of the hybrid method were analyzed and possible improvements were presented.]]> 2012/9/6 8:51:59 CHEN Ti,SUN Mingbo,FAN Xiaoqiang and LIU Weidong 555true 2012/9/6 8:51:59 SHEN Hongxin,LI Haiyang and PENG Qibo 554true 2012/9/6 8:51:59 1,CHU Haibin² and QIN Zizeng¹]]> LIN Yiming¹,CHU Haibin² and QIN Zizeng¹ 553true 2012/9/6 8:51:59 1,CHEN Zhonggui^1,2,LIAO Ying¹ and WEN Yuanlan¹]]> ZHU Jun¹,CHEN Zhonggui^1,2,LIAO Ying¹ and WEN Yuanlan¹ 552true 2012/9/6 8:51:59 SHEN Zhibin,LI Lei,LEI Yongjun and TANG Guojin 551true 2012/9/6 8:51:59 XU Mingliang,LIU Luhua,TANG Guojian and ZHU Longkui 550true 2012/9/6 8:51:59 LIN Mingdong,HU Fan and ZHANG Weihua 549true 2012/9/6 8:51:59 1,LI Enqi²,LI Daokui¹ and ZHOU Jianping¹]]> LI Jiawen¹,LI Enqi²,LI Daokui¹ and ZHOU Jianping¹ 548true 2012/9/6 8:51:59 1,QIN Zizeng¹,SONG Xumin² and GUO Peng¹]]> WANG Haitao¹,QIN Zizeng¹,SONG Xumin² and GUO Peng¹ 547true 2012/9/6 8:51:59 1,LIAO Ying¹,WANG Lei² and LIANG jiahong²]]> YIN Dawei¹,LIAO Ying¹,WANG Lei² and LIANG jiahong² 546true 2012/9/6 8:51:59 1,XI Xiaoning² and WANG Wei¹]]> HUANG Wende¹,XI Xiaoning² and WANG Wei¹ 545true ndorder trapezoidal formulas. The influences of the time-splitting scheme and the time step were studied. The results show that the 1st order time-splitting can slightly overestimate the chemical efficiency and a 2^ndorder time-splitting should be implemented. The time step has a significant effect on the results. In order to ensure the computational precision of the uncoupled method, the time step should be kept small enough so that the unsteady behaviors of the large scale vortices, which dominate the transport processes in the flow, can be captured accurately.]]> 2012/9/6 8:52:14 WANG Hongbo,SUN Mingbo,WU Haiyan and WANG Zhenguo 544true 2012/9/6 8:52:14 HUANG Haibing,LI Haiyang,WANG Hua and TANG Guojin 543true 2012/9/6 8:52:14 WANG Kunpeng,ZHANG Xiaohu,ZHU Zhaokun and YU Qifeng 542true 2012/9/6 8:52:14 XI Wenxiong,TAN Jianguo and WANG Zhenguo 541true 2012/9/6 8:52:14 1,SHEN Zhen¹,CHENG Hongwei² and YI Dongyun¹]]> QIANG Sheng¹,SHEN Zhen¹,CHENG Hongwei² and YI Dongyun¹ 540true 2012/9/6 8:52:14 GUI Xianzhou,LI Shengliang and LI Zhihao 539true 2012/9/6 8:52:14 WANG Dequan,XIA Zhixun and HU Jianxin 538true 2012/9/6 8:52:14 LI Zhen,LI Haiyang and CHENG Wenke 537true 2012/9/6 8:52:14 LIU Xiaochun,YU Qifeng and LEI Zhihui 536true 2012/9/6 8:52:16 LIU Jitao,HU Fan and ZHANG Weihua 535true 2012/9/19 9:01:22 MAO Jia,JIANG Zhenyu,CHEN Guangnan and ZHANG Weihua 534true 2012/9/19 9:01:22 ZHOU Shiming,LI Daokui and TANG Guojin 533true 2012/9/19 9:01:22 ZHANG Yuedong,CHEN Qifeng and DAI Jinhai 532true 2012/9/19 9:01:22 CHEN Feng and WU Xiaoyue 531true 2012/9/19 9:01:22 WANG Wei,WEI Lidong and FAN Guoqing 530true 2012/9/19 9:01:22 SUN Ping and LIU Kun 529true 2012/9/19 9:01:23 BAI Yuzhu,CHEN Xiaoqian and LI Jinghao 528true 2012/9/19 9:01:35 HE Lin,YI Shihe,ZHAO Yuxin,TIAN Lifeng and CHENG Zhongyu 527true 2012/9/19 9:01:35 FENG Dinghua,PAN Sha,TIAN Zhengyu and LI Hua 526true 2012/9/19 9:01:35 HUANG Qiang and WU Jianjun 525true 2012/9/19 9:01:35 YANG Xixiang,JIANG Zhenyu and ZHANG Weihua 524true 2012/9/19 9:01:35 LIU Lei and XIANG Junhua 523true 2012/9/19 9:01:35 WANG Haitao and QIN Zizeng 522true 2012/9/19 9:01:35 MENG LingPo and WU Jie 521true 2012/9/19 9:01:36 JIN Guang 520true 2012/9/12 11:15:10 JI Li,LIU Kun and XIANG Junhua 519true 2012/9/12 11:15:10 FU Jun,CAI Hong and LI Anliang 518true 2012/9/12 11:15:11 1 and WU Fei²]]> LEI Yongjun¹ and WU Fei² 517true 2012/9/12 0:00:00 1,MAO Genwang¹,MA Tianju² and HONG Liu²]]> DUAN Xiaolong¹,MAO Genwang¹,MA Tianju² and HONG Liu² 516true 2/Air shock-induced oscillating combustion experiment conducted by Lehr was simulated, and the computed oscillating frequencies conformed well with the ones acquired by experiment, which indicates that the present method is temporally and spatially second order accurate. It is also demonstrated that geometrical configuration plays a definitive role in the combustion regime. If the truncated angle is less or equal to 15 degrees, high frequency oscillating combustion in regular regime occurs, while if the angle is larger or equal to 20 degrees, low frequency oscillating combustion in large-disturbance regime is observed.]]> 2012/9/12 11:15:11 1,LIU Jun¹ and BAI XiaoZheng²]]> LIU Yu¹,LIU Jun¹ and BAI XiaoZheng² 515true 2012/8/28 11:51:54 CHEN Xiaoqian,YAO Wen,WEI Yuexin and ZHAO Yong 514true 2012/8/28 11:51:54 1,CHEN Xiaoqian¹,HUANG Yiyong¹ and Michel vanTooren²]]> YAO Wen¹,CHEN Xiaoqian¹,HUANG Yiyong¹ and Michel vanTooren² 513true 2012/8/28 11:51:54 ZHAO Yong,YANG Weiwei,HUANG Yiyong and WANG Zhenguo 512true 2012/8/28 11:51:54 OUYANG Qi,CHEN Xiaoqian and HUANG Yiyong 511true 2012/8/28 11:51:54 Wei Yuexing,Chen Xiaoqian and Yan li 510true 2012/8/28 11:51:54 ZHU Xiongfeng,LUO Wencai and WEI Yuexing 509true 2012/8/28 11:51:54 GUO Zhongquan,WANG Zhenguo and YAN Li 508true 2012/8/28 11:51:54 LUO Wencai,HUANG Yiyong,YANG Weiwei and LIU Changqing 507true 2012/8/28 10:29:47 1,BAI Xiaozheng²,LIU Yu¹ and LIU Jun¹]]> XU Chunguang¹,BAI Xiaozheng²,LIU Yu¹ and LIU Jun¹ 506true 2012/8/28 10:29:47 SHEN Hongxin,LI Haiyang,PENG Qibo and DU Xin 505true 2 and HF exhibits strong sensitivity to the chemical kinetics. Compared with the detailed mechanism, the simplified mechanism describes the general DF combustion process effectively, and at the same time reduces the species, element reactions and computational costs to a great extent. Therefore it fits more with coupling with three-dimensional flowfield numerical simulation code or software.]]> 2012/8/28 10:29:47 SHAO Yan,ZHOU Jin,LIN Zhiyong and LAI Lin 504true 2012/8/28 10:29:47 1,2,WANG Donghui¹,CHEN Min¹ and ZHANG Weihua¹]]> XIAO Fei^1,2,WANG Donghui¹,CHEN Min¹ and ZHANG Weihua¹ 503true 2012/8/28 0:00:00 1,Meng Yunhe¹,Gui Chen² and DAI Jinhai¹]]> ZHANG Yuedong¹,Meng Yunhe¹,Gui Chen² and DAI Jinhai¹ 502true 2O will exert an inhibitory effect when the concentration of ethanol is reduced to the ultimate low value.]]> 2012/8/28 10:29:47 XI Wenxiong,LI Qinglian,KANG Zhongtao,ZHONG Zhan and WANG Zhenguo 501true 2 laser based on N₂O/C₇H₈, a liquid N₂O supply system and a N₂O/C₇H₈ mono-injector gas generator were designed. The liquid N₂O supply system, ignition and combustion performances of N₂O/C₇H₈ were studied. Experimental results indicate that N₂O can be supplied in liquid state by the designed liquid N₂O supply system; ignition can be realized under two operating modes(excess oxidizer coefficient is 0.3 or 0.4) in designed time sequence and the combustor pressure is smooth. In addition, with the increase of excess oxidizer coefficient, combustion efficiency improves obviously.]]> 2012/8/28 10:29:47 ZHAI Xiaofei,ZHOU Jin and LAI Lin 500true 2012/8/28 10:29:47 YOU Jin,XIA Zhixun,LIU Bin and WANG Dengpan 499true 2012/8/28 10:29:47 MA Zhenyu,HU Fan,CHEN Guangnan and ZHANG Weihua 498true 2012/8/28 10:29:47 1,YI Dongyun¹,CHEN Hongwei² and ZHOU Wei³]]> LI Dong¹,YI Dongyun¹,CHEN Hongwei² and ZHOU Wei³ 497true 2012/9/13 9:40:50 CHEN Zhonggui,LIU Guangming,LIAO Ying and WEN Yuanlan 496true 2012/9/13 9:40:50 LI Jiutian,LUO Yazhong and TANG Guojin 495true 2012/9/13 9:40:50 1,HU Xiaoping² and LIU Zejun²]]> ZHANG Minqin¹,HU Xiaoping² and LIU Zejun² 494true 0500K,P₀1-5MPa and operation duration 20-30s. M6HQWT is the first hypersonic quiet wind tunnel in China, and can be used for experimental teaching and basic scientific research.]]> 2012/9/13 9:40:50 ZHOU Yongwei,YI Shihe,CHEN Zhi,LU Xiaoge and GE yong 493true cc is the linchpin which influences the attitude control scheme. Suitable magnitude of d_cc should be chosen in order to meet the request of satellite attitude control system. All this shows that the satellite structure proposed in the current study has the potentiality of being used for experimental teaching and research.]]> 2012/9/13 9:40:50 WANG Peng,ZHENG Wei,ZHANG Hongbo and WU Jie 492true 2012/9/13 9:40:50 ZHAO Xiangheng,XIA Zhixun,HU Jianxin,WANG Dequan,FANG Chuanbo and YOU Jin 491true 2012/9/13 9:40:50 YANG Yueneng,ZHENG Wei,WU Jie and ZOU Dongsheng 490true ∞control technology, designed a coordinated robust control and verified the performance and robust ability of the proposed control scheme through simulation. Simulation results show that the proposed control scheme is capable of observing all states, improving the robust ability to model error and external disturbance and performing good tracking control functions.]]> 2012/9/13 9:40:51 ZHANG Yuanwen,YANG Leping,ZHU Yanwei and REN Xianhai 489true 2012/9/13 9:40:51 KANG Ning and WU Xiaoyue 488true 2012/8/29 10:50:38 FAN Zhouqin,SUN Mingbo and LIU Weidong 487true 2012/8/29 10:50:38 WEN Yongzhi and WU Jie 486true 2012/8/29 10:50:38 LI Lei,TANG Guojin,DUAN Jingbo and SHEN Zhibin 485true 2012/8/29 10:50:38 SHEN Chibing,LIU Youpeng and WU Haiyan 484true 2012/8/29 10:50:38 JIAO Jige,ZHANG Weihua,XIA Zhixun,HU Jianxin and MA Likun 483true 3N₄ matrix composites (SiO_2f/BN-Si₃N₄ composites) are selected as single-layer structure radome material. According to the dielectric properties of the composites (ε=2.8，tanδ=0.005), the structural parameter (thickness) was optimally designed, and the optimal wall thickness was 7mm. The broadband properties of SiO_2f/BN-Si₃N₄ single-layer structure radome material in agreement with the wall thickness requirement were tested. The results suggest that the transmission efficiency for single-layer structure radome material is more than 60% when the frequency is 2～18 GHz.]]> 2012/8/29 10:50:38 1,2,ZHANG Changrui²,LI Bin²,MO Jinjun³,WANG Siqing² and CAO Feng²]]> ZOU Xiaorong^1,2,ZHANG Changrui²,LI Bin²,MO Jinjun³,WANG Siqing² and CAO Feng² 482true 2012/8/29 10:50:39 LI Zhuang,YANG Xia and LEI Zhihui 481true 2O reaction was based on the Arrhenius equation. The reaction rate of Mg/H₂O at different conditions was studied numerically. The results show that the calculated results are consistent with the experimental results. The reaction rate is great at high temperature and concentration of vapor, but low at high pressure. The reaction rate of magnesium and vapor is controlled by different factors at different temperature region. The reaction rate is controlled by chemical dynamic below the critical transition temperature, but by diffusional dynamic above the critical transition temperature.]]> 2012/8/29 10:50:39 ZHOU Xing,ZHANG Wei,YANG Dong,BAO Tong and YAO Ruliang 480true 2013/1/11 4:19:30 1,ZHANG Shifeng¹,YANG Huabo¹ and QIAN Shan²]]> ZHANG Lijun¹,ZHANG Shifeng¹,YANG Huabo¹ and QIAN Shan² 479true 2013/1/11 4:19:30 LI Jianlin,TANG Qiangang,HUO Lin and CHENG Xinghua 478true 2013/1/11 4:19:30 LIU Zejun,WU Jianjun,HE Zhen and HU Xiaoping 477true 2013/1/11 4:19:30 YAO Dangnai and WANG Zhenguo 476true 2013/1/11 4:19:30 PENG Xiaohui,YAN Zheng,LI Yanjun and WU Jianjun 475true 2013/1/11 4:19:30 HE Xingxing and LIAO Ying 474true 2013/1/11 4:19:30 LIN Mingdong,YANG Xixiang,ZHANG Weihua,HU Fan and MA Zhenyu 473true 2012/11/5 8:48:02 ZHAO Yilong,ZHAO Yuxin,WANG Zhenguo and YI Shihe 472true ∞, extended state observer andH_∞was proposed to design robust attitude controller for absolute/relative dynamics respectively, and the mentioned problems are better resolved. The advantages and shortages of the two control strategies are compared and researched, and the feasibility of designed controllers is verified by simulation. From theoretical research and simulation verification, it is right to put forward that the two control strategies are feasible and have better robust performance to model parameter change and outer disturbance, and the strategy of relative attitude control design is better for its preferably using measure information and no state estimator needs to be added.]]> 2012/11/5 8:48:02 ZHANG Yuanwen,YANG Leping,ZHU Yanwei and HUANG Huan 471true 2012/11/5 8:48:02 LIU Li,ZHENG Wei,TANG Guojian and SUN Shouming 470true 2012/11/5 8:48:02 LEI Yongjun,YANG Zhen,WANG Chenglong,SONG Xiancun and LI Daokui 469true 2012/11/5 8:48:02 WAN Yujun,LIU Luhua,CHEN Kejun and WU Jie 468true 2012/11/5 8:48:02 YANG Yueneng,WU Jie and ZHENG Wei 467true 2012/11/5 8:48:02 ZHANG Yi,LIANG Yangang,CHEN Lei and TANG Guojin 466true 2012/9/12 9:00:48 1,YIN Dawei²,ZHENG Yuxin¹ and MEN Lu³]]> LIAO Ying¹,YIN Dawei²,ZHENG Yuxin¹ and MEN Lu³ 465true *increases from 0.111 to 0.222, combustion efficiency and specific impulse increase by 0.35 % and 0.5s. However, the dimensionless expansion length L^*plays a less significant role in the process. As it increases from 1.389 to 1.944, combustion efficiency and specific impulse decrease by 0.11 % and 0.3s respectively. It is evident that the heat transfer characteristics of thrust chamber keep stable in the variation of H^*or L^*. This shows in expansion thrust chamber, the main reason for combustion efficiency loss should be that gaseous MMH adjacent side wall cannot mix with gaseous oxidant efficiently. ]]> 2012/9/12 9:00:48 1,2 and ZHOU Jin¹]]> LIN Qingguo^1,2 and ZHOU Jin¹ 464true 2012/9/12 9:00:48 1,2,CHEN Xiaoqian¹ and HUANG Yiyong¹]]> LI Jinghao^1,2,CHEN Xiaoqian¹ and HUANG Yiyong¹ 463true 2012/9/12 9:00:48 LIU Jianxia,HOU Zhongxi,CHEN Xiaoqing and GAO Xianzhong 462true 2012/9/12 9:00:48 YAN Zheng,LIU Zejun,CHENG Yuqiang and WU Jianjun 461true 2012/9/12 9:00:48 1,2 and TANG Guojian¹]]> CHENG Lin^1,2 and TANG Guojian¹ 460true 2012/9/12 9:00:49 WU Xinfeng,LEI Yongjun and LI Daokui 459true 2012/9/12 9:00:49 FENG Junhong,SHEN Chibing and ZHAO Fang 458true 2012/9/12 9:00:49 1,2,JIANG Zhenyu¹,ZHANG Weihua¹ and CAI Yequan²]]> HUANG Wenbo^1,2,JIANG Zhenyu¹,ZHANG Weihua¹ and CAI Yequan² 457true 2012/8/28 0:00:00 LI Kebo,CHEN Lei and ZHANG Yi 456true 2012/8/28 10:28:44 DUAN Jingbo and LEI Yongjun 455true 2012/8/28 10:28:44 1,LIU Xu¹,TU Guohua²,LIU Wei¹ and MAO Meiliang²]]> ZHAO Yunfei¹,LIU Xu¹,TU Guohua²,LIU Wei¹ and MAO Meiliang² 454true 2012/8/28 10:28:44 Chen Xiaoqing,Hou Zhongxi and Liu Jianxia 453true 2012/8/28 10:28:44 ZHOU Jianyong,ZHANG Bo,JIANG Zicheng and LI Haiyang 452true 2012/8/28 10:28:44 WANG Peng,LIU Luhua and WU Jie 451true 2012/8/28 10:28:44 1,WEI Xuetong²,LI Ying² and LONG Xingwu¹]]> YU Xudong¹,WEI Xuetong²,LI Ying² and LONG Xingwu¹ 450true 2012/8/28 10:27:55 1,LUO Shibin²,FENG Songjiang¹ and ZHUANG Fengchen^1,2]]> NIE Wansheng¹,LUO Shibin²,FENG Songjiang¹ and ZHUANG Fengchen^1,2 449true 2012/8/28 10:27:55 XIONG Ke,XIA Zhixun and GUO Zhenyun 448true 2012/8/28 10:27:55 1,2,LI Haiyang¹,SHEN Hongxin^1,2 and TANG Guojin¹]]> PENG Qibo^1,2,LI Haiyang¹,SHEN Hongxin^1,2 and TANG Guojin¹ 447true 2012/8/28 10:27:55 1,2,ZHANG Weihua¹,WANG Zhongwei¹ and CHENG Jiantong¹]]> FAN Yuzhu^1,2,ZHANG Weihua¹,WANG Zhongwei¹ and CHENG Jiantong¹ 446true 2012/8/28 10:27:55 1,LI Hongtao² and WU Jie¹]]> CHEN Liang¹,LI Hongtao² and WU Jie¹ 445true 2012/8/28 10:27:55 LIU Jun,CHEN Kejun and Tang Guojian 444true 2012/8/28 10:27:55 NIU Yaobin,WANG Zhongwei,MAO Jia and ZHANG Lixue 443true 2014/1/8 17:09:34 1,CHEN Lei¹,BO Tao² and LEI Yongjun¹]]> WU Nan¹,CHEN Lei¹,BO Tao² and LEI Yongjun¹ 442true 2014/1/8 17:09:34 WANG Wenlong,LI Hua,LIU Feng and TIAN Zhengyu 441true 2014/1/8 17:09:34 PENG Xiaohui,LIU Yinjie,CHENG Yuqiang and WU Jianjun 440true 2014/1/8 17:09:34 LIU Feng,LI Hua,TIAN Zhengyu and PAN Sha 439true 2014/1/8 17:09:34 1,LIU Luhua¹,TANG Guojian¹ and BAO weimin²]]> ZHU Jianwen¹,LIU Luhua¹,TANG Guojian¹ and BAO weimin² 438true 2014/1/8 17:09:35 XING Baoyu,LIU Kun,HUANG Minchao and CHENG Mousen 437true 2014/1/8 17:09:35 LI Jian,ZHANG Weihua and ZHENG Wei 436true 2014/1/8 17:09:35 LI Anliang,CAI Hong and BAI Xibin 435true 2014/1/8 17:09:35 1,ZHANG Shifeng¹,YANG Huabo¹ and QIAN Shan²]]> ZHANG Lijun¹,ZHANG Shifeng¹,YANG Huabo¹ and QIAN Shan² 434true 1=1.5，Ma₂=2.5，T_0,1=300K，T_0,2=1200K，and matched pressure p₁=p₂=86kPa.In the experiment, it was discovered that the thickness of mixing layer in the flow field with splitters in which a cavity is mounted grows as the ratio of the length to the depth of the cavity becomes larger; Splitters with sawtooth trail show great effect of mixing enhancement and making the flow field highly unsteady. In the numerical study, it was demonstrated that the mixing-enhancement effect of splitters with cavity is due to the cavity shear layer’s reattachment to the trail of the splitter, and splitters with sawtooth trail due to induced large-scale streamwise vortexes. ]]> 2013/11/6 15:57:50 LIU Yu,ZHOU Jin and YAN Zhihui 433true 2013/11/6 15:57:50 1,LIU Guanri^1,2,LEI Yongjun¹ and LI Jin¹]]> WU Xinfeng¹,LIU Guanri^1,2,LEI Yongjun¹ and LI Jin¹ 432true 2013/11/6 15:57:50 YANG Jinzhao,XIA Zhixun and HU Jianxin 431true 2013/11/6 15:57:50 ZENG Qinghua,HUANG Zhezhi,JIA Tao and CHEN Longzhi 430true 2013/11/6 15:57:50 LIANG Yangang and WANG Weilin 429true 2013/11/6 15:57:50 1，2,LIU Jing³,WANG Jiongqi¹ and ZHOU Haiyin¹]]> PAN Xiaogang^1，2,LIU Jing³,WANG Jiongqi¹ and ZHOU Haiyin¹ 428true 2013/11/6 15:57:50 1，2,YU Bo¹ and JIANG Wei¹]]> PANG Xiuli^1，2,YU Bo¹ and JIANG Wei¹ 427true 2013/11/6 15:57:51 XIE Zehua,ZHOU Jin,ZHANG Rui and LI Ziran 426true 2013/8/22 16:54:27 1,ZHANG Yonghe²,LIU Zhichao¹,ZHANG Qingbin¹ and TANG Qiangang¹]]> FENG Zhiwei¹,ZHANG Yonghe²,LIU Zhichao¹,ZHANG Qingbin¹ and TANG Qiangang¹ 425true 2013/8/22 16:54:27 ZHANG Sheng,HUANG Haibing,ZHAO Qian and TANG Guojin 424true 2013/8/22 16:54:27 XING Baoyu,CHENG Mousen,HUANG Minchao and LIU Kun 423true 2013/8/22 16:54:28 LI Shengliang,LIU Kun and WU Jinjie 422true 2013/8/22 16:54:28 ZHANG Jianqiang,ZHONG Zhan,DING Meng and LI Qinglian 421true 2013/8/22 16:54:28 ZHANG Xinqiao,LI Qinglian and Kang Zhongtao 420true 2013/8/22 16:54:28 WEI Jingbo,LIU Kun and WU Jinjie 419true 2013/5/21 9:27:54 ZHU Xiongfeng,GUO Zheng,HOU Zhongxi and CHEN Xuekong 418true 2013/5/21 9:27:54 1,WANG Lei¹,WANG Dandan²,YANG Tao¹ and ZHANG Qingbin¹]]> MA Yang¹,WANG Lei¹,WANG Dandan²,YANG Tao¹ and ZHANG Qingbin¹ 417true 2013/5/21 9:27:54 1,ZHENG Wei^1,2,SUN Shouming³ and AN Xueying¹]]> WANG Yidi¹,ZHENG Wei^1,2,SUN Shouming³ and AN Xueying¹ 416true 2013/5/21 9:27:54 1,2,YANG Chenghu² and LIU Ben²]]> LIN Qingguo^1,2,YANG Chenghu² and LIU Ben² 415true 2013/5/21 9:27:54 LI Yanjun,PENG Xiaohui,CHENG Yuqiang and WU Jianjun 414true 2013/3/13 9:54:33 1,LIU Kun¹,SHI Shi² and ZHANG Binbin¹]]> WU Jinjie¹,LIU Kun¹,SHI Shi² and ZHANG Binbin¹ 413true 2013/3/13 9:54:33 LI Jianlin,TANG Qiangang,FENG Zhiwei,YANG Tao and LIU Zhichao 412true 2013/3/13 9:54:33 CAO Wenbin,LI Hua and GAO Honghe 411true 2013/3/13 9:54:33 1,2,ZHANG Yinhui¹,SHI Shuai² and ZHANG Weihua¹]]> HUANG Wenbo^1,2,ZHANG Yinhui¹,SHI Shuai² and ZHANG Weihua¹ 410true 2013/3/13 9:54:33 1,DONG Kehai² and XIE Yan¹]]> DENG Bin¹,DONG Kehai² and XIE Yan¹ 409true 2013/3/13 9:54:33 YANG Xixiang and ZHANG Weihua 408true 2013/3/13 9:54:33 FENG Junhong,SHEN Chibing and ZHAO Fang 407true 2013/3/13 9:54:33 YAO Dangnai,ZHANG Li and WANG Zhenguo 406true 2013/3/13 9:54:33 1,CHEN Weifang¹,SHAO Chun¹ and SHI Yuzhong²]]> ZHAO Wenwen¹,CHEN Weifang¹,SHAO Chun¹ and SHI Yuzhong² 405true 2013/3/13 9:54:33 1,YU Li¹ and XIA Gang²]]> CHENG Han¹,YU Li¹ and XIA Gang² 404true 2013/3/13 9:54:33 HAO Huicheng,JIANG Wei,LI Yijun and YUAN Ziqing 403true 2015/1/22 16:38:31 WU Zeping,WANG Donghui,YANG Xixiang,JIANG Zhenyu and ZHANG Weihua 402true -5 rad after calibrated.]]> 2015/1/22 16:38:31 1,WANG Wenxue²,CHEN Shengyi¹,SU Ang¹ and ZHANG Xiaohu¹]]> LIU Haibo¹,WANG Wenxue²,CHEN Shengyi¹,SU Ang¹ and ZHANG Xiaohu¹ 401true 2 perturbation force in the DE405/LE405 planet and lunar-ephemeris data, the partial derivative matrix of parameters from the perilune to the perigee was deduced. The differential correction matrix was integrated in company with the orbital state variables and velocity, and the transfer orbit design parameters were converged iteratively and rapidly with the precise differential correction matrix. Simulation result shows that the convergence rate of the integral differential correction method is faster than the frequently-used SQP（Sequential Quadratic Programming）method in dynamical models with the same accuracy.]]> 2015/1/22 16:38:31 HE Boyong,SHEN Hongxin and LI Haiyang 400true 2015/1/22 16:38:31 DU Xin,LI Haiyang and HUANG Yuechen 399true 2015/1/22 16:38:31 ZENG Liang,ZHANG Hongbo,ZHENG Wei and LUO Zongfu 398true 2015/1/22 16:38:31 ZHANG Dapeng and LEI Yongjun 397true 2015/1/22 16:38:32 CHAI Hua,LIANG Yangang and TANG Guojin 396true 2015/1/22 16:38:32 JIA Ruyan,WANG Tao,JIANG Zhenyu,HU Fan and ZHANG Weihua 395true 2015/1/22 16:38:32 1,XIA Zhixun¹,HU Jianxin² and XIAO Yunlei¹]]> FANG Chuanbo¹,XIA Zhixun¹,HU Jianxin² and XIAO Yunlei¹ 394true 2015/1/22 16:38:32 1,2,LI Weiming³,SUN Ruisheng¹ and XIONG Shuwang¹]]> BAI Hongyang^1,2,LI Weiming³,SUN Ruisheng¹ and XIONG Shuwang¹ 393true 2015/1/22 16:38:32 LIU Haitao,ZHANG Qingbin,YANG Leping and ZHU Yanwei 392true 2015/1/22 16:38:33 JIANG Guoqing,LI Jiawen and TANG Guojin 391true -9. The design of the protocol IP core is flexible, reliable and scalable. ]]> 2014/11/25 10:16:01 1,2,AN Junshe¹,XIE Yifang¹,XIONG Weiming¹ and XUE Changbin¹]]> ZHOU Li^1,2,AN Junshe¹,XIE Yifang¹,XIONG Weiming¹ and XUE Changbin¹ 390true 2014/11/25 10:16:01 1,LI Weiming^1,2,XIONG Shuwang¹ and SUN Ruisheng¹]]> BAI Hongyang¹,LI Weiming^1,2,XIONG Shuwang¹ and SUN Ruisheng¹ 389true 2014/11/25 10:16:01 1，2,YUAN Wu²,FAN Jingjing² and ZHANG Weihua¹]]> ZHANG Hairui^1，2,YUAN Wu²,FAN Jingjing² and ZHANG Weihua¹ 388true 2014/11/25 10:16:01 FAN Jinzhi and LI Hua 387true 2014/11/25 10:16:01 YANG Yajun,LIAO Ying and LIU Xiangchun 386true 2014/11/25 10:16:01 1，2,LI Qinglian^1，2,ZHANG Xinqiao^1，2 and CHENG Peng^1，2]]> KANG Zhongtao^1，2,LI Qinglian^1，2,ZHANG Xinqiao^1，2 and CHENG Peng^1，2 385true 2014/11/25 10:16:02 1,SUN Wenli¹ and MA Jianming²]]> CAI Hong¹,SUN Wenli¹ and MA Jianming² 384true 2014/11/25 10:16:02 YUAN Lei and SHEN Chibing 383true 2014/11/25 10:16:02 LIANG Yangang,HAO Daoliang and TANG Guojin 382true 2014/11/25 10:16:02 1,YANG Tao¹ and CHENG Xinghua²]]> HUO Lin¹,YANG Tao¹ and CHENG Xinghua² 381true 2014/11/25 10:16:02 1,2,ZHANG Tao¹ and GU Yidong¹]]> QIU Aihua^1,2,ZHANG Tao¹ and GU Yidong¹ 380true 2014/11/25 10:16:03 LI Guangde,ZHANG Changrui,HU Haifeng and ZHANG Yudi 379true 2014/11/25 10:16:03 SHEN Zhibin and ZHANG Weixing 378true 2014/11/25 10:16:03 LI Zhimeng,LIU Gang and TAN Qun 377true 2014/9/4 17:19:43 1,2 and TANG Guojin¹]]> LUO Jun^1,2 and TANG Guojin¹ 376true 2014/9/4 17:19:43 ZHANG Hua,WU Jianjun,HE Zhen,ZHANG Daixian and LU Gaofei 375true 2014/9/4 17:19:43 GUO Shanguang,WANG Zhenguo and ZHAO Yuxin 374true 2014/9/4 17:19:43 1,WANG Hua¹ and LI Jiuren²]]> YU Dateng¹,WANG Hua¹ and LI Jiuren² 373true 2014/9/4 17:19:44 1,2 and TANG Guojin¹]]> LIU Caizhi^1,2 and TANG Guojin¹ 372true 2014/9/4 17:19:44 GUO Haifeng,HUANG Changqiang,DING Dali and XIAO Hong 371true 2 and H, and both the ablation species and the effects of ablation are limited to the boundary layer. The mass fractions of atoms and ions decline as a result of ablation and this may result in the decrease of the peak values of electron density when they appear in the boundary layer. Furthermore, the ablation effects become more pronounced as the pyrolysis ratio rises, and the effects extend further into the flowfield with increasing distance from the stagnation point or with higher flight altitude.]]> 2014/9/4 17:19:44 ZHANG Wei,ZENG Ming,XIAO Lingfei and XU Dan 370true +-up scheme is one of the most important schemes of ASUM-family. By introducing pressure dissipative mechanism into the convective fluxes and velocity diffusion into pressure fluxes, the convergence and robustness are remarkably improved in all Mach number regimes. However, based on an analysis of the scheme, it is found that a nonphysical phenomenon of infinite mass flux emerges when the Mach number is zero. For conquering the imperfection, the analytic solution of pressure discontinuity is obtained by the characteristic method. According to the results, the item of pressure dissipation is modified, and a new AUSM⁺-up scheme is developed. Using the new scheme, the strong discontinuity problems of shock wave, pressure discontinuity and shock wave diffraction are simulated. The Calculation results fit the theory results well.]]> 2014/7/17 17:22:22 LI Gan,CHENG Mousen and LI Xiaokang 369true 2014/7/17 17:22:22 FAN Jinzhi and LI Hua 368true 1 in the medium was discussed firstly. Furthermore, through the analysis of the effect frequency, incidence angle on the amplitude characteristics of reflection wave, the drainage and no drainage conditions were considered, , and the effect of interfacial pervious and impervious conditions was also discussed. It is shown that the thermal physical parameters have a certain effect on the propagation of thermoelastic waves, and such parameters as frequency, incidence angle and surface drainage conditions are factors greatly affecting the reflection amplitude of two types of compression wave, shear wave and thermal wave.]]> 2014/7/17 17:22:22 1,2,LIU Ganbin² and TANG Guojin¹]]> ZHENG Rongyue^1,2,LIU Ganbin² and TANG Guojin¹ 367true 2014/7/17 17:22:22 1,2,LIU Rongzhong¹,GUO Rui¹,YUAN Jun¹ and ZHANG Jun¹]]> ZHAO Bobo^1,2,LIU Rongzhong¹,GUO Rui¹,YUAN Jun¹ and ZHANG Jun¹ 366true 2014/7/17 17:22:22 1,LEI Fanpei² and ZHOU Lixin¹]]> LIU Changbo¹,LEI Fanpei² and ZHOU Lixin¹ 365true 2014/7/17 17:22:22 1,2,TU Guoyong²,LI Weijian² and ZHANG Hongliang¹]]> LI Zhuang^1,2,TU Guoyong²,LI Weijian² and ZHANG Hongliang¹ 364true 2014/7/17 17:22:22 CHENG Yun,CHEN Lihu and CHEN Xiaoqian 363true 2014/7/17 17:22:23 LIU Xiangchun,LIAO Ying and WEN Yuanlan 362true 2014/7/17 0:00:00 1,2,ZHU Zunshang^1,2,BU Yanlong³ and SHANG Yang^1,2]]> LI Xiang^1,2,ZHU Zunshang^1,2,BU Yanlong³ and SHANG Yang^1,2 361true 2014/7/17 17:22:23 CHENG Jiantong,ZHANG Weihua and JIANG Zhenyu 360true 2014/7/17 17:22:23 DIAO Xinghua,FANG Yangwang,ZHANG Lei,GAO Xiang and MAO Donghui 359true 2014/7/17 17:22:23 1,2 and CHEN Xiaomin¹]]> YU Yang^1,2 and CHEN Xiaomin¹ 358true 2 -β) was proposed for tracking maneuvering spacecraft with impulse power. By using Observation Innovation and α-βmaneuver dynamics model, the method detected the impulse maneuver to track maneuvering satellite. Through simulation and analysis, a comparison between the χ² detection method with β detection method was made. It proves that the sensitivity of χ² detection to maneuvering frontier correlate with the sampling points and motor threshold. The combined detection method does not incur much computation and,is superior to the traditional method, thus it has practicality in satellite engineering.]]> 2014/7/17 17:22:24 HUANG Pu,QIAN Shan and LI Hengnian 357true 1 wave, p₂ wave, T-wave and S-wave were derived. Numerical results were obtained and used to discuss the difference of reflection amplitude for four kinds of reflection waves among the generalized thermoelastic theory G-TE, L-S theory, and G-L theory. The effect of the relaxation time factors was also discussed. It is indicated that there is apparent effect of G-TE, L-S theory, and G-L theory on the results and it is different from p₁ wave,p₂ wave and S-wave. In addition, there is greater effect of relaxation time on p₂ wave, and less effect on p₁ wave, and the effect can be omitted on the S wave.]]> 2014/5/14 17:10:47 1,2, LIU Ganbin², TANG Guojin¹]]> ZHENG Rongyue^1,2, LIU Ganbin², TANG Guojin¹ 356true 2014/5/14 17:10:47 1,2, FAN Jingjing², ZHANG Weihua¹]]> ZHANG Hairui^1,2, FAN Jingjing², ZHANG Weihua¹ 355true 11 and 2005VS. Furthermore, the Chinese deep space network can provide an 8-h daily VLBI (Very Long Baseline Interferometry) tracking at least in the interplanetary course. The velocity increment for mid-course corrections is less than 10 m/s.]]> 2014/5/14 17:10:47 1,2, WU Weiren³, TANG Geshi^1,2, ZHOU Jianliang²]]> LIU Lei^1,2, WU Weiren³, TANG Geshi^1,2, ZHOU Jianliang² 354true 2014/5/14 17:10:47 HUANG Haibing, ZHANG Jin 353true 2014/5/14 17:10:47 1, LIU Luhua¹, TANG Guojian¹, BAO Weimin^1,2]]> ZHU Jianwen¹, LIU Luhua¹, TANG Guojian¹, BAO Weimin^1,2 352true 2014/5/14 17:10:47 CHEN Zhi, YI Shihe, WU Yu, QUAN Pengcheng 351true 2014/5/14 17:10:47 MA Yang, YANG Tao, ZHANG Qingbin 350true 2014/5/14 17:10:47 ZHU Shiyao, LEI Yongjun 349true 2014/5/14 17:10:47 1,2, WANG Linlin¹, CHEN Zhimin¹, JIANG Xiujie¹, XIONG Weiming¹]]> CHEN Ping^1,2, WANG Linlin¹, CHEN Zhimin¹, JIANG Xiujie¹, XIONG Weiming¹ 348true 2014/5/14 17:10:47 QIAN Shan, LI Hengnian, WU Shenggang 347true 2014/5/14 17:10:48 CAI Weiwei, YANG Leping, LIU Xinjian, ZHU Yanwei 346true 2014/5/14 17:10:48 LYU Hanfeng, ZHANG Liang, WU Jie 345true 2014/5/14 17:10:48 1,2, LI Qinglian^1,2, WU Liyin^1,2, LI Chun^1,2]]> TONG Yiheng^1,2, LI Qinglian^1,2, WU Liyin^1,2, LI Chun^1,2 344true 2014/5/14 0:00:00 LI Xianbin, WANG Yueke, CHEN Jianyun 343true 2014/3/12 14:49:30 YANG Xixiang,YANG Tao and ZHANG Weihua 342true 2014/3/12 14:49:30 1,2,LI Hua¹,TIAN Zhengyu¹ and PAN Sha¹]]> LIU Feng^1,2,LI Hua¹,TIAN Zhengyu¹ and PAN Sha¹ 341true 2014/3/12 14:49:30 WAN Yujun,CHEN Kejun,LIU Luhua and WU Jie 340true 2014/3/12 14:49:30 1,2,LEI Zhihui^1,2,ZHANG Yueqiang^1,2,ZHU Xianwei^1,2 and LIU Haibo^1,2]]> SU Ang^1,2,LEI Zhihui^1,2,ZHANG Yueqiang^1,2,ZHU Xianwei^1,2 and LIU Haibo^1,2 339true 2014/3/12 14:49:31 LI Guanghua,ZHANG Hongbo and TANG Guojian 338true 2014/3/12 14:49:31 ZHU Shiyao,XIE Yan and LEI Yongjun 337true 2014/3/12 14:49:31 LV Hanfeng,WU Jie and ZHANG Liang 336true 2014/3/12 14:49:31 JIANG Xiaoyong,ZHANG Hongbo and TANG Guojian 335true 2014/3/12 14:49:31 ZOU Yi,ZHANG Hongbo and TANG Guojian 334true 2014/3/12 14:49:31 XIE Xiaogang,ZENG Dazhi,LONG Teng and ZHANG Lei 333true 2014/3/12 14:49:32 ZENG Qinghua,DONG Ronghua and PI Shuwu 332true 2015/12/31 10:11:13 CHENG Peng, LI Qinglian, ZHANG Xinqiao, KANG Zhongtao and CHEN Huiyuan 331true 2015/12/31 10:11:14 ZHAO Qian and TANG Guojin 330true 2015/12/31 10:11:15 1, LYU Zhenzhou¹, ZHANG Leigang² and WANG Xinwei³]]> ZHAO Lufeng¹, LYU Zhenzhou¹, ZHANG Leigang² and WANG Xinwei³ 329true 2015/12/31 0:00:00 ZHANG Chongxian 328true 2015/11/9 16:21:58 YANG Xixiang, HOU Zhongxi and MA Zhenyu 327true 2015/11/9 16:21:58 1, HOU Zhongxi¹, JIANG Jingfei² and JIANG Hanqing¹]]> GUO Tianhao¹, HOU Zhongxi¹, JIANG Jingfei² and JIANG Hanqing¹ 326true 2015/11/9 16:21:58 JIANG Guoqing and LI Daokui 325true 2015/11/9 16:21:58 1,2 and SUN Ao¹]]> HAN Xu^1,2 and SUN Ao¹ 324true 2015/11/9 16:21:58 1, XIA Zhixun¹, HU Jianxin², HUANG Liya² and FANG Chuanbo¹]]> LIU Daoping¹, XIA Zhixun¹, HU Jianxin², HUANG Liya² and FANG Chuanbo¹ 323true 2015/11/9 16:21:59 1,2, LI Zhuang^1,2, ZHOU Shaobin¹, LI Weijian¹ and YU Youhe³]]> TU Guoyong^1,2, LI Zhuang^1,2, ZHOU Shaobin¹, LI Weijian¹ and YU Youhe³ 322true 2015/9/1 0:00:00 YANG Xixiang, YANG Huixin and WANG Peng 321true 2015/9/1 15:03:06 ZHANG Juntao, HOU Zhongxi, LIU Zhaowei and MA Zhenyu 320true 2015/9/1 15:03:06 WANG Peng, HOU Zhongxi and YANG Xixiang 319true 2015/9/1 15:03:06 LIU Zhaowei, HOU Zhongxi and CHEN Lili 318true 2015/9/1 15:03:06 MA Zhenyu, HOU Zhongxi and YANG Xixiang 317true 2015/9/1 15:03:06 LI Xiaohua, GUO Zheng and CHEN Qingyang 316true 2015/9/1 15:03:06 ZHANG Juntao, HOU Zhongxi and GUO Zheng 315true 2015/9/1 15:03:06 SHAN Shangqiu, HOU Zhongxi, ZHU Bingjie and GAO Xianzhong 314true 2015/9/1 15:03:06 LIU Duoneng, YANG Xixiang, MA Zhenyu and HOU Zhongxi 313true 2015/9/1 15:03:06 YANG Yueneng, ZHENG Wei, YAN Ye and SHAO Hanbin 312true 2015/9/1 0:00:00 1, LI Feng¹, ZHANG Jinxiu^1,2 and Richard Muriel²]]> CAO Xibin¹, LI Feng¹, ZHANG Jinxiu^1,2 and Richard Muriel² 311true 2/air were performed with constant air mass flow rate and varied H₂/air equivalence ratio(ER). Three different propagation modes of the continuous rotating detonation wave were found as the decreasing of ER, namely, one direction mode at high ER from 0.90 to 1.86, two-wave collision propagation mode at low ER of about 0.75, hybrid mode of one direction mode and two-wave collision propagation mode at middle ER. The propagation characteristics of the high-frequency pressures were analyzed and the mode transition mechanism of continuous rotating detonation wave was preliminarily studied. With a higher ER, the strength of the detonation wave is increased and the loss and velocity deficit during the propagation are relatively small, and the continuous rotating detonation wave can be sustained in the one direction mode; while with a lower ER, the strength of the continuous rotating detonation wave is reduced and the influence of the loss and velocity deficit during the propagation is relatively enlarged, only in the two-wave collision propagation mode can the continuous rotating detonation wave be sustained. This can be attributed to the collision of the two counter-propagating shock waves in the two-wave collision propagation mode, which will promote the heat release, will enable the continuous rotating detonation wave to propagate steadily at a low ER, and will make the two-wave collision propagation mode possibly be the ultimate propagation mode of continuous rotating detonation wave. ]]> 2015/9/1 15:03:07 WANG Chao, LIU Weidong, LIU Shijie, LIN Zhiyong and JIANG Luxin 310true 2 disturbance was derived by employing the geometry and the variation method. Lastly the midcourse guidance method using state transition matrix was proposed on this basis. Simulation example shows that the proposed method serves as an efficient support for midcourse guidance of interceptors in practice.]]> 2015/9/1 15:03:07 1, ZHONG Ming² and LIANG Yangang¹]]> CHAI Hua¹, ZHONG Ming² and LIANG Yangang¹ 309true 2015/9/1 15:03:08 ZHANG Yakun and LI Haiyang 308true 2015/9/1 15:03:08 1, CHEN Binqi¹, GUO Liang², ZHONG Fanjun² and TONG Mingbo¹]]> WANG Yiding¹, CHEN Binqi¹, GUO Liang², ZHONG Fanjun² and TONG Mingbo¹ 307true 2015/9/1 15:03:08 LI Longyue, LIU Fuxian, YANG Guozhe, WANG Dongxu and WANG Ju 306true 2015/6/30 18:53:56 YANG Zhen, LUO Yazhong and ZHANG Jin 305true 2015/6/30 18:53:56 LIU Haitao, ZHANG Qingbin, YANG Leping and ZHU Yanwei 304true 2015/6/30 18:53:56 CAO Wenbin, LI Hua, XIE Wenjia and ZHANG Ran 303true 2015/6/30 18:53:56 WANG Bo, HOU Zhongxi and WANG Wenkai 302true 2015/6/30 18:53:56 1, SUN Ruisheng², BAI Hongyang² and XUE Xiaozhong²]]> DUAN Xiaoju¹, SUN Ruisheng², BAI Hongyang² and XUE Xiaozhong² 301true 2015/6/30 18:53:56 GUI Li, ZHENG Shunyi, WANG Xiaonan and MA Dian 300true 2015/6/30 18:53:57 1,2, LIU Jiannan^1,2, YANG Xia^1,2 and YU Qifeng^1,2]]> LI Xin^1,2, LIU Jiannan^1,2, YANG Xia^1,2 and YU Qifeng^1,2 299true 2015/6/30 18:53:57 1,2, LEI Yongjun¹ and MENG Shangyang²]]> YANG Junhui^1,2, LEI Yongjun¹ and MENG Shangyang² 298true 2015/6/30 18:53:57 1, CAI Hong¹, YANG Huabo¹ and LIAN Dinglei²]]> DING Zhijian¹, CAI Hong¹, YANG Huabo¹ and LIAN Dinglei² 297true 2015/5/16 9:33:25 HU Huaizhong, GUO Rushuang, GONG Houjuan and WEI Shilei 296true 2015/5/16 9:33:25 XIAO Song, TAN Xiansi, WANG Hong and WANG Yi 295true 2,J₃ zonal terms and the atmospheric drag was analyzed. Then an orbital maintenance strategy based on energy conservation principle was proposed. Finally, the effectiveness of orbital maintenance strategy was validated by simulation examples. Simulation results show that the changes of average eccentricity is stable under the perturbation of the earth non-spherical gravity, the atmospheric drag and the impulsive maneuver, and the proposed orbital maintenance method can effectively achieve super low altitude maintenance and make the average eccentricity vector converge to equilibrium point. Besides, the fuel consumption for orbital maintenance is reasonable and the long duration flight in super low orbit can be achieved.]]> 2015/5/16 9:33:25 WEN Shenglin, YAN Ye and YI Teng 294true 2015/5/16 0:00:00 GUI Xianzhou, HUANG Senlin and SUN Chen 293true 2015/5/16 9:33:25 1, LIAO Ying¹ and YU Yue²]]> ZHANG Zhi¹, LIAO Ying¹ and YU Yue² 292true 2015/5/16 9:33:25 LYU Hanfeng, ZHANG Liang, WANG Dingjie and WU Jie 291true 2015/3/19 11:35:43 1，2 and AN Junshe²]]> YAN Mengting^1，2 and AN Junshe² 290true 2015/3/19 11:35:43 1,HUANG Haibing¹ and LI Yi²]]> ZHAO Qian¹,HUANG Haibing¹ and LI Yi² 289true 2015/3/19 11:35:43 CHEN Lihu,CHEN Xiaoqian,ZHAO Yong and CHENG Yun 288true 2/air mixture reaction model with 9 species and 21 equations was employed to conduct the two-dimensional numerical simulation in detonation onset process of vertical hot jets. The convection term was dispersed with fifth-order WENO format and the time integration was iterated with second-order Runge-Kutta scheme. The flow fields in the detonation tube were analyzed in detail when hot jets were injected with different parameters (i.e.incident velocities, incident positions, incident widths and incident angles). And the general rule of the impact of hot jets parameters to the detonation initiation was summarized. Moreover, interaction between shocks and flame during the formation and propagation of “hot spots” was explained, especially the promotion of reflected shocks on the formation of “hot spots”. The investigation reveals that detonation always occurs from the “hot spots” in narrow unburned region which is confined by adjacent flame front and solid wall. Triple point structures emerge during the over-driven transition of “hot spots” to detonation. In order to achieve rapid detonation onset, the hot jets should be injected towards the side wall in high velocity and with a certain angle.]]> 2015/3/19 11:35:43 LIN Wei,ZHOU Jin,LIN Zhiyong and LIU Shijie 287true 2015/3/19 11:35:43 ZHU Bingjie and HOU Zhongxi 286true 2015/3/19 11:35:43 MA Xiaodong,GUO Rui,LIU Rongzhong and LYU Shengtao 285true 2015/3/19 11:35:44 LYU Hanfeng,ZHANG Liang and WU Jie 284true 2015/3/19 11:35:44 LI Guanghua,ZHANG Hongbo and TANG Guojian 283true 2015/3/19 11:35:44 SHENG Tao,BAI Yuzhu,ZHAO Yong,CHEN Xiaoqian and CHEN Lihu 282true 2016/12/31 18:39:26 HUANG Minchao and DU Yunliang 281true 2016/12/31 18:39:26 WANG Dingjie, LYU Hanfeng and WU Jie 280true 2016/12/31 18:39:26 ZHANG Hui, LIU Mengke, FAN Baochun and CHEN Zhihua 279true 2016/12/31 18:39:27 ZENG Kui, GENG Yunhai and XIE Chengqing 278true 2016/12/31 18:39:27 1, CHENG Yuqiang¹, WU Jianjun¹ and LI Shiliang²]]> NIE Yao¹, CHENG Yuqiang¹, WU Jianjun¹ and LI Shiliang² 277true 2016/12/31 18:39:27 YU Dateng, WANG Hua and ZHOU Wanmeng 276true 2016/12/31 18:39:27 YIN Hang, YAN Ye and SONG Xin 275true 2016/11/8 9:36:43 1,2,3, WU Meiping¹ and ZHANG Wei^2,3]]> FANG Baodong^1,2,3, WU Meiping¹ and ZHANG Wei^2,3 274true 2016/11/8 9:36:44 SHENG Tao, BAI Yuzhu, HE Liang, RAN Dechao and ZHAO Yong 273true -1］ for the objective function. While in the optimization of travel pattern, the value of the objective function is monotonically decreasing in the same range. ]]> 2016/11/8 9:36:45 LIU Duoneng, HOU Zhongxi, GUO Zheng, YANG Xixiang and GAO Xianzhong 272true 2016/11/8 9:36:46 ZHAO Tun, WANG Peng, LIU Luhua and WU Jie 271true 2016/11/8 9:36:46 HUANG Minchao and WU Shang 270true 2016/11/8 9:36:47 1, LIU Luhua¹, TANG Guojian¹ and BAO Weimin^1,2]]> HE Ruizhi¹, LIU Luhua¹, TANG Guojian¹ and BAO Weimin^1,2 269true 2016/11/8 9:36:48 WANG Jinlong, WANG Hao, JIANG Kun, TAO Ruyi and WANG Zhengwei 268true 2016/11/8 9:36:49 QU Cheng and WANG Jiangfeng 267true 2016/11/8 9:36:49 1,2, LIU Xiaochun^1,2, TENG Xichao^1,2, LI Xiaoxue^1,2 and LEI Zhihui^1,2]]> CHEN Shengyi^1,2, LIU Xiaochun^1,2, TENG Xichao^1,2, LI Xiaoxue^1,2 and LEI Zhihui^1,2 266true 2016/11/8 9:36:50 DING Zhijian, CAI Hong and ZHANG Wenjie 265true 2016/11/8 9:36:52 1,2, ZHANG Xiaohu^1,2 and YU Qifeng^1,2]]> LONG Gucan^1,2, ZHANG Xiaohu^1,2 and YU Qifeng^1,2 264true 2016/11/8 9:36:55 GE Mingming, ZENG Ming and ZHAO Xiaoyu 263true 2016/9/13 11:24:52 1, LIU Wei¹, DONG Yidao¹, WANG Guangxue^1,2 and DENG Xiaogang¹]]> ZHOU Yunlong¹, LIU Wei¹, DONG Yidao¹, WANG Guangxue^1,2 and DENG Xiaogang¹ 262true θ transition model. A comparisons between calculated results and experiment data indicate that the leading edge vortex begins at a certain distance of the wing apex and the transition has great influence on the onset of leading edge vortex. Using turbulence model without transition, the leading edge separation is delayed much, while with transition model the calculated results show a good agreement with experiment data. With transition model, numerical simulation on VFE-2 rounded leading edge delta wing at variation of the angle-of-attack was carried out. The calculated results which agree well with experiment data show that at a low angle-of-attack, there is no separation-induced leading-edge vortex, but with the increase of angle-of-attack the leading edge separation displays being closer to the trailing edge and moves upstream.]]> 2016/9/13 11:24:52 1,2, WANG Shengye¹, WANG Dongfang¹ and DENG Xiaogang¹]]> WANG Guangxue^1,2, WANG Shengye¹, WANG Dongfang¹ and DENG Xiaogang¹ 261true θ transition model based on high-order WCNS (weighted compact nonlinear scheme) on the platform of high-order numerical wind tunnel. Based on the calibrated transition model, the flow over the low speed airfoil was investigated. Comparison between the calculated results and the experiment data indicates that the γ－Re_θ transition model based on WCNS can predict the location of nature transition, bypass transition or separation transition very well and has low mesh sensitivity; only the transition model can calculate the drag coefficient accurately within a moderate Reynolds number range where the length of the laminar flow region is comparable to that of the turbulent flow region.]]> 2016/9/13 11:24:52 1, WANG Guangxue^1,2, DONG Yidao¹ and DENG Xiaogang¹]]> WANG Shengye¹, WANG Guangxue^1,2, DONG Yidao¹ and DENG Xiaogang¹ 260true 2016/9/13 11:24:52 LI Xiaohua, GUO Zheng, LIU Zhaowei and CHEN Qingyang 259true 2016/9/13 11:24:52 HE Gang and ZHOU Jin 258true 2016/9/13 11:24:52 CHAI Delin, LI Yurun, SUN Zhongguo and XI Guang 257true 2016/9/13 11:24:52 1, WANG Dongfang¹, WANG Guangxue^1,2 and DENG Xiaogang¹]]> DONG Yidao¹, WANG Dongfang¹, WANG Guangxue^1,2 and DENG Xiaogang¹ 256true 2016/9/13 11:24:52 1, DENG Xiaogang¹, WANG Guangxue^1,2 and LIU Huayong³]]> WANG Dongfang¹, DENG Xiaogang¹, WANG Guangxue^1,2 and LIU Huayong³ 255true 2016/9/13 0:00:00 YOU Tianqing, WANG Zhanying, QUAN Xiaobo, BAO Wenchun, XIAO Lu and CHENG Shaohua 254true 2016/9/13 11:24:53 ZHAO Bolin, LIU Kun and ZHANG Li 253true 2016/9/13 11:24:53 1, LI Xuefeng¹ and ZENG Qinghua²]]> ZHOU Weizheng¹, LI Xuefeng¹ and ZENG Qinghua² 252true 2016/9/13 11:24:53 WANG Lei, GE Jianquan, YANG Tao, FENG Zhiwei and LI Zhengnan 251true 2016/9/13 11:24:54 XU Qiuping, WANG Zhongyuan and CHANG Sijiang 250true 2016/9/13 11:24:54 MA Baolin, ZHANG Hongbo, ZHENG Wei and WU Jie 249true 2016/9/13 11:24:54 1, HONG Qiao¹, CHEN Jinzhang¹ and SUN Chuanjie²]]> SUN Ruisheng¹, HONG Qiao¹, CHEN Jinzhang¹ and SUN Chuanjie² 248true 2016/9/13 11:24:54 1,2, SHI Shaoping³ and FENG Junhong^1,2]]> SHEN Chibing^1,2, SHI Shaoping³ and FENG Junhong^1,2 247true 2016/9/13 11:24:54 1,2,3, ZHOU Xiong³, ZHU Bingjie⁴ and PENG Xianghe³]]> WANG Xinzhu^1,2,3, ZHOU Xiong³, ZHU Bingjie⁴ and PENG Xianghe³ 246true 2016/9/13 0:00:00 1,2, ZHANG Qingbin¹, GAO Qingyu¹, TANG Qiangang¹ and YANG Tao¹]]> GAO Xinglong^1,2, ZHANG Qingbin¹, GAO Qingyu¹, TANG Qiangang¹ and YANG Tao¹ 245true 2016/7/7 11:13:54 ZHOU Chao, WANG Yueke, QIAO Chunjie and DAI Weihua 244true 2016/7/7 11:14:07 MA Baolin, WU Jie and ZHANG Hongbo 243true 2016/7/7 11:13:51 HAN Qilong and MA Yang 242true 2016/7/7 11:14:08 1, ZHANG Hongbo¹, LI Yongyuan² and TANG Guojian¹]]> WANG Tao¹, ZHANG Hongbo¹, LI Yongyuan² and TANG Guojian¹ 241true 2 perturbation into account and expanding the target orbit equations into second order Taylor series beside the reference orbit, the angular velocity and the angular acceleration of reference orbit were further deduced and the relative orbit dynamics differential equation was built. After giving the initial value, the second order Runge-Kutta method was used to propagate the relative orbit motion. With the use of numerical integral method, the model can be widely used without any limited condition in relative orbit dynamics model forms; with the use of second order Runge-Kutta method, the computing efficiency is improved while the calculation accuracy is guaranteed. Two simulation scenarios, a low Earth orbit scenario and a high Earth orbit scenario, were designed to testify the generality and precision.]]> 2016/7/7 11:14:09 ZHU Zhenglong, YAN Ye and YANG Yueneng 240true 2016/7/7 11:14:10 YANG Yajun, LIAO Ying and WEN Yuanlan 239true 2016/7/7 11:14:12 ZHANG Yinhui, YANG Huabo, JIANG Zhenyu and ZHANG Weihua 238true 2016/7/7 0:00:00 ZHANG Chongxian, LI Xianglin and LIU Yuqiu 237true 2016/5/6 16:32:20 1,2, WANG Zhenguo^1,2 and SUN Mingbo^1,2]]> ZHONG Zhan^1,2, WANG Zhenguo^1,2 and SUN Mingbo^1,2 236true 2016/5/6 16:32:20 1,2, LI Qinglian^1,2, SHEN Chibing^1,2 and KANG Zhongtao^1,2]]> ZHANG Xinqiao^1,2, LI Qinglian^1,2, SHEN Chibing^1,2 and KANG Zhongtao^1,2 235true 2016/5/6 16:32:20 1,2, LI Qinglian^1,2, ZHANG Xinqiao^1,2 and KANG Zhongtao^1,2]]> CHENG Peng^1,2, LI Qinglian^1,2, ZHANG Xinqiao^1,2 and KANG Zhongtao^1,2 234true 2016/5/6 16:32:20 1,2 and LIU Weiqiang^1,2]]> LIU Hongpeng^1,2 and LIU Weiqiang^1,2 233true 0 is in the range of 0.05～0.20 T. When B₀ is equal to 0.20 T, the stagnation heat flux density and total wall heat flux is reduced by 31.3% and 56.6% respectively, indicating the effectiveness of thermal protection. However, the required coil mass is so heavy that its structure must be optimized to be actually utilized.]]> 2016/5/6 16:32:20 LI Kai and LIU Weiqiang 232true 2016/5/6 16:32:20 1, HU Fan^1,2, PENG Ke¹ and ZHANG Weihua^1,2]]> MENG Zhuxuan¹, HU Fan^1,2, PENG Ke¹ and ZHANG Weihua^1,2 231true 2016/5/6 16:32:20 ZHAO Yanhui and LIANG Jianhan 230true 2016/5/6 16:32:20 1,2 and WANG Zhongwei^1,2]]> LI Xinchun^1,2 and WANG Zhongwei^1,2 229true 2016/5/6 16:32:20 1,2 and SHEN Chibing^1,2]]> FENG Junhong^1,2 and SHEN Chibing^1,2 228true 2016/5/6 16:32:20 1, WANG Dongfang¹, CHEN Yaming² and DENG Xiaogang¹]]> XU Dan¹, WANG Dongfang¹, CHEN Yaming² and DENG Xiaogang¹ 227true 2016/5/6 16:32:22 WU Hai, XIAO Jiayu, XING Suli, WEN Siwei and YANG Jinshui 226true 2016/5/6 16:32:23 WU Jiangtao, MA Zhenyu, HOU Zhongxi and LIU Zhaowei 225true 2016/3/7 9:21:22 PENG Ke, HU Fan, ZHANG Weihua and WU Zeping 224true 2016/3/7 9:21:22 1,3, ZHENG Jianhua¹, LI Mingtao¹, LI Hui², GAO Dong¹ and YU Xizheng¹]]> QIAN Hang^1,3, ZHENG Jianhua¹, LI Mingtao¹, LI Hui², GAO Dong¹ and YU Xizheng¹ 223true 2016/3/7 0:00:00 1, SUN Ruisheng¹, LIANG Zhuo² and BAI Hongyang¹]]> MING Chao¹, SUN Ruisheng¹, LIANG Zhuo² and BAI Hongyang¹ 222true 2018/1/16 17:02:00 GAO Qingyu, ZHANG Qingbin, TANG Qiangang and FENG Zhiwei 221true 2018/1/16 17:02:00 1,2, WANG Lixin¹, FAN Xiaohu², DING Bangping², XUE Liang¹ and WANG Mingjian²]]> LI Xinsan^1,2, WANG Lixin¹, FAN Xiaohu², DING Bangping², XUE Liang¹ and WANG Mingjian² 220true 2018/1/16 17:02:00 1,2, HUA Xianghong¹, LU Tieding³, YU Kegen¹ and XUAN Wei¹]]> HE Xiaoxing^1,2, HUA Xianghong¹, LU Tieding³, YU Kegen¹ and XUAN Wei¹ 219true 2018/1/16 17:02:00 LIANG Yangang and QIN Zheng 218true 2018/1/16 17:02:01 LI Hong, LIU Mingyong and LIU Kun 217true 2018/1/16 17:02:00 1, GUO Yukun^1,2, ZOU Huaiwu² and SHI Hang²]]> XIE Yangmin¹, GUO Yukun^1,2, ZOU Huaiwu² and SHI Hang² 216true 2017/11/7 15:44:02 1, SUN Ruisheng¹, BAI Hongyang¹ and ZHU Gang²]]> MING Chao¹, SUN Ruisheng¹, BAI Hongyang¹ and ZHU Gang² 215true 2017/11/7 15:44:03 1, CUI Huiru², LIU Xiayang¹, YAN Lu¹ and JI Baofeng¹]]> KONG Fanjie¹, CUI Huiru², LIU Xiayang¹, YAN Lu¹ and JI Baofeng¹ 214true 2017/11/7 15:44:03 1,2, LI Jiawen¹, CHEN Yu² and TANG Guojin¹]]> CHENG Tangming^1,2, LI Jiawen¹, CHEN Yu² and TANG Guojin¹ 213true 2017/11/7 15:44:03 1,2, YANG Tao¹, WANG Xiaogang³, ZHOU Guofeng² and YAO Wang²]]> JIN Hongxin^1,2, YANG Tao¹, WANG Xiaogang³, ZHOU Guofeng² and YAO Wang² 212true 2017/9/12 10:09:49 CHANG Xiaohua, JIANG Lujia, YANG Rui, ZHANG Jie and FENG Hai 211true 2017/9/12 10:09:49 1, WU Jinjie², WANG Xiaoyu³, LI Dongxu⁴ and ZHENG Wei⁵]]> CHEN Chen¹, WU Jinjie², WANG Xiaoyu³, LI Dongxu⁴ and ZHENG Wei⁵ 210true 2017/9/12 10:09:49 SHAN Shangqiu, HOU Zhongxi, WANG Peng and GUO Zheng 209true 2017/9/12 10:09:49 1, HE Zhiqiang¹, XIA Chenchao² and CHEN Weifang¹]]> GUO Zhongzhou¹, HE Zhiqiang¹, XIA Chenchao² and CHEN Weifang¹ 208true 2017/9/12 10:09:49 QIU Shi, CAO Xibin and ZHANG Jinxiu 207true 2017/9/12 10:09:49 1,2, WANG Hua¹, Christophe Paccolat² and LI Jiuren³]]> YOU Yu^1,2, WANG Hua¹, Christophe Paccolat² and LI Jiuren³ 206true 2017/9/12 10:09:49 LI Haoge, ZHU Hengwei, WU Changju and CHEN Weifang 205true 2017/9/12 10:09:49 WANG Chaolun, XUE Lin and YAN Xiaoyong 204true 2017/9/12 10:09:49 1, LIU Luhua¹, TANG Guojian¹ and BAO Weimin^1,2]]> HE Ruizhi¹, LIU Luhua¹, TANG Guojian¹ and BAO Weimin^1,2 203true 2017/9/12 0:00:00 1,2, YU Xiongqing¹ and WANG Yu¹]]> YOU Lianxing^1,2, YU Xiongqing¹ and WANG Yu¹ 202true 2017/9/12 10:09:50 1,2, LIU Xiaochun^1,2, LEI Zhihui^1,2, YU Qifeng^1,2 and CUI Wen³]]> CHEN Shengyi^1,2, LIU Xiaochun^1,2, LEI Zhihui^1,2, YU Qifeng^1,2 and CUI Wen³ 201true 2017/9/12 10:09:50 WANG Peng 200true 2017/9/12 10:09:50 1,2, YANG Tao¹, WANG Xiaogang³, LU Xin² and LI Pu^1,2]]> JIN Hongxin^1,2, YANG Tao¹, WANG Xiaogang³, LU Xin² and LI Pu^1,2 199true 2017/9/12 10:09:50 HUANG Min, WANG Zhongwei, GUO Zhenyun and NIU Yaobin 198true 2017/9/12 10:09:50 CHAI Zhenxia, LIU Wei, LIU Xu and YANG Xiaoliang 197true 2017/9/12 10:09:51 LI Xinchun and WANG Zhongwei 196true 2017/7/9 11:57:44 1,2, WANG Zhenguo^1,2, LI Qinglian², XU Wanwu² and ZOU Jianjun²]]> ZHANG Jianqiang^1,2, WANG Zhenguo^1,2, LI Qinglian², XU Wanwu² and ZOU Jianjun² 195true 2017/7/9 11:57:45 1, TAN Shujun² and WU Zhigang^1,2]]> MU Ruinan¹, TAN Shujun² and WU Zhigang^1,2 194true 2017/7/9 0:00:00 1, XIE Yu¹, PENG Shuangchun¹, XU Mingliang² and YUAN Tianbao³]]> PAN Liang¹, XIE Yu¹, PENG Shuangchun¹, XU Mingliang² and YUAN Tianbao³ 193true 2017/7/9 11:57:45 1,2, YANG Leping¹ and CAI Weiwei³]]> LIU Li^1,2, YANG Leping¹ and CAI Weiwei³ 192true 2017/7/9 11:57:45 BAO Wenchun, QUAN Xiaobo, LI Yan, CHENG Shaohua and WANG Zhanying 191true 2017/7/9 11:57:45 1,2, ZHANG Qingbin¹, GAO Qingyu¹ and TANG Qiangang¹]]> GAO Xinglong^1,2, ZHANG Qingbin¹, GAO Qingyu¹ and TANG Qiangang¹ 190true 2017/7/9 11:57:47 FENG Jian, LIU Kun and FENG Yushu 189true 2017/5/11 0:00:00 HUANG Min, WANG Zhongwei and GUO Zhenyun 188true 2017/5/11 16:56:54 XIE Yu, PAN Liang, GU Xueqiang and CHEN Jing 187true 2017/5/11 16:56:54 LIU Bing, YI Taihe, SHEN Zhen and YI Dongyun 186true 2017/5/11 16:56:55 1,2, TANG Guojin¹ and ZHOU Lilin¹]]> LIU Caizhi^1,2, TANG Guojin¹ and ZHOU Lilin¹ 185true 2017/5/11 16:56:55 NIE Yao, CHENG Yuqiang and WU Jianjun 184true 2017/5/11 16:56:55 GAO Qingyu, ZHANG Qingbin, TANG Qiangang and FENG Zhiwei 183true 2017/5/11 16:56:55 1,2, ZHANG Leigang², SHI Jiao² and YU Xiongqing¹]]> LI Baoyu^1,2, ZHANG Leigang², SHI Jiao² and YU Xiongqing¹ 182true 2017/5/11 16:56:55 1, GUO Rui¹, NAN Bohua² and LIU Rongzhong¹]]> ZHOU Hao¹, GUO Rui¹, NAN Bohua² and LIU Rongzhong¹ 181true 2017/5/11 0:00:00 1, YANG Fan¹, WU Yuan¹, ZHU Jun² and HAN Xingzi²]]> WU Zhaocong¹, YANG Fan¹, WU Yuan¹, ZHU Jun² and HAN Xingzi² 180true 2017/3/7 11:55:43 LI Chan, ZHANG Shifeng and ZHANG Lijun 179true 2017/3/7 11:55:43 RAN Dechao, NI Qing, SHENG Tao and CHEN Xiaoqian 178true 2017/3/7 11:55:43 1, LI Haiyang¹, SHEN Hongxin² and PENG Qibo³]]> HE Boyong¹, LI Haiyang¹, SHEN Hongxin² and PENG Qibo³ 177true 2017/3/7 11:55:44 1,2, XIONG Shujie¹ and LIN Baojun¹]]> LI Xiaoyue^1,2, XIONG Shujie¹ and LIN Baojun¹ 176true 2017/3/7 11:55:44 DING Zhijian, CAI Hong and HUANG Shuai 175true 2017/3/7 11:55:44 XU Yongfei and ZHANG Shifeng 174true 2017/3/7 0:00:00 CHENG Tangming, LI Jiawen and TANG Guojin 173true 2017/3/7 11:55:44 WANG Jianhua, LIU Luhua, WANG Peng and TANG Guojian 172true 2017/3/7 11:55:44 CHENG Xinghua, LIU Wei and ZHANG Lilun 171true 2017/3/7 11:55:44 HU Fan, WU Zeping, WANG Donghui and ZHANG Weihua 170true 2017/3/7 11:55:45 SU Ang, ZHANG Yueqiang, YANG Xia and YU Qifeng 169true 2017/3/7 11:55:45 1, JIANG Renwei¹ and ZHI Shijun²]]> SHEN Zhibin¹, JIANG Renwei¹ and ZHI Shijun² 168true 2017/3/7 11:55:45 1,2,3, ZHOU Xiong³, ZHU Bingjie⁴ and PENG Xianghe³]]> WANG Xinzhu^1,2,3, ZHOU Xiong³, ZHU Bingjie⁴ and PENG Xianghe³ 167true 2017/3/7 11:55:45 1, DU Tao², SU Xue³ and CHEN Weifang³]]> CHEN Minkang¹, DU Tao², SU Xue³ and CHEN Weifang³ 166true 2perturbation, a multiple impulsive trajectory optimization strategy was developed on the basis of the Gauss variation equation and with the objective function of minimal fuel consumption. A relative dynamics equation using the orbital element difference was derived, in which the J₂ perturbation and the coupling effects between in-plane and out-of-plane relative movements were considered. The hybrid approach of the genetic algorithm and the sequence quadratic programming was proposed to optimize the total velocity increment. The simulation results show that the hybrid approach is effective, and can obtain the feasible solution efficiently. Since the J₂ perturbation and elliptic reference orbit are considered in the study, the approach has some reference significance for the trajectory optimization of space mission.]]> 2019/1/17 15:43:44 1,2,3, ZHENG Jianhua^1,2,3 and LI Mingtao^1,2,3]]> WANG Youliang^1,2,3, ZHENG Jianhua^1,2,3 and LI Mingtao^1,2,3 165true 2019/1/17 15:43:44 LI Jiawei, WANG Jiangfeng, YANG Tianpeng and JI Weidong 164true 2019/1/17 0:00:00 1, LIU Wei¹ and WU Dong²]]> ZHOU Yunlong¹, LIU Wei¹ and WU Dong² 163true 2019/1/17 15:43:45 ZHANG Bin, FENG Zhiwei, YANG Tao, PENG Wuyu and ZHANG Qingbin 162true 2019/1/17 15:43:45 LIU Longbin, JIA Yicong, WEI Yuan, HU Fan and ZHANG Shifeng 161true 2 norm in connection with system impulse response, a balance between the low and the high frequency modes was achieved to guarantee the dominant of low order vibration and avoid overflow. Considering the bending moment of the body, the bend and torsion of the wings, the different sensor placement indexes were evaluated. Results shows that the sensor placement can be set accurately and effectively, while different modes can also be fully weighted and reflected by the proposed criterion. This method can be used as an optimal tool to set the sensor placement through the whole flight track and it has a great value in engineering application.]]> 2019/1/17 15:43:45 1,2 and YANG Hui²]]> YANG Weiqi^1,2 and YANG Hui² 160true 2019/1/17 15:43:45 1,2, TAN Jianguo¹, ZHANG Zhiwei², ZHU Wei^1,2 and JIANG Hao²]]> MA Song^1,2, TAN Jianguo¹, ZHANG Zhiwei², ZHU Wei^1,2 and JIANG Hao² 159true 2019/1/17 15:43:45 1,2,3, LI Qinglian^2,3, ZOU Jianjun^2,3 and CHENG Peng^2,3]]> KANG Zhongtao^1,2,3, LI Qinglian^2,3, ZOU Jianjun^2,3 and CHENG Peng^2,3 158true 2019/1/17 15:43:45 1, WEI Chao¹ and ZHOU Xuanying²]]> LI Dong¹, WEI Chao¹ and ZHOU Xuanying² 157true 2019/1/17 0:00:00 1, LIN Chunsheng¹, CHEN Chunhang¹ and ZHAI Guojun^2,3]]> JIA Wendou¹, LIN Chunsheng¹, CHEN Chunhang¹ and ZHAI Guojun^2,3 156true 2019/1/17 15:43:46 1, LI Zhenduo^1,2, LI Xiangyu¹ and LU Fangyun¹]]> DING Liangliang¹, LI Zhenduo^1,2, LI Xiangyu¹ and LU Fangyun¹ 155true 2018/11/15 16:12:21 1, LEI Humin¹, ZHANG Dayuan², ZHOU Jin¹ and SHAO Lei¹]]> WANG Huaji¹, LEI Humin¹, ZHANG Dayuan², ZHOU Jin¹ and SHAO Lei¹ 154true 2018/11/15 16:12:21 LI Xiangping, LU Junyong, FENG Junhong, DU Peipei and WU Xiaokang 153true 2018/11/15 16:12:21 1,2, CHEN Hao³, WANG Jie^1,4 and ZHANG Xiaohu^1,5]]> DING Shaowen^1,2, CHEN Hao³, WANG Jie^1,4 and ZHANG Xiaohu^1,5 152true 2018/11/15 16:12:21 LIU Jianghui, LI Haiyang and ZHANG Yakun 151true 2018/11/15 16:12:22 CUI Huiru, SHEN Zhibin and LI Haiyang 150true 2018/11/15 16:12:22 ZHOU Xiang, ZHENG Wei, WANG Peng and WANG Lei 149true 2018/11/15 16:12:22 1,2 and ZHANG Jiashi¹]]> YANG Xixiang^1,2 and ZHANG Jiashi¹ 148true 2018/11/15 16:12:22 CHEN Lili, GUO Zheng and HOU Zhongxi 147true 2019/1/21 16:09:53 ZHEN Ming, YANG Leping and ZHANG Qingbin 146true 2018/9/17 11:14:35 1, SHEN Zhibin¹, LI Jingyu² and LI Haiyang¹]]> SHEN Liulei¹, SHEN Zhibin¹, LI Jingyu² and LI Haiyang¹ 145true 2018/9/17 11:14:35 1, ZHOU Yan¹, LUO Zhenbing¹, XIA Zhixun¹, SHAO Tao² and DENG Xiong¹]]> WANG Lin¹, ZHOU Yan¹, LUO Zhenbing¹, XIA Zhixun¹, SHAO Tao² and DENG Xiong¹ 144true 2018/9/17 11:14:36 1,2, CAO Xiaorui³, ZHANG Hongbo¹ and TANG Guojian¹]]> WANG Tao^1,2, CAO Xiaorui³, ZHANG Hongbo¹ and TANG Guojian¹ 143true 2-perturbation were established in the non-orthogonal coordinate system, and the differential equations of motion under disturbing gravity were established in the orbital coordinate system. The acceleration of upward disturbing gravity was equivalent to the mass deviation of the earth, and introduced into the standard elliptical orbit. The differential equations under J₂-perturbation were modified, and the parameters of the position and velocity were calculated under the analytical solution. The simulation results show that the analytic solution has a higher efficiency, and the position error of impact point is within 20 meters. The analytic solution satisfies the requirement of the real-time guidance and orbit forecast.]]> 2018/9/17 11:14:36 CHANG Xiaohua 142true 2018/9/17 11:14:36 ZHANG Hongliang, YU Xianguo and WANG Zi 141true 2018/9/17 11:14:36 YUAN Xiukai and LIU Wenjie 140true 2018/9/17 11:14:36 1, LIU Rongzhong¹, GUO Rui¹, CHEN Liang¹, YANG Yongliang¹, ZHAO Bobo^1,2 and GAO Ke¹]]> XING Boyang¹, LIU Rongzhong¹, GUO Rui¹, CHEN Liang¹, YANG Yongliang¹, ZHAO Bobo^1,2 and GAO Ke¹ 139true 2018/7/11 12:40:20 1,2, TANG Guojian², LIU Tao¹ and ZHANG Zhang¹]]> TENG Haishan^1,2, TANG Guojian², LIU Tao¹ and ZHANG Zhang¹ 138true 2018/7/11 12:40:20 SUN Qilong, QI Naiming, ZHAO Jun and LIN Haiqi 137true 2018/7/11 12:40:20 1, YANG Tao¹, TU Jianqiu², FENG Zhiwei¹ and ZHANG Bin¹]]> PENG Wuyu¹, YANG Tao¹, TU Jianqiu², FENG Zhiwei¹ and ZHANG Bin¹ 136true 2018/7/11 12:40:20 CHEN Liang, LIU Rongzhong, GUO Rui, YANG Yongliang, XING Boyang, GAO Ke and ZHAO Bobo 135true 2018/7/11 0:00:00 CHAI Zhenxia, LIU Wei, LIU Xu and YANG Xiaoliang 134true 2018/7/11 12:40:20 1, WANG Jingyu¹, Bailey Sean C.C.², WANG Guangxue¹ and DENG Xiaogang³]]> ZHANG Huaibao¹, WANG Jingyu¹, Bailey Sean C.C.², WANG Guangxue¹ and DENG Xiaogang³ 133true 2018/7/11 12:40:20 1, YU Xiang², LIU Kun² and LIU Jiaqi¹]]> LIU Chengguo¹, YU Xiang², LIU Kun² and LIU Jiaqi¹ 132true 2018/7/11 12:40:20 1,2, LI Jiancheng¹, XU Xinyu¹ and YU Nan¹]]> ZHAO Qilong^1,2, LI Jiancheng¹, XU Xinyu¹ and YU Nan¹ 131true 2018/7/11 12:40:20 1, LIAN Yongzheng², LIU Caizhi² and LI Daokui¹]]> ZHOU Lilin¹, LIAN Yongzheng², LIU Caizhi² and LI Daokui¹ 130true 2018/7/11 12:40:20 ZHANG Junyang and GUO Yang 129true 2018/7/11 12:40:21 1, SHEN Zhibin¹ and JIANG Chunzhi²]]> ZHANG Liang¹, SHEN Zhibin¹ and JIANG Chunzhi² 128true 2/GCH₄ single-element splash platelet injector was investigated, and the characteristics of both chamber length and nozzle width of faceplate were studied. The chemical N-S equations were solved for the flow field, and 1-step 9-species chemical dynamic model was used to describe the reaction of methane and oxygen. The results indicate that, the characteristic velocity increases with the increase of characteristic chamber length. Under these design parameters, the corresponding value of chamber characteristic length is about 600 mm. By contrast, when the nozzle width is 0.15 mm, the mole fraction of H₂O has the biggest difference from the theoretical value; the temperatures of flow field increase at the fastest level when the nozzle width equals to 1.05 mm but increase at the slowest level when the nozzle width equals to 0.45 mm. In short, the nozzle width equals to 0.75 mm, the injector can reach the maximum combustion efficiency and the shortest combustion length compared to other cases.]]> 2018/5/11 16:33:56 YIN Liang and LIU Weiqiang 127true 2018/5/11 0:00:00 CHEN Xianhe, XIA Zhixun, HUANG Liya, NA Xudong and WANG Dequan 126true 2018/5/11 16:33:56 1, ZHANG Hairui¹, GUAN Fei^1,2 and ZHAO Changjian^1,2]]> FAN Jingjing¹, ZHANG Hairui¹, GUAN Fei^1,2 and ZHAO Changjian^1,2 125true 2018/5/11 16:33:56 WANG Chaolun, SONG Baohua and CHANG Chao 124true -7m/s², and the residual error of the analytical formula considering the compensation of the apparent acceleration deviation is about 1/3 of the original method, and the computation time is only 1/10 of the numerical integration method.]]> 2018/5/11 16:33:56 WANG Lei, ZHENG Wei and ZHOU Xiang 123true 2018/5/11 16:33:56 1,2, ZHANG Fu², SHEN Zhibin¹ and LI Haiyang¹]]> LI Yongfeng^1,2, ZHANG Fu², SHEN Zhibin¹ and LI Haiyang¹ 122true 2018/5/11 16:33:56 1,2,3, YAN Mengting^1,2, JIANG Xiujie^1,2,3 and AN Junshe^1,2,3]]> GONG Quanming^1,2,3, YAN Mengting^1,2, JIANG Xiujie^1,2,3 and AN Junshe^1,2,3 121true 2018/5/11 16:33:56 1, SUN Leyuan², WANG Jinlin³, HUANG Zhenxin¹ and ZHAO Lei¹]]> JIANG Zhenyu¹, SUN Leyuan², WANG Jinlin³, HUANG Zhenxin¹ and ZHAO Lei¹ 120true 2018/5/11 16:33:57 1, WANG Yue², CHEN Xiaofei¹, GUO Fengming¹ and LENG Yue¹]]> FENG Shaowei¹, WANG Yue², CHEN Xiaofei¹, GUO Fengming¹ and LENG Yue¹ 119true 2018/3/23 11:05:18 1,2, WANG Zhenguo^1,2 and LI Qinglian²]]> ZHANG Jianqiang^1,2, WANG Zhenguo^1,2 and LI Qinglian² 118true 2018/3/23 11:05:18 ZHANG Bin, YANG Tao, FENG Zhiwei, ZHANG Qingbin and GE Jianquan 117true 2018/3/23 0:00:00 ZHANG Zhongzheng, YE Dong and SUN Zhaowei 116true 2018/3/23 11:05:19 1, LI Xuefeng¹ and ZHAO Saijun²]]> ZHOU Weizheng¹, LI Xuefeng¹ and ZHAO Saijun² 115true 2018/3/23 11:05:19 1, XIA Jun^1,2, WU Kegang¹, HU Qigao¹ and CHENG Pan¹]]> SHEN Zhiqiang¹, XIA Jun^1,2, WU Kegang¹, HU Qigao¹ and CHENG Pan¹ 114true 2018/3/23 11:05:19 1, LIN Qiuhong², LIN Guochang¹ and TAN Huifeng¹]]> WEI Jianzheng¹, LIN Qiuhong², LIN Guochang¹ and TAN Huifeng¹ 113true 2018/3/23 11:05:19 1，2, CHANG Xiao¹, GU Defeng¹, DUAN Xiaojun¹ and WANG Zhengming¹]]> JU Bing^1，2, CHANG Xiao¹, GU Defeng¹, DUAN Xiaojun¹ and WANG Zhengming¹ 112true 2018/3/23 11:05:20 GAO Weijin, WANG Liang and LIU Yongguang 111true 2019/9/30 15:58:00 1,2, WU Di^1,2 and AN Junshe¹]]> LYU Liangqing^1,2, WU Di^1,2 and AN Junshe¹ 110true 2019/9/30 15:58:00 1,2, TAN Jianguo^1,2, CHEN Jian^1,2 and ZHANG Zihao^1,2]]> WU Jiping^1,2, TAN Jianguo^1,2, CHEN Jian^1,2 and ZHANG Zihao^1,2 109true 2019/9/30 15:58:00 HUANG Hao, FENG Zhiwei, GE Jianquan, YANG Tao and XU Qiangqiang 108true 2019/9/30 15:58:00 WANG Shunhong, DAI Chenchao, LI Jian and YANG Qisong 107true 2019/9/30 15:58:00 1,2, XU Wanwu^1,2, LI Ping^1,2, ZHANG Fuqiang^1,2, DAI Xuncheng^1,2 and XIAO Li^1,2]]> YE Wei^1,2, XU Wanwu^1,2, LI Ping^1,2, ZHANG Fuqiang^1,2, DAI Xuncheng^1,2 and XIAO Li^1,2 106true 2019/9/30 15:58:00 JIANG Guoqing, CHEN Wanhua and WANG Yuanxing 105true 2019/7/18 0:00:00 MA Weiming, LU Junyong and LI Xiangping 104true 2019/7/18 15:28:48 LI Xiangping, LU Junyong, FENG Junhong, LI Kai and DU Peipei 103true 2019/7/18 0:00:00 1,2, SHEN Chibing^1,2, LI Qinglian^1,2 and ZHU Yuanhao^1,2]]> LI Chun^1,2, SHEN Chibing^1,2, LI Qinglian^1,2 and ZHU Yuanhao^1,2 102true 2019/7/18 0:00:00 1, ZENG Qinghua² and ZHOU Yuchen¹]]> WANG An¹, ZENG Qinghua² and ZHOU Yuchen¹ 101true 2019/7/18 0:00:00 1, WANG Meiqun¹, WU Jun², HU Jie¹ and LI Mingli¹]]> YAO Rui¹, WANG Meiqun¹, WU Jun², HU Jie¹ and LI Mingli¹ 100true 2019/7/18 0:00:00 1, YUAN Zhiyong¹, LIU Zhongle¹ and ZHANG Chong²]]> ZHANG Rui¹, YUAN Zhiyong¹, LIU Zhongle¹ and ZHANG Chong² 99true 2019/7/18 15:28:49 PU Jijun, ZHOU Qidou and LYU Xiaojun 98true 2019/7/18 15:28:49 ZHAO Jiufen, SHI Shaokun, YOU Hao and YANG Qisong 97true 2019/6/13 15:22:19 1, LI Shujun¹, PAN Zongpeng², SUN Yicheng¹ and LI Zhongpan²]]> MENG Fanjun¹, LI Shujun¹, PAN Zongpeng², SUN Yicheng¹ and LI Zhongpan² 96true 2019/6/13 15:22:19 QIU Aihua, ZHANG Tao, QIAO Kuangyi and GU Yidong 95true 2019/6/13 15:22:19 1, LI Qiang¹, LIU Xiaochun² and LI You³]]> CUI Wen¹, LI Qiang¹, LIU Xiaochun² and LI You³ 94true 2019/6/13 15:22:19 YAN Guangyao, LIU Zhiguo, MU Zhitao and LI Xudong 93true 2019/4/24 14:24:47 1,2, LIN Peng², ZUO Linxuan², WANG Xiao^1,2 and TAN Jianguo¹]]> MA Song^1,2, LIN Peng², ZUO Linxuan², WANG Xiao^1,2 and TAN Jianguo¹ 92true 2019/4/24 14:24:48 1,2, ZHU Yan¹, MA Miao¹, RAO Jianing¹, LIANG Yaoming¹ and WANG Wei¹]]> WANG Lianguo^1,2, ZHU Yan¹, MA Miao¹, RAO Jianing¹, LIANG Yaoming¹ and WANG Wei¹ 91true 2019/4/24 14:24:48 1,2,3, LI Qinglian^2,3 and CHENG Peng^2,3]]> KANG Zhongtao^1,2,3, LI Qinglian^2,3 and CHENG Peng^2,3 90true 2019/4/24 14:24:48 LI Xiangping, LU Junyong, FENG Junhong and DU Peipei 89true 2019/4/24 14:24:48 SHEN Binxian, LIU Weiqiang and YIN Liang 88true 2019/4/24 14:24:48 ZHANG Huaibao, WANG Guangxue and WANG Jingyu 87true 2019/4/24 14:24:48 LIU Jianghui and LI Haiyang 86true 3 times compared with original data rate under the circumstances of the sampling rate is 80 MSPS with baseband bandwidth is 1 kHz.]]> 2019/4/24 14:24:48 1,2,3, YAN Jingye², LAN Ailan^1,2 and WU Lin²]]> ZHAO Fei^1,2,3, YAN Jingye², LAN Ailan^1,2 and WU Lin² 85true 2019/4/24 14:24:48 1, TANG Wenhui¹, RAN Xianwen¹, FAN Zijian^1,2 and XIAO Fan³]]> DING Liangliang¹, TANG Wenhui¹, RAN Xianwen¹, FAN Zijian^1,2 and XIAO Fan³ 84true 2019/4/24 14:24:48 1, ZHANG Hairui¹, LI Pu^1,2 and MA Youlin¹]]> SHANG Lin¹, ZHANG Hairui¹, LI Pu^1,2 and MA Youlin¹ 83true 2019/4/24 14:24:48 1,2, ZHANG Huaibao², HUANG Guoping³, WANG Guangxue² and DENG Xiaogang⁴]]> WANG Jingyu^1,2, ZHANG Huaibao², HUANG Guoping³, WANG Guangxue² and DENG Xiaogang⁴ 82true 2019/4/24 14:24:48 KONG Xianren, WU Chen, LI Haiqin and YANG Zhenguo 81true 2019/4/24 14:24:47 1,2 and AN Junshe¹]]> LYU Liangqing^1,2 and AN Junshe¹ 80true 2019/3/15 11:33:33 1,2 and ZHANG Jiashi¹]]> YANG Xixiang^1,2 and ZHANG Jiashi¹ 79true 2019/3/15 11:33:33 1, LI Kui¹, YU Chunrui², YANG Xixiang¹ and HOU Zhongxi¹]]> DENG Xiaolong¹, LI Kui¹, YU Chunrui², YANG Xixiang¹ and HOU Zhongxi¹ 78true 2019/3/15 11:33:33 ZHU Bingjie, YANG Xixiang, MA Zhenyu and DENG Xiaolong 77true 2019/3/15 11:33:33 GUO Tianhao, HOU Zhongxi, WANG Peng and GAO Jun 76true 2019/3/15 11:33:33 1, LI Yun¹, SUN Mingbo¹, WU Ge¹, ZHU Jiajian¹, GAO Qiang² and LI Bo²]]> LIANG Jianhan¹, LI Yun¹, SUN Mingbo¹, WU Ge¹, ZHU Jiajian¹, GAO Qiang² and LI Bo² 75true 2019/3/15 11:33:33 WEN Xun, LIU Jun and XIA Zhixun 74true 2019/3/15 11:33:33 1, YANG Tao¹, WANG Changyue², FENG Zhiwei¹ and TU Jianqiu²]]> PENG Wuyu¹, YANG Tao¹, WANG Changyue², FENG Zhiwei¹ and TU Jianqiu² 73true 2019/3/15 11:33:33 FAN Xiaofeng, WANG Jiangfeng, ZHAO Faming and YANG Tianpeng 72true 2019/3/15 0:00:00 1,2, ZHANG Hangyue^1,2 and ZHAO Rong^1,2]]> YANG Yanchu^1,2, ZHANG Hangyue^1,2 and ZHAO Rong^1,2 71true 2020/12/2 0:00:00 LUO Shibin, LIU Haiqiao, HU Maoqing, DONG Jing 70true 2020/12/2 10:56:12 ZHU Shiyao, GUO Xin, LEI Yongjun 69true 2020/12/2 10:56:12 HE Boyong, SHEN Hongxin, PENG Qibo 68true 2020/12/2 10:56:12 MA Haining, LU Zhengliang, ZHANG Xiang, LIAO Wenhe 67true 2020/12/2 10:56:12 LIU Xianyi, ZHANG Zhili, ZHOU Zhaofa, CHANG Zhenjun 66true 2020/12/2 10:56:12 LIU Xue, SUN Ao, LI Dong 65true 2020/7/6 0:00:00 ZHENG Wei, LI Zhaowei, WU Fan 64true 2020/7/6 0:00:00 CHEN Feiqiang, LU Zukun, CHEN Lei, LI Zhengrong, SUN Guangfu 63true 2020/7/6 0:00:00 GAO Xiang, LIU Heguang, CHEN Zhimin, YAO Xiujuan, WANG Chunmei 62true 1), the cooling effect is strengthened by increasing the ejecting pressure and velocity appropriately. At low ejecting velocity (Ma<0.6), the ejection flows within the boundary layer, and has a weak influence on the main flow field structure; the greater the ejecting velocity is, the bigger the range of cooling is, and the better the cooling effect is. The cooling effect of downstream is better when the ejecting direction is acute angle, and the cooling effect of upstream is better when the ejecting direction is obtuse angle.]]> 2020/7/6 0:00:00 WANG Liyan, TAN Meijing, NIE Liang, JIANG Yunsong, YUAN Ye, WANG Zhenfeng 61true 2020/7/6 0:00:00 SUN Yongjun, WANG Qian, LIU Yiwei, XIE Zongwu, JIN Minghe, LIU Hong 60true 2021/9/29 9:04:40 CHAI Hua, SONG Xumin, ZHAO Qian, HU Tao 59true 2021/9/29 0:00:00 XU Yihang, CHEN Shaosong, ZHOU Hang 58true 2021/9/29 9:04:40 KOU Yingxin, XI Zhifei, XU An, LI Zhanwu, YANG Aiwu 57true 4 pintle engine with rectangular combustor was manufactured. The Euler-Lagrange method was used to simulate the acoustic response produced by transverse velocity disturbance, and the effect of acoustic excitation frequency on the transient spray combustion process was studied before fire tests. Numerical results show that the adopted transverse velocity disturbance can produce the first-order transverse acoustic oscillation response with the same oscillation frequency in the combustion chamber. The response of spray combustion to acoustic excitation can be greatly affected by the relative size of the disturbance frequency and the combustor natural frequency of first-order transverse oscillation mode. When the disturbance frequency and the natural frequency are equal, the pressure and heat of reaction oscillate in phase with the velocity disturbance in the first half of combustor, and the significant increase of pressure oscillation amplitude also causes spray flame to swing synchronously. Meanwhile, there is a tendency to shift from diffusion combustion to premixed combustion in the combustor. Methane burns completely in the shorter distance and the combustor temperature tends to be uniform.]]> 2021/9/29 9:04:40 JIN Xuan, SHEN Chibing, LIN Sen, YANG Lintao 56true 2021/9/29 9:04:40 HU Jiangyu, WANG Ning, ZHOU Jin, PAN Yu 55true 2021/9/29 0:00:00 ZHAO Xiaoyu, XIANG Min, LIU Bo, ZHANG Weihua 54true 2021/9/29 0:00:00 YAN Xiaoting, XIA Zhixun, NA Xudong, SHA Benshang 53true 2021/1/26 15:57:45 WU Nan, WANG Feng, ZHAO Min, MENG Fankun 52true ∞synthesis and equivalent-input-disturbance was proposed to apply to the missile longitudinal control system design. The mismatched disturbance problem was resolved by the establishment of equivalent-input-disturbance system. A disturbance filter and a composite controller were designed through H_∞optimization to realize the disturbance estimation and compensation and simultaneously to guarantee the overall stability of the system. The feasibility and effectiveness of the method was validated by numerical simulation and bias comparison with extended state observer based control and disturbance observer based control methods.]]> 2021/1/26 0:00:00 LI Tong, MENG Zhipeng, LYU Liang, ZHANG Shifeng 51true 2021/1/26 15:57:49 QIU Aihua, QIAO Kuangyi, CHEN Yinyuan, ZHANG Tao〖JZ 50true 2021/1/26 15:57:51 ZHANG Hairui, QIN Meng, ZHOU Guofeng, WANG Hao 49true 2021/1/26 15:57:53 LIU Jinbo, GUO Pengyu, LI Xin 48true 2021/1/26 15:57:55 ZHAO Miao, GAO Yongqi, WU Dixiao, WANG Peng, ZHANG Honggang 47true 2021/1/26 15:57:58 LIU Fengzeng, XIAO Bing, LIU Junjie, WANG Haoran 46true 2021/1/26 15:57:59 WANG Zhixiang, OUYANG Xing, WANG Bin, ZHANG Dapeng, LEI Yongjun 45true 2022/12/1 9:50:48 JIANG Renwei, ZENG Yaoxiang, PAN Zhongwen, LI Daokui 44true 2022/12/1 0:00:00 ZHANG Liang, SHEN Zhibin, YU Kuahai 43true 2022/12/1 9:50:48 LI Kai, LU Junyong, ZHANG Xiao, FENG Junhong, LI Xiangping, DU Peipei 42true 2022/12/1 9:50:48 TONG Kewei, CHENG Binglin, WANG Xiaowei 41true 2022/12/1 9:50:48 WANG Xuwei, LI Zhaojie, ZHANG Yanlei, WANG Yan 40true 2022/12/1 9:50:48 WANG Guangyu, WANG Xiaopeng, WEN Quan, WANG Yushi 39true 0 and a₁, have a significant influence on the cushioning performance, with a positive effect on the first two indicators and a negative effect on the latter one. Further research reveals that the relationship between each of the four lunar soil parameters and the three cushioning performance indicators is an exponential function.]]> 2022/7/20 0:00:00 ZHOU Xuan, ZHOU Shiming, LI Daokui 38true 2022/7/20 0:00:00 WANG Pu, HU Xiangyu, AN Wei, SHENG Weidong, LIN Zaiping, ZENG Yaoyuan 37true 2022/7/20 0:00:00 SONG Chao, FAN Caizhi, WANG Mengmeng 36true 2022/7/20 0:00:00 SHAO Shuai, GUO Zheng, JIA Gaowei, YIN Peng, HOU Zhongxi, ZHANG Laiping 35true 2022/7/20 0:00:00 ZHU Jianwen, ZHAO Changjian, LI Xiaoping, BAO Weimin 34true 5 Pa and 0.029 3×10⁵ Pa, aero engine can directly discharge the upstream gas or be used as the driving gas source for the supersonic ejector system by reasonable selecting the engine layout and working parameters.]]> 2022/7/20 0:00:00 XU Dachuan, YANG Ling, SHI Yu, GU Yunsong, REN Zebin 33true 2022/7/20 0:00:00 MA Weili, HE Yingpeng, CUI Huiru, LI Daokui, SHEN Liulei 32true 2022/7/20 0:00:00 XING Boyang, GUO Rui, HOU Yunhui, LUO Qiang, ZHANG Dongjiang, YANG Zhaobing, XU Weihua, ZHU Guili, CUI Hao 31true 2022/7/20 0:00:00 YIN Liang, DING Jie, LIU Weiqiang 30true 2022/4/1 11:52:57 JIANG Hao, LIU Jun, WANG Junyuan, HUANG Wei, DU Yang 29true 2022/4/1 11:52:57 CHEN Qingquan, FENG Zhiwei, ZHANG Guobin, WANG Xing, ZHANG Qingbin 28true 2022/4/1 11:52:57 GAO Yihang, DUAN Jingbo, LEI Yongjun 27true 2022/4/1 11:52:57 LEI Yongjun, LIU Mingwei, ZHANG Dapeng, GAO Yihang 26true 2022/4/1 11:52:57 WU Xingyu, WEI Yingsan, JIN Shuanbao, WANG Dong, ZHU Hao, HU Pengfei, SUN Fangxu 25true 2022/4/1 11:52:57 LI Dongyang, CHANG Sijiang, WANG Zhongyuan, WEI Wei 24true 2022/4/1 11:52:57 LEI Jingyu, LYU Zhenzhou, JIA Beixi 23true 2022/4/1 11:52:57 WANG Junqi, BAO Futing, CUI Huiru 22true 2022/4/1 11:52:57 YANG Zhiwei, WANG Liangming, ZHANG Xifeng, WANG Yao 21true 2022/4/1 11:52:57 JIANG Tian, LI Jian, GE Sicheng 20true 2024/11/27 0:00:00 SUN Jiejie,WANG Chao,LI Jiawei,JIANG Chuanpeng,CAO Kaihua,SHI Hui,ZHANG Youguang,ZHAO Weisheng 19true 2024/11/27 0:00:00 YANG Yanchu,CAO Shenghong,ZHAO Rong,ZHU Rongchen,SONG Lin 18true 2024/11/27 0:00:00 SUN Mingwei,ZHOU Yu,ZHANG Jianhong,CHEN Zengqiang 17true 2024/11/27 0:00:00 PENG Wenqiang,LUO Zhenbing,ZHOU Xinrun,ZHU Yinxin,ZHOU Yan 16true 2024/6/18 0:00:00 CHEN Qingyang, XIN Hongbo, WANG Peng, ZHU Bingjie, WANG Yujie, LU Yafei 15true 2024/6/18 10:27:57 SUN Weicheng, GUAN Zhenqun, PAN Jiacheng, ZENG Yan 〖JZ 14true 2024/6/18 0:00:00 WU Dong, ZHANG Dapeng, YU Baoshi, LEI Yongjun 13true 2 is more difficult to dissociate than O₂, the mole fraction of N is much lower than the mole fraction of O in the flow filed. Under the current calculation conditions, the ration of nitrogen and oxygen along the wall and axis is almost consistent with the incoming flow. The modeling study results are in good agreement with the experiment results, which verify the reliability of the model.]]> 2024/6/18 10:27:57 HE Qingsong, WANG Guangxing, FENG Rui, DONG Haibo, HUANG Mingxing, JIA He 12true 2024/6/18 10:27:57 ZHAO Yongzhi, ZHANG Puzhuo, DU Haoyu, TANG Pan, WANG Ziyang 11true 2024/6/18 10:27:57 YANG Weiqi, YANG Hui 10true 2024/6/18 10:27:57 MA Yueyin, LI Daokui, NIE Xutao, ZHANG Wei, GAO Xinyu, CHEN Wanhua, CHEN Zhenhua 9true 2024/4/7 0:00:00 HUANG Wei, WU Han, ZHONG Xiangyu, DU Zhaobo, LIU Jun 8true 2024/4/7 0:00:00 YANG Huabo, ZHANG Shifeng 7true 2024/4/7 0:00:00 YANG Weiqi 6true 2024/4/7 0:00:00 NIU Yaobin, WANG Zhongwei, HUANG Wei 5true Ma=2 inflow. The influence of the combustor leading edge expansion angle(θ=30°,45°,60°, 90°) on the propagation characteristics, operating range, and pressure distribution of detonation waves was investigated. The results indicate that the combustion mode is consistently deflagration when the expansion angle of the leading edge of the combustor is 90°. As the expansion angle gradually decreases, the combustion mode transitions towards sawtooth and hybrid mode (including single wave stage). When the expansion angle of the leading edge of the combustor is 30°, the rotating detonation exhibits the widest self-sustaining operating range and highest combustor pressure. Additionally, as the expansion angle decreases, the lower limit of the equivalence ratio for achieving the hybrid mode decreases. At the same time, the impact of combustion modes on the inflow was analyzed and it was found that the periodic high-frequency pressure oscillation in the sawtooth wave/hybrid mode combustor could cause the positioning of leading edge of the shock train in the isolator to move upstream. The hybrid mode has the most significant impact on supersonic inflow.]]> 2024/4/7 0:00:00 WANG Guangyu, LIU Weidong, 刘世杰, PENG Haoyang, ZHANG Hailong 4true Q learning algorithm for maneuver adjustment was designed, and a Tile coding approximator encoding was used to encode the state characteristics space, and the space was linearly approximated. A reverse-order update strategy mechanism combining Q learning algorithm and Monte Carlo method was constructed, the optimal timing of missile maneuvering adjustment was trained. The simulation results show that the strategy obtained by training 10 000 generations of reinforcement learning algorithm can reliably control the adjustment decision of flight trajectory after missile penetration with the minimum maneuver times under given scenario parameters, which verifies the effectiveness of the method.]]> 2024/4/7 0:00:00 FAN Boxuan, CHEN Guiming, HAN Lei, LI Bing 3true 2024/4/7 0:00:00 ZHENG Jingya, AN Junshe 2true 2024/4/7 0:00:00 ZHANG Wanxuan, ZHANG Jian, LU Zhe, XUE Wei, 张楠 1true