| 1. | Research on the development environment of hla - based countermeasure simulation system for underwater weapon
水声对抗仿真系统中的数据分发管理 |
| 2. | Multi - target localization is the urgent requirement of exploration system in underwater weapon , which is the basis of anti - counterwork , target recognization , and accurate attack
多目标定位是水下武器探测系统迫切需要具备的能力，它是反对抗、目标识别、精确打击的基础。 |
| 3. | Tcvs integrated the traditional simulation computation with the virtual environment . it is an important part for studying and experimenting in the virtual underwater weapon combat environment
水声对抗三通道视景仿真系统将传统的仿真计算和虚拟环境有机地结合为一体，是水下武器虚拟作战环境研究和试验的重要组成部分。 |
| 4. | The research in this paper has been supported by the supercavitating hydro - mechanics theory on the super - velocity underwater weapon research program administered by the office of nation defense key lab fund ( contract 99js21
本论文的选题来源于国防重点实验室基金课题“超高速水中兵器的超空泡水动力原理研究” ( 99js21 |
| 5. | Multi - sensor information fusion has been developed into an active research field . so it is significant to further get access to this field and apply this technology to the guidance of underwater weapon such as torpedo
本论文介绍了多传感器信息融合技术的发展过程及其在鱼雷等水中兵器中的研究意义和研究现状，综述了信息融合算法以及国内外研究动向。 |
| 6. | In terms of the bonding characters of underwater weapon composite , the main study and conclusions are as the followings . ( l ) the optimization method of composite adhesion for the present of a certain torpedo is established
本文针对水下兵器复合材料胶接的特点，主要研究内容和成果有： 1 )建立以某型号雷体为代表类型的水下兵器用复合材料胶粘剂优选方法。 |
| 7. | The research in this paper has been supported by the super - cavitating hydro - mechanics theory on the super - velocity underwater weapon research program administered by the office of nation defense key lab fund ( contract 99js21 . 1 . hko302 ) , and it is the important part of the program
本论文的选题来源于国防重点实验室基金课题“超高速水中兵器的超空泡水动力原理研究” ( 99js21 . 1 . hko302 ) ，并是该课题研究内容的重要组成部分。 |
| 8. | In this paper , for the bonding between the sling screw - thread - based and composite hull based on the underwater weapon composite , the bonding structure design , process design and leakproof technology between the load - bearing metal parts and composite hull are studied . with the further investigation on tensile test of the sling screw - thread - based the common technology of bonding between load - bearing metal parts and composite hull is obtained , which establishes the experiment and theory base for the technology of underwater and deepwater weapon in china
本文以水下兵器为背景，以某型号雷体吊耳螺纹座与复合材料壳体的胶接为研究对象，着重进行了金属承力件与复合材料壳体的胶接结构设计、工艺设计、胶接防渗技术的研究，并进行吊耳螺纹座拉力试验研究，最终获取了水下兵器用金属承力件与复合材料壳体连接形式的共性技术。 |
