2:Ta₂O₅, using coevaporation. On the basis of our experimental results，we put forward an empirical porosity expression to fit the data of TiO₂:Ta₂O₅ system，and we also improved the calculating procedure of the refractive index of mixed films. The results of theoretical calculations using our empirical porosity expression agree with those of experiments. The results of experiments and theoretical analysis show that it is possible that the mixed films have less porosity than pure thin films，and those films cause a peak in the curve of refractive index of mixed films versus the ratio of the mixed weight.]]> 2015/7/4 9:18:03 Chen Zhe, Gao Bolong, Shi Xiuyu and Wang Jiwu 152true 2015/7/4 9:18:04 Wang Yongzhong 151true 2015/7/4 9:18:04 Zhong Huihuang, Shen Longgen, Li Chuanlu and Liu Cunhua 150true [1]. The conclusions show that it is necessary to consider the leakage of the wave impedance of the water capacitance between electrods to pulse energy of the trigger when the nanosecond pulse breakdown experiment is carried out.]]> 2015/7/4 9:18:04 Li Xiangsheng and Liu Chebo 149true 2015/7/4 9:18:04 Lü Hongsheng and Ling Keliang 148true 2015/7/4 9:18:04 Lv Hongsheng, Jiang Bocheng and Ling Keliang 147true 2015/7/4 9:18:04 Liu Wuming and Lan Maqun 146true 2015/7/4 9:18:04 Sun Fengguo and Yuan Jianmin 145true 2015/7/4 9:18:04 Peng Jian and Zhao Yijun 144true 2015/7/4 9:19:34 He Yiping and Chen Deming 143true no mode in a rectangular waveguide strusture is derived in this paper. The working conditions of the peniotron are investigated and a clearer explanation of the peniotron is made. Based on this，numerical calcnlations of the dispersion equation of the peniotron using TE₂₀ mode are carried out to get the dispersion curves of the peniotron working at the fundamental and the third harmonic synchronous resonance. The curves show that the peniotron has 1.5% growth rate at the fundamental and 0.8% average growth rate at the third harmonic resonance.Further more，the performance of peniotron at the fundamental and the third harmonic resonance are analysed by nonlinear theory，which gives the electron distribution at efficiency saturation. Through large amount of computation，the optimum result is derived: peniotro has 51%high efficiency and QPw=9949.94MW output power at the fundametal，and 11% efficiency and QPw=1741.8MW output power at the third harmonic resonance.]]> 2015/7/4 9:19:34 1, Liu Shenggang¹ and He Yiping²]]> Gong Jianmin¹, Liu Shenggang¹ and He Yiping² 142true 2015/7/4 9:19:34 Wang Min 141true 20db with in 5～15GHz and the absorption curves of perpendicular and parallel polarization at incident angle 0°,20°, 45°and 60°corresponding to these parameters are given.It is proved that good absorption characteristics can be obtained even if some inserted layers' do not absorb，provided that the parameters for all layers are optimized. It is difficult to obtain high absorptivity by purely using electronic or magnetic absorber. “Gradual impedance transition” is not the only method to get good electronic matching. For a transmission material with emergent side being “free space”，a good impedance matching can be obtained only at ε_r≈μ_r when using materials do not possess absorbency.]]> 2015/7/4 9:19:33 Li Chengzu and Tian Chenglin 140true 2015/7/4 9:18:59 Kong Linghua 139true 0:1.64g/cm³，1.45g/cm³),RDX (ρ₀:1.59g/cm³，1.76g/cm³，1.80g/cm³)、RDX/TNT(77/23) (ρ₀:1.75g/cm³),Pentolite (ρ₀ :1.65g/cm³，1.68g/cm³ )and B explosive，and three kinds of media; Fe, Cu and Al are selected.]]> 2015/7/4 9:18:59 1, Li Jian² and Wang Congbin³]]> Wang Chenghong¹, Li Jian² and Wang Congbin³ 138true 2015/7/4 0:00:00 Chen Deming and Wang Min 137true 2015/7/4 9:18:59 Hu Hongbo, Sun Fengguo and Yuan Jianmin 136true 2015/7/4 9:20:30 Wang Shangwu, Shen Yongping and Kuang Huisun 135true 13 with face-centered-cubic structure. Total energies of Al₁₃ are first calculated at various lattice spacings using the M_s-X_a method，after that total energies are fitted using morse potential function，the porameters of which are finally used to calculate the elastic constants of aluminium.The results are: C₁₁=8.83×l0¹¹ dyn/cm² and C₁₂=6.73×10¹¹dyn/cm²，which are in good agreement with ather theories and experiment.]]> 2015/7/4 9:20:31 Zhang Yaping, Tang Rongqi and Zhao Yijun 134true 236U is drawn and analysed in detail. In addition，the inertial mass and frictional tensors are calculated by means of Werner Wheeler method. Finally，the scission point equation of the deformed nucleus is discussed.]]> 2015/7/4 9:20:19 Xing Jingru and Wang Shangwu 133true 2015/7/4 9:20:20 Li Xiangsheng and Li Chuanlu 132true c and the Cu-O plane quantity l is obtained. It is indicated that superconductivity material with high material density N_i⁰ and high electron density N_i⁰ may have high T_c.]]> 2015/7/4 9:20:20 Lu Yanwen 131true c Supeconducting thin film presents a new way of developing infrared detector. In this paper，the principle of high T_c superconducting infrared detector with Nernst effect is analysed and several noise sources is discussed.]]> 2015/1/23 11:00:09 1 and Song Hongfa²]]> Li Shixiang¹ and Song Hongfa² 130true 4He reaction in consideration of the non-equilibrium relaxation process of Tritium in the plasma is calculated. In the calculation，the energy losses of Tritium in plasma，caused by Coulomb Scattering Processes of electrons and variousions is considered，and the fast-ion unified slowing down theory in plasma proposed by C. K. Choi et al.is used to calculate the energy loss rate of Tritium. Both the D(t,n)⁴He reaction of beam-target mechanism in non-equilibrium state and the D(t,n)⁴He reaction in thermal equilibrium state are considered. Neglecting nuclear scattering and the interference between nuclear scattering and coulomb scattering，the calculated results show that，when the temperature of plasma varies in the range of 7.5KeV～20KeV，the correction factor to reaction rate parameter of D(t,n)⁴He in thermal equilibrium state caused by the non-equilibrium relaxation process of Tritium in Plasma is in the range of 1.0062～1.0943，and the higher the temperature of plasma is，the smaller the correction factor is. The results also show that，when the temperature of plasma is fixed，the correction factor slightly increases as the particle number density of plasma increases，but the change is not prominent.]]> 2015/1/23 11:00:09 Yue Zhongwu,Shen Yongping,Wang Shangwu and Kuang Huisun 129true qsm^1/2,1/2,l，which is triple tensor of rank(1/2，1/2，1) for Q (quasispin)，S (spin)，L (orbit angular-momentum)，and a triple scalar operatorv (k₁,k₂,k₃) ie constructed by coupling of triple tensor，Y (k₁,k₂,k₃)= ((bb)^{k₁,k₂,k₃}(bb)^{k₁,k₂,k₃})⁰⁰⁰, the Y (k₁,k₂,k₃) commutates with Q，S and L，then it can be used to further ciassify the coupled states. By appropriate combining Y(k₁,k₂,k₃) with Q²,S²,L²,the set of operators which can clessify completely f-shell is obtained，and the set of operators which can classify in agreement with those of Recah is also obtained.]]> 2015/1/23 11:00:09 Chen Jianhua and Bai Mingfu 128true 2015/1/23 11:00:09 Di Shaoliang,Li Xiabo,xiao Yabin,Huang Yong,Wang Shuyuan and Li Xiujuan 127true 2015/1/23 11:00:10 1,Fang Yude²,Shi Yicai²,Ning Zhaoyuan²,Ren Zhaoxing² and Qiu Lijian²]]> Zhang Jiande¹,Fang Yude²,Shi Yicai²,Ning Zhaoyuan²,Ren Zhaoxing² and Qiu Lijian² 126true 2Cu₃O_7-δ bu1k materia1 by melt-texted growth (MTG) method. Structure ana1ysis and ac. susceptibility measurement show that the crysta1 is preferentially aligned and the temperature is about 92K while the onset demagnetic signal appears. only one single peak of x"appears which shows intragrain loss. The small peak moves to low temperature，the half-width of the peak widen a 1ittle，and the peak becomes stronger when dc.externa1 fie1d varies from 0 to 600 guass，We exp1ained the experimental resu1ts by the magnetic hysteresis loss.]]> 2015/1/23 11:00:32 1,Zen Xinglin²,Cao Liezhao²,Zhang Qirui³,Wang Shunxi⁴ and Wang Yugui⁴]]> Cheng Xiangai¹,Zen Xinglin²,Cao Liezhao²,Zhang Qirui³,Wang Shunxi⁴ and Wang Yugui⁴ 125true 2015/1/23 11:00:32 Wang Yongzhong and Liu Xiaoqing 124true c and the shape factor η on the flow. The obtained conclusions may provide the engineering projection with higher reliability.]]> 2015/1/23 11:00:44 1 and Liu Ciqun²]]> Zhu Wenhui¹ and Liu Ciqun² 123true 0_e，and the relation between Cu-O plane number 1 and U，are traced. Furthermore，this article studies the micromechanism of layer potential-effective Hamiltonian for Cu-O layer，Effective Hamiltonian for Cu-O layer is obtained. The condition for holes (slave-fermions) to be condensed to Cooper pairs is dicussed.]]> 2015/1/23 11:00:44 Lu Yanwen 122true 2015/1/23 10:59:16 Ling Genshen and Liu Yonggui 121true 2015/1/23 10:59:29 1,Chen Piqi²,Zhang Zhenyu¹ and He Zhi²]]> Lu Fangyun¹,Chen Piqi²,Zhang Zhenyu¹ and He Zhi² 120true 2015/1/23 10:59:42 Wang Shangwu,Shen Yongping,Wang Tongquan and Xing Jingru 119true 2 Laser power is the key technology in laser-assisted microvascular anastomosis. The technology which is used to get low CO₂ Laser power from the general CO₂ Laser is presented in this paper. Its main advantages are that Laser power on Laser scalper is modifiable, spot size is controllable and energy density on the light spot is uniform. We give the design principle and an example for practical design in this paper.]]> 2015/1/23 10:59:42 Peng Shengyang and Ju Xinjun 118true 2015/1/23 10:59:42 Wang Chenghong and Zou Ming 117true 198Hg, ^21OPo and¹⁸⁵Re are calculated，the mean mass，root mean square of the mass variance and the most probable values of the fission fragments are given. The calculated results are in agreement with experimental results qualitatively.]]> 2015/1/23 16:03:29 Xing Jingru and Wang Shangwu 116true 2D stark cell under the conditions of no special vibrationproof, thermostatical measurement and cooling the Laser tube by the mechanical pump water. and we proceed with the beat frequeney experiment. The data of the beat frequency are dealt with in real time by computer, and the Laser frequency Locking stabilization is estimated by the Allon square deviation. The results obtained are as follows: The frequency-stabilized stability of system is more than 4×10^-10，when the sample time is 1s and 10s respectively. The frequency-stabilized stability of system is more than 1.7×10^-9，when the sample time is 100ms，10ms and 1ms respectively. The key technology is given in the paper.]]> 2015/1/23 16:03:29 1,Hu Yu² and Zhu Dayong²]]> Peng Shengyang¹,Hu Yu² and Zhu Dayong² 115true 2015/1/23 16:03:28 1,Chen Piqi²,Xue Honglu¹,Wei Yuzhang² and Zhang Zhenyu¹]]> Lu Fangyun¹,Chen Piqi²,Xue Honglu¹,Wei Yuzhang² and Zhang Zhenyu¹ 114true 2015/1/23 16:03:15 Wang Yongzhong 113true 2015/1/23 16:03:15 1,Fang Yude²,Qiu Lijian² and Ren Zhaoxing²]]> Zhang Jiande¹,Fang Yude²,Qiu Lijian² and Ren Zhaoxing² 112true 2015/1/23 16:03:02 Lu Fangyun,Xue Honglu,Chen Piqi,Zhang Zhenyu and Chen Gang 111true 60 and C₇₀ is calculated by using the theory. The quantum ring current theory is compared with the London rign current theory, and the approximation in the London theory is pointed out.]]> 2015/1/23 16:03:03 Jiang Zongfu and Yang Lijia 110true 2015/1/23 16:03:03 Li Xiangsheng,Ling Genshen,Wang Yong and Li Chuanlu 109true 2015/1/23 0:00:00 Zhao Guomin,Zhang Ruoqi and Chen Jibin 108true 2-C₇₆、C_2v-and D₃-C₇₈、C₂-C₈₂、D₂-and D_2d-C₈₄and C₂-C₉₀ is calculated with Gauge invariant molecular orbitals method. The calculation results show that these carbon Cluster molecules have large diamagnetic susceptibility. Thus the π electrons of these molecules have large delocal motion and aromatic character.]]> 2014/6/11 15:46:14 Jiang Zongfu,Yang Lijia,Wang Lijun,Jin Chunying,Zhong Hairong and Li Qiang 107true # steel at the shock pressure of about 230GPa is measured by using optical pyrometer. The measurement results are compared and analyzed.]]> 2014/6/11 15:46:14 Tang Wenhui,Hu Jinbiao,Jing Fuqian and Zhang Ruoqi 106true 2014/6/11 15:43:23 Cao Lihua,Liu Daqing,Chang Wenwei,Yue Zongwu and Zhao Yijun 105true 2O₃ as a buffer layer to make integrated optical polarizers on Ti: LiNbO₃ is presented. The calculating and experimental results are given. The extinction ratio of polarizer>35dB.]]> 2014/6/11 0:00:00 Feng Ying and Ji Jiarong 104true 2014/6/11 15:43:05 Tan Shusheng 103true 2014/6/11 15:43:05 Liu Zejin,Lu Qisheng,Jiang Zhiping,Yan Weixian and Zhao Yijun 102true 2-C₈₄ is proposed. The conclusion explains why the formed ratio of D₂- to D_2d-C₈₄ in the experiment is 2:1. The structure and symmetry and stability of fullerene isomer is discussed.]]> 2014/6/11 15:42:50 Yang Lijia and Jiang Zongfu 101true 4 He reaction with 300 keV deuteron beam energy. By the explanations and analyses of results based on the Monte Carlo Calculation, we obtain the optimal thickness of shield, which slows down neutrons from 14 MeV to 1.0 MeV. The calculated results agree with those of the same kind shields of foreign countries, and have certain value of reference in applied field.]]> 2014/6/11 15:42:50 1,Yang Huazhong² and Su Tongling²]]> Dai Hongyi¹,Yang Huazhong² and Su Tongling² 100true 2014/6/11 15:42:50 Tang Wenhui 99true 2014/5/28 9:49:24 Zhu Wenhui,Xue Honglu and Zhang Zhengyu 98true 2014/5/28 9:49:24 Wang Tongquan,Zhang Shufa,Shen Yongping and Wang Shangwu 97true 2014/5/28 9:49:12 Nie Wansheng and Zhuang Fengchen 96true 3s^-1 and over a temperature range of 20一200℃. The stress and strain can be independently obtained simultaneously. This dropweight-camera system has the capability of providing direct visualisation simultaneously with stress information of the processes occurring during the deformation and fracture of materials.]]> 2014/5/28 9:49:13 1,G.M.Swallowe² and S.Hamdan³]]> Xinwu Zeng¹,G.M.Swallowe² and S.Hamdan³ 95true 52.5db.]]> 2014/5/28 0:00:00 Ji Jiarong and Feng Ying 94true 4He reaction with 300 keV deuteron beam energy. The reflective properties and absorptive properties of neutrons are analysed in the different thickness of the medium of Iron. These explanations and analyses of results have an important value in choosing shield parameters of spheric shell of fast neutron.]]> 2014/5/28 9:49:13 Dai Hongyi,Yang Huazhong,Wang Shangwu and Su Tongling 93true 2014/5/28 0:00:00 Liu Jinliang and Tan Qimei 92true 2014/5/28 9:49:14 Liu Daqing,Cao Lihua,Chang Wenwei and Yue Zongwu 91true 2014/5/28 9:46:39 Lu Fangyun and Xue Honglu 90true 2014/1/3 16:01:52 Li Yongzhong,Zhang Jiande,Zhang Xueshu,Peng Xiangyang and Chen Dongqun 89true 2014/1/3 16:01:27 Shu Ting and Liu Yonggui 88true 2014/1/3 0:00:00 Wang Shangwu and Wang Tongquan 87true 2Cu_2.7Ag_0.3O_7-δ(YBCAO), we have prepared bulk superconducting samples by solid state reaction method. In order to investigate the effect of Ag₂O addition on the property of YBCO, the measurment of the temperature dependance of resistance, XRD and SEM have been used respectively. The results show that the grains become smaller and the superconducting stability is strengthened. In this paper, the results are discussed.]]> 2014/1/3 16:01:27 Liang Linmei,Cheng Xiangai and Hu Yongming 86true d=300～500kV，I_b=0.45～10kA and τ_p =10～10²ns). The microwave is generated in X-band (～10Hz)with radiation efficiency in the order of 10%. The power level is approximately 300MW for its maximum.]]> 2014/1/3 0:00:00 Shu Ting and Liu Yonggui 85true c YBCO superconductor has been studied by means of the measurement of superconductivity (T_c) and the SEM. The experimental results show that the transition from semiconductor to superconductor takes place at the T_co≈90K，the transition width ΔT，is widened and the grains become smaller. We think the influence results from the implused high press of high power microwave. On the one hand，the pinning cores are produced，which hinders the magnetic flux from wriggling，on the other hand. the annealing can improve the connections between grains，which benefits the improvement in the critical current density J_c.]]> 2014/1/3 16:00:52 Cheng Xiangai,Liang Linmei and Hu Yongming 84true 2013/11/18 15:32:46 Wang Tongquan,Shen Yongping,Wang shangwu and Zhang Shufa 83true 2013/11/18 15:33:03 Chen Pingxing 82true 2013/11/18 15:30:33 MAO Yiming,YUAN Shengfu and TANG Wenhui 81true 2013/8/21 9:51:18 1 and MAO Yiming²]]> TANG Wenhui¹ and MAO Yiming² 80true 2013/8/21 9:51:18 1,ZHANG Ruoqi¹,PENG Changxian²,TAN Hongmei² and LIN Peng²]]> ZHAO Guomin¹,ZHANG Ruoqi¹,PENG Changxian²,TAN Hongmei² and LIN Peng² 79true 2013/8/21 9:51:32 HU Dewen,LEI Zhen,FENG Yueliang and WU Zhiyong 78true 2013/8/21 9:51:32 TANG FengLan,TANG Bo and YI Ming 77true 2013/8/21 9:51:44 CHEN Junbin and ZHU Xia 76true 2013/8/21 9:51:44 HUO Qifeng and SHAO Fuqiu 75true 2013/8/21 9:51:44 ZENG Jiaolong and YUAN Jianmin 74true 2013/8/21 0:00:00 HU Dewen and LEI Zhen 73true 2013/8/21 9:52:03 LIU Lie,LIU Yonggui and YANG Jiankun 72true 2013/8/21 9:52:03 YANG Hanwu,ZHONG Huihuang and ZHANG Jiande 71true 2013/8/21 9:52:03 LIU Song,LIU Yonggui,SHU Ting and QIAN Baoliang 70true 2013/8/21 0:00:00 HUANG Hua and JIANG Zongfu 69true 2013/8/21 9:52:19 ZHUO Hongbin,CHANG Wenwei and ZHUO Hongchun 68true 2013/8/21 9:52:33 WANG Tongquan,ZHANG Ruoqi,SHEN Yongpin,DAI Hongyi,ZHANG Wenyong and XIAO Yabin 67true 2013/8/21 9:52:33 LI Yongzhong,ZHANG Jiande,LI Chuanlu,LIU Jinliang and LI Jijian 66true 2013/8/21 9:52:33 ZHOU Shaoping,LIU Yonggui,LI Chuanlu and QIAN Baoliang 65true 2013/8/21 9:50:03 XU Mingli,ZHANG Ruoqi and ZHANG Guangying 64true 2013/8/21 9:50:03 DAI Hongyi,LI Chengzu and CHEN Pingxing 63true 2013/8/21 9:50:35 ZHANG Guangying and ZENG Xinwu 62true 2013/8/21 9:50:35 YANG Hanwu,ZHONG Huihuang and ZHANG Jiande 61true 2013/8/21 9:50:53 LIU Lie,LIU Yonggui and ZHANG Yazhou 60true 2013/8/21 9:50:53 YUAN Chengwei and LING Genshen 59true 2013/6/14 9:08:50 YUAN Haijun,ZHONG Huihuang and ZHOU Weihong 58true 2013/6/14 9:08:50 WANG Honggang,ZHANG Yazhou and CHEN Yuzhong 57true 2013/6/14 9:08:50 YIN Yan and CHANG Wenwei 56true 2013/6/14 9:08:50 1,CUI Weifeng¹,XIANG Dong² and ZENG Xinwu¹]]> CAI Qingyu¹,CUI Weifeng¹,XIANG Dong² and ZENG Xinwu¹ 55true 2013/6/14 9:08:14 1,ZENG Xinwu¹ and HU Yongle²]]> CAI Qingyu¹,ZENG Xinwu¹ and HU Yongle² 54true 2013/6/14 9:07:50 HE Xuzhao,YI Shihe and REN Bing 53true 2013/6/14 9:07:50 CHEN Qianrong and ZHOU Jinpeng 52true 2013/6/14 9:07:50 QI Gongjin,YANG Shengliang,BAI Shuxin and ZHAO Xun 51true 2013/5/3 9:19:52 ZHANG Rouqi,TANG Wenhui,ZHAO Guomin,SHI Zhiyong,SUN Yan and GONG Changchao 50true 2013/5/3 9:19:52 SHI Zhiyong,TANG Wenhui,ZHAO Guomin and ZHANG Rouqi 49true 2013/4/27 3:07:23 WANG Gang,ZHAO Honggang,WEN Jihong and HAN Xiaoyun 48true 2013/4/27 3:07:23 ZHAO Honggang,LIU Yaozong,HAN Xiaoyun,WEN Jihong,WANG Gang and YU Dianlong 47true 2 molecular in the second flowfield are compared. When the mass fraction of iodine molecular in the He-I₂ mixed gas is about 54%, using LIIF to measure the mixed mechanism of HTLTE nozzle in DF/HF chemical laser is more precise.]]> 2013/4/27 3:07:23 SHI Jianhua,JIANG Zongfu,YUAN Shengfu and HUA Weihong 46true 2013/4/27 0:00:00 HU Biru,WU Wenjian,MAN Yahui and LI Meng 45true 2013/4/27 3:07:06 LIU Zhenxiang,SHU Ting,ZHANG Jiande and QIAN Baoliang 44true 2013/4/22 10:35:44 SONG Jiangjie and ZENG Xinwu 43true 2013/4/22 10:35:30 1,2,SUN Jinzuo¹ and SUI Pengfei¹]]> DAI Zhenhong^1,2,SUN Jinzuo¹ and SUI Pengfei¹ 42true 2013/4/22 10:35:30 MEI Luoqin,ZENG Chun,YE Weimin,YUAN Xiaodong,ZHU Zhihong,ZHANG Wanyun and WANG Hua 41true 2013/4/8 11:10:21 XU Zhihong,TANG Wenhui and LUO Yong 40true 2013/4/8 11:10:21 GAO Qiang,YAN Dunbao,YUAN Naichang and ZHANG Guohua 39true 2013/4/8 11:09:49 HAN Kaifeng,YIN Zian and ZENG Xinwu 38true 2013/3/25 4:48:27 1,ZENG Xinwu¹ and WANG Pei²]]> TAN Xiaoli¹,ZENG Xinwu¹ and WANG Pei² 37true 2013/3/14 0:00:00 DAI Mengyan,WU Wenjian and HU Biru 36true 2013/3/25 4:43:54 LI Xiangyu,LU Fangyun,WANG Zhibing,LU Li,TIAN Zhandong and LIN Yuliang 35true 2013/2/28 5:08:40 WANG Ruifeng,LU Fangyun,LIN Yuliang and CHEN Rong 34true 2012/12/7 2:58:06 1 and ZENG Xinwu²]]> YAN Bo¹ and ZENG Xinwu² 33true 2012/11/8 3:52:31 1,LU Fangyun¹,LI Xiangyu¹ and CHEN Hong²]]> GONG Bailin¹,LU Fangyun¹,LI Xiangyu¹ and CHEN Hong² 32true 2012/9/13 9:40:51 YAN Luhui,FENG Xingmin,XIA Qingbo and Kong Xiaopeng 31true 2012/9/13 9:40:51 SUN Lin and YUAN Jianmin 30true 2014/1/8 17:09:36 ZHANG Jiawei,XIONG Lu and GONG Shenguang 29true 1) were obtained with numerical simulation, and the above parameters with the variation of the initial impact conditions were also studied. The empirical equations which relate these parameters to impact parameters, such as velocity, material parameters of projectile and target and plate thickness, were obtained based on dimensional analysis.]]> 2013/11/6 15:57:51 1,ZHANG Qingming²,WU kegang¹ and LI Bihong¹]]> WANG Qingtao¹,ZHANG Qingming²,WU kegang¹ and LI Bihong¹ 28true 2013/11/6 15:57:51 GAO Dongbao and ZENG Xinwu 27true 2013/11/6 15:57:51 1,YANG Dong¹,JIANG Yaqin¹,SHEN Zhi¹,YANG Lijia² and OUYANG Jianming¹]]> LIU Zhenxiang¹,YANG Dong¹,JIANG Yaqin¹,SHEN Zhi¹,YANG Lijia² and OUYANG Jianming¹ 26true 2013/3/13 9:54:33 1,LU Fangyun¹ and LI Xiangyu^1,2]]> WANG Mafa¹,LU Fangyun¹ and LI Xiangyu^1,2 25true 2015/1/22 16:38:31 KONG Xiaopeng,ZENG Xinwu and TIAN Zhangfu 24true 2015/1/22 16:38:31 YAN Luhui,ZHANG Yuwu and ZHU Lin 23true 2014/9/4 17:19:45 TIAN Zhangfu,ZHAO Yun,GONG Changchao and SUN Haiyang 22true 2015/11/9 16:21:58 1,2, RAN Xianwen², TANG Wenhui², YU Guodong³, LI Zebin² and CHEN Weike³]]> FAN Zijian^1,2, RAN Xianwen², TANG Wenhui², YU Guodong³, LI Zebin² and CHEN Weike³ 21true 2015/5/16 9:33:25 XIAO Wenbin and DONG Wencai 20true 2015/3/19 11:35:44 CAO Lei,WEN Xuejun,LU Fangyun,QIN Jingui and CHEN Rong 19true 2015/3/19 11:35:44 ZHENG Xiaomei and ZENG Xinwu 18true 2016/9/13 11:24:54 WU Hao and OU Yongpeng 17true 2018/1/16 17:02:02 MA Chengbiao and LIN Qizhao 16true 2017/11/7 15:44:04 1,2, YANG Jun^1,2, LUO Yukun^1,2, JIA Aiai^1,2, WEI Chunhua^1,2 and LI Zehuan^1,2]]> HU Qingqing^1,2, YANG Jun^1,2, LUO Yukun^1,2, JIA Aiai^1,2, WEI Chunhua^1,2 and LI Zehuan^1,2 15true h<1. If F_h>1, only divergent wave patterns are found in the far field. The influence scope of propagating waves above can be determined by the Kelvin angle whose degree changes with depth Froude number and increases to 90 degrees near the critical depth Froude number F_h=1. Based on the geometrical parameters, such as ship model particulars, relative position of two ships and tank breadth, a discriminant method is proposed for two ship models advancing parallel in calm water of finite depth, which is taken the side wall effects into account in towing tank. In this discrimination method, the interferences of the reflected steady waves from the tank walls, which may act on both ships, are also considered. Under the experimental conditions, the side wall effects are examined in a two-model test.]]> 2017/9/12 10:09:51 XIAO Wenbin, LIU Wei, CHENG Xinghua and WANG Yongxian 14true 2017/7/9 11:57:47 1,2, SHEN Peihui¹ and WANG Xiaoming¹]]> XUE Jianfeng^1,2, SHEN Peihui¹ and WANG Xiaoming¹ 13true 2017/7/9 11:57:47 1, LUO Jia^1,2, XIAO Xiao¹ and SUN Fangfang¹]]> CHEN Zhiping¹, LUO Jia^1,2, XIAO Xiao¹ and SUN Fangfang¹ 12true 2017/5/11 16:56:56 WU Hao, DONG Wencai and OU Yongpeng 11true 2017/5/11 16:56:56 MA Chengbiao and LIN Qizhao 10true 2017/5/11 16:56:56 XU Binbin, TANG Wenhui, MA Yanyun, YANG Xiaohu, GE Zheyi and ZHAO Yuan 9true 2019/1/17 15:43:46 ZHANG Jianchun and WANG Xiangjun 8true 2019/1/21 16:09:52 1,2, LIU Zhenxiang³, SHU Ting¹, YANG Lijia¹, SHEN Zhi³ and OUYANG Jianming³]]> YANG Dong^1,2, LIU Zhenxiang³, SHU Ting¹, YANG Lijia¹, SHEN Zhi³ and OUYANG Jianming³ 7true 9 m^-3 to 1×10¹⁹m^-3, and the average electric field strength will decrease from the original value to zero abruptly in a very short time. Moreover, the threshold field strength and minimum generation time in the changing process are considered to study the dispersion effects. As a result, the threshold strength and generation time are vary with the frequency. In addition, it can be admitted that the threshold strength increases linearly and the generation time grows nonlinearly with the frequency of incident wave with further research.]]> 2018/9/17 11:14:35 1, CHENG Li¹, MA Zhiwei², WANG Jiachun¹ and SHI Jiaming¹]]> LI Zhigang¹, CHENG Li¹, MA Zhiwei², WANG Jiachun¹ and SHI Jiaming¹ 6true 2018/7/11 12:40:21 ZHU Wubing, ZHUANG Jinwu, ZHAO Wenchun, LIU Shengdao and ZHOU Guohua 5true 2019/7/18 0:00:00 ZHU Bofeng, LU Junyong, ZHANG Xiao, WANG Xin, DAI Yufeng, MA Tao and WANG Jie 4true 2019/7/18 15:28:49 LIU Wei, XIAO Wenbin, CHENG Xinghua, WANG Yongxian and ZHANG Lilun 3true 2019/7/18 15:28:49 1, WANG Xiangjun¹, ZHANG Jianchun¹, LIU Chunyang¹ and MIAO Hai²]]> XU Qinglin¹, WANG Xiangjun¹, ZHANG Jianchun¹, LIU Chunyang¹ and MIAO Hai² 2true 2019/6/13 15:22:19 WANG Xiangjun, ZHANG Jianchun and XU Qinglin 1true