1) equipment architecture
装备体系
1.
Using axiomatic design(AD) and TRIZ for reference,the paper combines axiomatic design with TRIZ in application to requirements analysis of weapon equipment architecture in order to achieve innovation research.
为实现武器装备体系创新研究,借鉴公理设计(axiomatic design,AD)理论和发明问题解决理论(TRIZ),将2种理论优势相结合,应用于武器装备体系需求分析中。
2.
Furthermore,the composition and function of near space equipment architecture are supposed.
介绍了临近空间的概念和特点,给出了临近空间装备的概念和分类,设想了临近空间装备体系的构成与功能,指出了发展临近空间装备体系的关键问题。
2) equipment system
装备体系
1.
Research on equipment system of warship brigade combat effectiveness evaluation in complicated electromagnetism environment
复杂电磁环境下舰艇编队装备体系作战效能评估研究
2.
Reference model and formal analysis for requirements of equipment systems
装备体系需求参考模型及形式化分析
3) weapon equipment system
武器装备体系
1.
The paper analyzes the problems in the argumentation of requirements of weapon equipment and discusses the goal of requirements generation of weapon equipment system.
分析了装备需求论证中存在的问题,探讨了武器装备体系需求生成的目标。
2.
In this paper a mathematical programming model is proposed for managing weapon equipment system.
以武器装备的全寿命分析、武器装备作战效能量化的方法为基础 ,用数学规划理论研究武器装备体系的动态变化情况 (包括经费使用、作战能力、完成任务程度、结构比例、规模大小等指标随时间的变化 ) ,探讨了可以评价和优化体系的数学规划模型 。
3.
The evaluating on weapon equipment system is one of the most important aspects of analysis, design and acquisition of weapon equipment system.
武器装备体系评价是武器装备体系分析、设计和采办的重要内容之一,分析了基于智能体方法进行武器装备体系评价建模的优越性,建立了基于智能体的武器装备体系评价模型,基于Swarm复杂性仿真平台开发了仿真应用系统,给出了坦克部队进行阵地争夺战的应用示例。
4) weapon system of systems
武器装备体系
1.
Some opinions of effectiveness assessment for weapon system of systems;
对武器装备体系效能评估的几点看法
2.
As demonstration of evolution of weapon system of systems is a complex problem,value-focused thinking(VFT) is an effective methodology to solve such problem.
武器装备体系的发展论证问题研究是复杂的决策问题,以价值为中心的决策思维方法(value-focused thinking,VFT)是解决该类问题的一种有效途径。
3.
To analysis the requirement of weapon system of systems effectiveyl and rightly,the method of weapon system of systems requirement analysis is provided in the paper.
为了有效、正确地进行武器装备体系需求分析,提出基于多视图的武器装备体系需求分析方法。
5) space equipment system of system
航天装备体系
1.
From two levels of equipment and system of system,the evaluation standard parameters were proposed,and the effectiveness models were built,and the simulation was done;the Agent-based simulation framework of space equipment system of system was built,and based on simulation,the optimization and evaluation of space equipment system of system were r.
航天装备体系化是信息化战争发展的必然趋势,仿真是分析评价这种复杂系统的最好的方法之一。
6) weapons equipment system
武器装备体系
1.
Coupling risk of weapons equipment system based on tolerance analysis;
基于容差分析的武器装备体系耦合风险仿真研究
补充资料:“基洛”级潜艇及潜艇装备
"基洛"级潜艇是俄罗斯红宝石设计局设计的常规动力攻击型潜艇。水面排水量2350吨,水下排水量3000吨。艇长73.8米,宽10米,高14.7米。最大下潜深度300米,工作深度240米,潜望镜深度17.5米艇员52人,自持力45天。动力装置:两台柴油机,一台推进电机和经航电机,七叶低噪声螺旋桨,单轴,装有两组蓄电池,每级120块,分别置于i舱和iii舱,功率2940千瓦(约4000马力)。水面航速11节,水下航速18节,最大航速可达20节,续航力为400海里。艇艏装有6个鱼雷发射管,可另携带12枚备用鱼雷。
中国海军的潜艇: 型号 排水量 数量
夏级(092) (8000吨) 4艘
汉级(091) (5000吨) 5艘
g级(6631) (2350/2950吨) 1艘
k级(kilo877/636) (2350/3000吨) 4艘
武汉a级(33g1) (1350/1700吨) 1艘
明级(035) (1500/1900吨) 10艘
宋级(039) (1700/2250吨) 2艘
r级(6633) (1350/1700吨) 103艘
w级(6603)(退出现役) (1080/1350吨) 15艘
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条