2015/7/4 9:19:34 Wang Xinmin 162true 2015/7/4 9:19:34 Zhang Biao 161true 3 system (MGFC³S) is an advanced Fire-Fighting C³ system controlled by a micro-computer system. (MGFC³S) has been implemented in CHINA and actually put into practical use for the first time. The design of the system is based on C³I theory and technology. Using maps at different level,the system has very high performances and powerful functions，with less money than other ones abroad. This paper outlines the overall design ideas and some major technical problems.]]> 2015/7/4 9:19:56 1, Xu Jie¹, Xue Xiaoyu¹, Zhang Guangrong² and Chen Derong²]]> Wang Honggu¹, Xu Jie¹, Xue Xiaoyu¹, Zhang Guangrong² and Chen Derong² 160true 2015/1/23 11:00:10 Deng Su,Zhang Weiming,Zhang Biao and Dai Changhua 159true 2015/1/23 11:00:21 Sha Jichang 158true 2015/1/23 11:00:21 Zhou Manshu and Sha Jichang 157true 3I systems in the battlefield is presented in this paper. The proposed approach includes modelling，analysis, simulation and data processing methods and techniques. We demonstrate that the effectiveness of C³I systems can be evaluated by properly applying the approach. An canonical example is given as well.]]> 2014/6/11 0:00:00 Luo Xueshan and Su Jianzhi 156true 2014/5/28 0:00:00 Xu Peide and Cui Weihua 155true 2014/1/3 16:01:39 Huang Jun,Wu Zhe and Zhu Rongchang 154true 2013/8/21 9:52:18 ZHAO Xinyu,CHEN Wenwei,ZHANG Weiming and CHEN Weidong 153true 2013/8/21 9:50:03 WANG Zhengyuan,TAN Yuejin,DI Dongning and CEN Kaihui 152true 2013/8/21 9:50:19 ZHOU Hongwei,LI Quan,LI Qun,WANG Weiping and WANG Hao 151true 2013/6/14 9:08:50 WANG Zhengyuan and TAN Yuejin 150true 2O) is described using the formal language LOTOS(Language of Temporal Ordering Specification), and the main properties of C²O and C²O-based systems are defined using ACTL(Action Based Temporal Logical). Then a model-based-verification approach is provided aiming at the above key properties verification. The practical example shows that the new approach is viable.]]> 2013/6/14 0:00:00 DENG Xiaoni,YUAN Weiwei,ZENG Yi and LUO Xueshan 149true 2013/6/14 9:08:26 YANG Dongsheng,LIU Zhong and ZHANG Weiming 148true 4ISR architecture of the antiaircraft missile system is studied. The function units of combat zone are basic nodes of the architecture, the network-centric operation C⁴ISR architecture is composed of three logical networks, namely track-guide network, command-control(C²) network and weapon networks. The function and composition of the logic networks are defined. The architecture is valuable in network centric warfare of the antiaircraft missile system.]]> 2013/5/8 10:45:34 LUO Aimin,XIU Shenglong,LUO Xueshan,SHU Zhen and YI Xianqing 147true 2013/4/22 10:35:44 JIN Guang 146true 2013/4/22 10:35:44 WANG Zhengyuan,LIU Jingxu,TAN Yuejin and SHA Hongbin 145true 4ISR architecture development and research in the field, this paper puts forth the idea of C⁴ISR architecture engineering, i.e. applying the concepts, principles, techniques and methods of engineering to the development and maintenance of C⁴ISR architecture within cost and time constraints. We present the definition of C⁴ISR architecture engineering, and delineate the architecture life-cycle of C⁴ISR system.]]> 2013/4/22 10:35:30 HUANG Li,LUO Aimin and LUO Xueshan 144true 2013/4/10 9:23:44 ZHANG Fan,WANG Jun,LI Jun and JING Ning 143true 2013/4/8 11:10:22 LIU Jingxu,TAN Yuejin and CAI Huaiping 142true 2013/4/8 0:00:00 1,LUO Fei² and LUO Xiaoming²]]> ZHANG Dong¹,LUO Fei² and LUO Xiaoming² 141true 2013/4/8 11:09:50 LI Jin,LIAO Liangcai and TAN Yuejin 140true 2013/3/25 4:57:57 YANG Dongsheng,XIU Baoxin,Peng Xiaohong,LIU zhong and ZHANG Weiming 139true 4ISR system is composed of many subsystems. We use activity model to create the activity adjacency matrix, and path matrix (accessible matrix) of graph theory to recognize the strongly connected components, so as to get the sets of strongly depended activities. The activities in one set should be rearranged in one subsystem. We adopt this approach to recompose the C⁴ISR system.]]> 2013/3/25 4:48:41 XIU Shenglong and LUO Xueshan 138true 2013/3/25 4:48:42 DONG Doudou,ZHOU Jinglun,FENG Jing,GONG Shiyu and ZHOU Zhongbao 137true 2013/3/14 10:39:54 LIU Zhen,DENG su,LUO Xueshan and HUANG Hongbin 136true 2013/3/14 10:39:54 TAN Dongfeng 135true 2013/3/14 10:39:12 CHEN Yingwu,FANG Yanshen,LI Jufang and HE Renjie 134true 4ISR architecture framework defines the products which are used to describe system architecture. It follows that the design of products is an important process of building architecture. Based on C⁴ISR architecture framework, the core products which include Operational Node Connectivity Description, Activity Model, System Interface Description and the like are described normatively. Furthermore, the relationships of products are analyzed, and the methods to validate the design of product are presented.]]> 2013/3/14 10:39:13 LUO Aimin,HUANG Li and LUO Xueshan 133true 2013/3/25 4:46:14 1,YANG Dongsheng²,LIU zhong¹ and ZHANG Weiming¹]]> LIU Hongfang¹,YANG Dongsheng²,LIU zhong¹ and ZHANG Weiming¹ 132true 2013/3/14 10:38:49 CAI Huaiping,LIU Jingxu and CHEN Yingwu 131true 2013/3/14 10:38:49 1,2,LIU Qi¹ and ZHOU Jinglun¹]]> ZHANG Yongqiang^1,2,LIU Qi¹ and ZHOU Jinglun¹ 130true 2013/3/14 10:38:34 WANG Qiang,SHEN Yongping and CHEN Yingwu 129true 2013/3/14 10:38:34 DONG Doudou,ZHOU Zhongbao,FENG Jing,SUN Quan and ZHOU Jinglun 128true 2013/3/14 10:38:34 RUAN Qiming,TAN Yuejin,HE Renjie and CHEN Yingwu 127true 2013/3/14 10:38:34 CAI Yichao,ZHANG Weiming,HE Ling and LIU Zhong 126true 2013/3/25 4:43:42 ZHANG Songbao,ZHANG Weiming,LIU Zhong and HUANG Jincai 125true 2013/3/25 4:43:48 YANG Fengfeng,LIANG Diannong and LIU Jianping 124true 4ISR requirements are, often comprehended and expressed in various ways. Nowadays the results of C⁴ISR requirements development are unsatisfactory. Therefore, the authors put forward a new approach: modeling C⁴ISR requirements based on ontology. In this paper, the ontology of the basic categories and relationships needed to represent C⁴ISR requirements is present. Ontology model and semantic ontology model are included. In particular, the research focuses on clarifying the domain knowledge about C⁴ISR requirements. After that, a procedure for modeling C⁴ISR requirements based on ontology is supplied. Finally, an illustration is provided to show the feasibility,and effectiveness of the approach, indicating its promising prospect.]]> 2013/2/28 5:09:22 ZHANG Weiming and DUAN Caiyu 123true R,Bis constructed jointly by generating a random network on f_R,Band removing nodes from fighting forces' networks, under the condition that the assumptions of Lanchester Model is generalized, and represented as a triple of networks F_R,B=forces R's network I_R∪ forces B's network I_B∪ engagement space f_R,B.In the model the effectiveness of a networked forces relates not only its size and the weapon performance, but also the structure of network and the battlefield in which it operates. An experiment shows that with the same operational assets a scale-free network is more dominant than a random network for both information effectiveness and killing rate but not always wins, the origin is analyzed that the scale-free network is efficiency，robust yet fragile in the conflict system.]]> 2013/2/28 5:09:22 TAN Dongfeng 122true 2013/2/28 5:09:22 ZHAO Zhao,DONG Doudou,ZHOU Jinglun and FENG Jing 121true 2013/2/28 5:09:22 LI Yunfeng,CHEN Xiangguo and WU Xiaoyue 120true 4ISR requirement analysis. In order to cope with this problem, an approach has been put forward in the paper. Firstly, basic concepts were analyzed, the concept of C⁴ISR requirement system was put forward based on concept analysis, and the idea of modeling C⁴ISR requirements was presented. Secondly, elements of C⁴ISR requirements model were studied. Metaclasses in the domain of C⁴ISR requirements and relationships among the metaclasses were distilled and defined. Therefore, C⁴ISR requirements models were designed on purpose to solve C⁴ISR requirement problems. Lastly, the paper provides the process of modeling C⁴ISR requirements based on element analysis. What C⁴ISR requirement models require and how to build the models are clarified. The approach elaborates what the real C⁴ISR requirements are and it can serve as the guideline of modeling C⁴ISR requirements.]]> 2013/2/28 5:09:09 DUAN Caiyu,ZHANG Weiming and YU Bin 119true 2013/2/28 5:09:09 CEN Kaihui,TAN Yuejin,YANG Kewei and LI Mengjun 118true 2013/2/28 5:09:09 1,2,ZHANG Weiming¹,HUANG Jincai¹ and LIU Zhong¹]]> ZHANG Songbao^1,2,ZHANG Weiming¹,HUANG Jincai¹ and LIU Zhong¹ 117true 2013/2/28 5:08:54 1,HU Juntao² and LI Hengfeng³]]> LIU qi¹,HU Juntao² and LI Hengfeng³ 116true 2013/2/28 5:08:54 DONG Doudou,Zhou Jinglun,ZHAO Zhao and ZHOU Zhongbao 115true 2013/2/28 5:08:41 XIU Baoxin,LIU Zhong,ZHANG Weiming and YANG Dongsheng 114true 2012/12/7 2:57:38 GAO Li and SHA Jicang 113true 2012/12/7 2:57:24 JIANG Jun,LUO Xueshan,LUO Aimin and YANG Chunhui 112true 2012/12/7 0:00:00 1,2,WANG Xinfeng² and SUN Zhixin²]]> LU Wei^1,2,WANG Xinfeng² and SUN Zhixin² 111true 4ISR plays an important role for modeling C⁴ISR requirements. Based on 　the analysis of the model for C² process, a conceptual model for C⁴ISR military requirements description is put forward. On the whole, the conceptual model comprises object, subject and modeling. At the same time, the common concepts and terminologies, which are often used to describe C⁴ISR requirements, are defined. With the help of the conceptual model for describing C⁴ISR military requirements, relations among these common concepts and terminologies are explained and clarified. Therefore, constraints and fundamentals for describing C⁴ISR military requirements are presented. Finally, an example about anti-air system is presented, which shows that the conceptual model is highly feasible and promising.]]> 2012/12/7 2:57:08 YU Bin,DUAN Caiyu and RAO Dehu 110true 2012/11/8 3:52:02 QIAO Shidong,HUANG Jincai,XIU Baoxin and ZHANG Weiming 109true 2012/11/8 3:52:18 XU Yongping,YANG Feng and WANG Weiping 108true 2012/11/8 3:52:33 DUAN Caiyu,ZHANG Weiming and YU Bin 107true 2012/11/8 3:52:33 1,CAO Yuhua²,HU Xiaofeng² and LIAO Xinghe²]]> ZHANG Taihua¹,CAO Yuhua²,HU Xiaofeng² and LIAO Xinghe² 106true 2012/11/8 3:52:59 1,ZHOU Houshun² and WANG Shuzong¹]]> WANG Peng¹,ZHOU Houshun² and WANG Shuzong¹ 105true 2012/11/8 3:52:59 ZHAO Qingsong,TAN Weisheng and LI Mengjun 104true 2012/8/28 16:45:11 LIU Zhong,YANG Shan,XIU Baoxin and HUANG Jincai 103true 2012/8/28 16:45:11 LUO Aimin 102true 2012/8/28 16:45:11 XIU Baoxin,LIU Zhenya,ZHANG Weiming and LIU Zhong 101true 4ISR requirements systemically, systems must be classified in particular. However, the taxonomies of systems are still in their early stage, which is not adaptive to C⁴ISR requirements generation. Therefore, a three-dimensional (3-D) taxonomy, which is based on characters of C⁴ISR requirements and evolutionary rules of weapon materiel, is put forward. In 3-D taxonomy, weapon materiel were classified according to three levels of task illegibility, three levels of structure complexity, and three levels of technological uncertainty. Based on the hypothesis that C⁴ISR requirements generation must be adaptive to the type, it is suggested that C⁴ISR requirements generation comprise three modes, which are reproduction, discovery and creation respectively. They can provide the way to be exact, right and advanced respectively. The relation between the modes of generating C⁴ISR requirements and the types is presented. At last, an example is analyzed to illustrate the pattern. The example shows that the pattern is feasible and that C⁴ISR requirements can be generated systemically.]]> 2012/8/28 16:45:11 ZHANG Weiming and DUAN Caiyu 100true 2012/8/28 16:45:11 YAO Li,YUAN Jinping and QI Xuetian 99true 2012/8/28 16:45:11 1,BAO Xiankun¹ and HU Dinglei²]]> TAN Dongfeng¹,BAO Xiankun¹ and HU Dinglei² 98true 2012/8/28 16:45:11 LIU Xiaolu,CHEN Yingguo,LI Jufang and CHEN Yingwu 97true 2012/8/28 16:45:11 XU Yongping,WANG Weiping and YANG Feng 96true 2012/9/19 9:01:23 LI Lingwei,CHEN Tong and GUO Bo 95true 2012/9/19 9:01:36 1,2,ZHOU Jinglun¹ and LUO Pengcheng¹]]> YANG Guang^1,2,ZHOU Jinglun¹ and LUO Pengcheng¹ 94true 2012/9/12 11:15:11 YANG Xiaoling,QIU Dishan,PENG Li and TAN Qun 93true 2012/9/12 11:15:11 1,LU Yanjing¹,GE Bingfeng¹ and TAN Xu²]]> CHENG Ben¹,LU Yanjing¹,GE Bingfeng¹ and TAN Xu² 92true 2012/9/12 11:15:11 Qiao Shidong,LIU Zhong,HUANG Jincai and ZHANG Weiming 91true 2012/8/28 11:51:54 ZHU Yanguang,ZHU Yifan,LEI Yonglin and CAO Xingping 90true 2012/8/28 11:51:54 LIANG Haozhe,HUANG Kuihua,LI Guohui and Zhang Jun 89true 2012/8/28 11:51:55 1,2 and LI Xiaohui²]]> WANG Panqing^1,2 and LI Xiaohui² 88true 2012/8/28 10:29:48 1,2,LUO Xueshan¹,HU Dan² and LV Xiang¹]]> YU Xiaohao^1,2,LUO Xueshan¹,HU Dan² and LV Xiang¹ 87true 2012/8/28 10:29:48 1,FANG Zhigang²,YANG Feng¹,XU Yongping¹ and WU Guodong¹]]> SHI Fuli¹,FANG Zhigang²,YANG Feng¹,XU Yongping¹ and WU Guodong¹ 86true 4ISR system resource and implement decoupling between operational process and military system resource, a service view within C⁴ISR architecture framework based on the research on DoDAF2.0, NATOAFv3.0 and MoDAF1.2 is proposed. Through the formalized description of service view products, this study firstly analyzes the logical relationship between the products within service view. Especially it emphasizes on the formalized description of service interaction process based on OWL-S speciation to adapt to the change of operational process. Furthermore, this paper transforms the evolution description of service interaction process to the change operation of process's ontology description and analyzes the evolution description through the basic and composite change operation finally.]]> 2012/9/13 9:40:52 WANG Lei,LUO Xueshan and SHU Zhen 85true 2012/9/13 9:40:52 XIONG Jian,ZHAO Qingsong,GE Bingfeng and CHEN Yingwu 84true 2012/9/13 9:40:52 1,HOU Bonan²,WANG Bing²,GUO Qin¹ and GUO Jing³]]> LIAO Dongsheng¹,HOU Bonan²,WANG Bing²,GUO Qin¹ and GUO Jing³ 83true 2012/8/28 10:30:14 MA Manhao,ZHU Jianghan,FAN Zhiliang and LUO Xueshan 82true 2012/8/28 10:30:14 1,PENG Li¹,LI Zhimeng¹ and QI Wei²]]> TAN Qun¹,PENG Li¹,LI Zhimeng¹ and QI Wei² 81true 4ISR possess the properties of multi-granularity in development and relating to many application domains. During the phase of development, those simulation models may have pertinent relationship. The current research proposed simulation model system for C⁴ISR systems development, which provided simulation model with standardization description. First, simulation concept model wasestablished, which consists of simulation entity, organization structure, interface junction, information interaction, function, activity and dynamic behavior for simulation entity to reflect C4ISR systems characteristic abstractly. Simulation component model was designed with hiberarchy idea, which is composed of atomic component model and complex component model. Each component model consists of component description and component implement, whose component description adopts formatting form to describe component model roundly. Finally, component model was encapsulated in Web Services and published as simulation model service which is described in formalization. Through simulation model system and model specification description, simulation models of each development phase can be associated organically, which promotes model reuse and interoperability,and improves system development simulation efficiency.]]> 2012/8/28 10:30:13 1,2,YI Xianqing²,LUO Xueshan² and BAI Xiaohui³]]> BAI Xiaoli^1,2,YI Xianqing²,LUO Xueshan² and BAI Xiaohui³ 80true 2012/8/29 10:50:39 MU Liang,ZHANG Weiming,XIU Baoxin and HUANG Jincai 79true 2013/1/11 4:19:31 DU Zhengjun,CHEN Chao and WANG Changchun 78true 2013/1/11 4:19:31 SUN Kai,BAI Guoqing,CHEN Yingwu,HE Renjie and XING Lining 77true 2013/1/11 4:19:31 LI Jiang and LEI Xiaogang 76true 2012/8/28 10:28:45 DU Zhengjun,CHEN Chao and JIANG Xin 75true 2012/8/28 10:28:45 ZHOU Wei,JIANG Ping,LIU Yajie and GUO Bo 74true 2012/8/28 10:28:45 WANG Changchun,CHEN Junliang and CHEN Chao 73true 2012/8/27 9:46:18 JIN Guang,XIAO Lei and LI Haitao 72true 2012/8/27 9:46:18 XIE Wencai,LUO Xueshan and LUO Aimin 71true 2012/8/27 9:46:18 CHEN Yingguo,LIU Xiaolu,CHEN Yingwu and HE Renjie 70true 2012/8/27 9:46:18 ZUO Zhenyu,JIANG Hongli and YE Chunhua 69true 2014/1/8 17:09:36 1,TAN Qun²,LIU Gang¹ and GUO Shaoyang¹]]> LI Zhimeng¹,TAN Qun²,LIU Gang¹ and GUO Shaoyang¹ 68true 2014/1/8 17:09:36 GUO Tong,PENG Jian and XIAO Weidong 67true 2013/11/6 15:57:50 YANG Xiaosong and WU Xiaoyue 66true 2013/8/22 16:54:29 1,GUO Bo¹,WANG Wenbin² and PENG Rui²]]> GUO Chiming¹,GUO Bo¹,WANG Wenbin² and PENG Rui² 65true 2013/8/22 16:54:29 BAI Guoqing,XING Lining,HE Renjie and CHEN Yingwu 64true 2013/7/4 10:40:10 1,2,ZHANG Chong¹ and ZHANG Weiming¹]]> QIAN Gaoxiang^1,2,ZHANG Chong¹ and ZHANG Weiming¹ 63true 2013/7/4 10:40:10 ZHANG Yingxin,CHEN Chao,LIU Zhong and SHI Jianmai 62true 2013/7/4 10:40:11 ZHOU Yu,YANG Kewei,JIANG Jiang and TAN Yuejin 61true 2013/7/4 10:40:11 BAI Liang,XIAO Yandong,HOU Lvlin and LAO Songyang 60true 2013/5/21 9:27:54 ZHANG Xiaoxue,LUO Aimin,HUANG Li and LUO Xueshan 59true 2013/5/21 9:27:54 LONG Yunjun,CHEN Yingwu,XING Lining and ZHANG Zhongshan 58true 2013/5/21 9:27:54 LUO Jiangfeng,ZHU Cheng,CUI Jing,LIU Zhong and ZHANG Weiming 57true 2013/5/21 9:27:54 1,2,BAI Guoqing¹ and CHEN Yingwu¹]]> DONG Xuejun^1,2,BAI Guoqing¹ and CHEN Yingwu¹ 56true 2013/5/21 9:27:54 SU Jiongming,LIU Baohong,LI Qi and MA Hongxu 55true 2013/3/13 9:54:34 1,LI Mengjun¹ and XIANG Chengan²]]> CHANG Leilei¹,LI Mengjun¹ and XIANG Chengan² 54true 2013/3/13 9:54:35 WANG Jianjiang,XU Peide,WANG Huilin and LI Zhimeng 53true c (Early Start Time Algorithm with Chaining) based on early start time solution to solve with a resource feasible solution were given. The incremental EBA algorithm and ESTA^c algorithm were presented to get a feasible solution quickly. Finally, some experiments were presented to prove the validity of the methods. Results show that the efficiency and validity of the proposed methods are better than EBA algorithm and ESTA^c algorithm in solving the problems of resource constraint reasoning.]]> 2015/1/22 16:38:32 1,3,WANG Yun²,CHEN Cheng³ and TAN Yuejin³]]> LIAN Zhenyu^1,3,WANG Yun²,CHEN Cheng³ and TAN Yuejin³ 52true 2015/1/22 16:38:32 SUN Quan,ZHOU Xing,FENG Jing and PAN Zhengqiang 51true 2015/1/22 16:38:32 1,XING Yunyan²,WANG Dong¹ and GONG Shiyu¹]]> JIANG Ping¹,XING Yunyan²,WANG Dong¹ and GONG Shiyu¹ 50true 2015/1/22 16:38:32 YOU Hanlin,LI Mengjun,JIANG Jiang,LUO Jili and XU Jianguo 49true 2015/1/22 15:55:57 李 明,张维明,刘青宝 48true 2014/11/25 10:16:03 CHENG Guangquan,HUANG Jincai,ZHAO Feng and CHEN Saran 47true 2014/11/25 10:16:03 LI Ming,ZHANG Weiming and LIU Qingbao 46true 2014/9/4 17:19:45 1,CHENG HongHui¹,CHENG Tao¹ and LI Hui²]]> SHUI Chao¹,CHENG HongHui¹,CHENG Tao¹ and LI Hui² 45true 2014/9/4 17:19:45 WANG Yanjuan,HAO Zhiyong and YAO Li 44true 2014/9/4 17:19:45 CAO Zewen and DAI Chaofan 43true 2014/7/17 17:22:23 MA Wubin,LIU Mingxing,HUANG Hongbin and DENG Su 42true 2014/7/17 17:22:24 HUANG Jincai,CHEN Saran and CHENG Guangquan 41true 2014/5/14 17:10:49 1,2, ZHU Cheng¹, ZHANG Weiming¹]]> LEI Ting^1,2, ZHU Cheng¹, ZHANG Weiming¹ 40true 2014/3/12 14:49:32 1,2 and WANG Yun^1,2]]> CHEN Chen^1,2 and WANG Yun^1,2 39true 2014/3/12 14:49:33 QI Jianjun,GUO Bo,ZHANG Tao and LEI Hongtao 38true 2015/12/31 10:11:21 1，2 and CHEN Yingwu¹]]> LIU Song^1，2 and CHEN Yingwu¹ 37true 2015/12/31 10:11:22 1, LIU Zhong¹, SHI Jianmai¹, HE Yunyue¹, WANG Yishan² and CHEN Chao¹]]> ZHANG Jiaming¹, LIU Zhong¹, SHI Jianmai¹, HE Yunyue¹, WANG Yishan² and CHEN Chao¹ 36true 2015/12/31 10:11:29 WANG Qiang, WANG Xiaohan, LIU Gang and GENG Huixin 35true 2015/11/9 16:21:59 WANG Xichen, ZHOU Xuejun, ZHOU Yuanyuan, ZHANG Xiao and SU Binbin 34true 2015/6/30 18:53:57 ZHU Zhi, LEI Yonglin and ZHU Yifan 33true 2015/5/16 9:33:24 ZHANG Wangxun, LI Qun, HOU Hongtao and WANG Weiping 32true 2015/3/19 11:35:44 ZHANG Jun,JIANG Jiang and CHEN Yingwu 31true 2015/3/19 11:35:45 1,CHEN Chao¹,LIU Yanjun²,LIU Zhong¹ and BAO Weidong¹]]> YANG Yao¹,CHEN Chao¹,LIU Yanjun²,LIU Zhong¹ and BAO Weidong¹ 30true 2016/12/31 18:39:28 1, GAN Xusheng², DONG Xin² and DAI Zhe²]]> BAI Yan¹, GAN Xusheng², DONG Xin² and DAI Zhe² 29true 2016/7/7 11:14:31 FENG Xiaosheng, ZHANG Chong, CHEN Xiaoying, TANG Jiuyang and GE Bin 28true 2016/5/6 16:32:22 1,2, CAI Zhiming^1,2 and CHEN Yanqiao^1,2]]> JIN Jiashan^1,2, CAI Zhiming^1,2 and CHEN Yanqiao^1,2 27true 2016/5/6 0:00:00 LI Tingpeng, QIAN Yanling and LI Yue 26true 2016/5/6 16:32:22 ZHANG Wangxun, LI Qun, WANG Weiping and Li Haibing 25true 2016/3/7 9:21:22 1, LI Qingmin², LI Hua¹ and SHAO Songshi²]]> XU Li¹, LI Qingmin², LI Hua¹ and SHAO Songshi² 24true 2016/3/7 0:00:00 LAO Songyang, WANG Junde and BAI Liang 23true 2018/1/16 17:02:01 1,3, CHEN Feng², YAO Di² and WU Xiaoyue¹]]> MA Yuefei^1,3, CHEN Feng², YAO Di² and WU Xiaoyue¹ 22true 2017/11/7 0:00:00 1, CHEN Yunxiang¹, XIANG Huachun¹, ZHAO Zhining² and LIU Nian³]]> ZHANG Yangming¹, CHEN Yunxiang¹, XIANG Huachun¹, ZHAO Zhining² and LIU Nian³ 21true 2017/11/10 10:01:13 1, XING Yunyan², ZHANG Li¹ and GUO Liqing¹]]> YAN Hua¹, XING Yunyan², ZHANG Li¹ and GUO Liqing¹ 20true 2017/7/9 11:57:46 1 and LI Hao^2,3]]> LIU Shilei¹ and LI Hao^2,3 19true 2017/5/11 16:56:56 1,2]]> MENG Li^1,2 18true 2017/5/11 16:56:56 YOU Hanlin, LI Mengjun, JIANG Jiang, GE Bingfeng, ZHANG Xueting and XU Jianguo 17true 2017/3/7 11:55:44 ZHANG Xiaoxiong, GE Bingfeng, JIANG Jiang and TAN Yuejin 16true 2017/3/7 11:55:44 1, JIANG Ping², CHENG Zhijun² and GUO Bo²]]> WANG Dong¹, JIANG Ping², CHENG Zhijun² and GUO Bo² 15true 2017/3/7 0:00:00 CHENG Guangquan, LU Yongzhong, ZHANG Mingxing and HUANG Jincai 14true 2017/3/7 11:55:45 1, LI Qingmin, HU Yijun¹, HU Xiaoqi¹ and LIU Xin¹]]> XU Li¹, LI Qingmin, HU Yijun¹, HU Xiaoqi¹ and LIU Xin¹ 13true 2019/1/21 16:09:52 WU Jibing, HUANG Hongbin and DENG Su 12true 2019/1/21 16:09:53 1,2, GE Bingfeng¹ and TAN Yuejin¹]]> ZHANG Xiaoxiong^1,2, GE Bingfeng¹ and TAN Yuejin¹ 11true 2019/1/21 0:00:00 XU Yifan, LYU Jianwei, XIE Zongren and WANG Guangqiang 10true 2019/1/21 16:09:53 1, JIA Xueqing² and WANG Zhongwei¹]]> LIU Jianyin¹, JIA Xueqing² and WANG Zhongwei¹ 9true 2018/9/17 11:14:36 DONG Xiaoxiong, CHEN Yunxiang, MENG Xiangfei and WANG Lili 8true 2018/5/11 16:33:57 WU Yue, ZENG Xiangrong, ZHOU Dianle, LIU Yan, ZHOU Jiaqing and ZHOU Jinglun 7true 2019/9/30 15:58:00 1, CHEN Yunxiang¹, GU Tianyi² and XIANG Huachun¹]]> LUO Chengkun¹, CHEN Yunxiang¹, GU Tianyi² and XIANG Huachun¹ 6true 2019/9/30 15:58:01 HU Jiaxin and YANG Leping 5true 2019/9/30 15:58:01 1,2, XIE Xinlian^1,2 and ZHAO Jiabao^1,2]]> ZHAO Ruijia^1,2, XIE Xinlian^1,2 and ZHAO Jiabao^1,2 4true 2019/4/24 0:00:00 JIANG Wei, SHENG Wen, LIU Shihua and LU Li 3true 2019/3/15 11:33:35 1,2, CHE Fei¹, CHEN Yunxiang¹, HE Zhen³ and ZHU Qiang⁴]]> DONG Xiaoxiong^1,2, CHE Fei¹, CHEN Yunxiang¹, HE Zhen³ and ZHU Qiang⁴ 2true 2019/3/15 11:33:35 1, XIE Xinlian¹, TIAN Cong¹, HUANG Jine² and XU Dong²]]> XU Xiaowei¹, XIE Xinlian¹, TIAN Cong¹, HUANG Jine² and XU Dong² 1true