1) nitro torpedo
硝铵鱼雷弹
2) torpedo trajectory
鱼雷弹道
1.
For the purpose of improving torpedo trajectory simulation level,this paper introduces the method to associate 3D visualization simulation technology and high level architecture(HLA) distributed simulation standard with traditional torpedo trajectory simulation,and uses the softwares Creator and Vega as assistant tools.
介绍了将3D视景仿真技术和高层体系结构(HLA)分布式仿真标准与传统的鱼雷弹道仿真相结合的方法,并把Creator和Vega软件作为辅助工具,采用Visual C++软件开发建立了基于HLA的分布式鱼雷弹道视景仿真一体化软件环境。
2.
Though we have make much progress on it, there remains many problems to study deeply, of which its supporting software system developing is an important and elementary subject of torpedo trajectory research.
鱼雷弹道是鱼雷综合性能的主要体现，是鱼雷整体设计水平的综合反映。
3.
The models of the torpedo trajectory simulation software based on WISE (Weapon system Integration Simulation Environment) were modularized according to the logic sequence of torpedo trajectory and the function of torpedo subsystem.
基于WISE(武器系统一体化建模/仿真环境)的鱼雷武器弹道仿真软件在设计过程中充分利用了WISE的优点,以模型的模块化及可重用性为原则按照鱼雷弹道逻辑顺序及鱼雷功能模块划分来设计仿真模型,建立了几种鱼雷的水动力学和运动学微分方程组,采用四阶龙格-库塔方法对其进行计算;并根据声纳方程和斯涅尔定律实现了一个简单的水下多目标虚拟水声支撑环境,提出了鱼雷末自导弹道阶段椭球体目标建模方法。
3) anti-torpedo depth charge
反鱼雷深弹
1.
The anti-torpedo depth charge weapon is a kind of lately surface ship anti-torpedo weapon.
反鱼雷深弹武器是水面舰艇对抗鱼雷的一种新的反鱼雷武器,由它组成的鱼雷防御系统可以拦截潜艇发射的声自导鱼雷、线导鱼雷及尾流自导鱼雷。
4) torpedo guidance trajectory
鱼雷尾追式弹道
1.
This paper mainly introduces two method of design and simulation of the torpedo guidance trajectory based on MATLAB/Simulink and Delphi.
主要介绍了基于M ATLAB/S im u link和D e lph i两种途径的鱼雷尾追式弹道的设计与仿真方法。
5) water entry of torpedo missile-like model
鱼雷导弹入水
6) Torpedo underwater trajectory
鱼雷水下弹道
补充资料：二硝酰胺铵
分子式：
CAS号：
性质：密度1.80g/cm3。熔点92℃。140℃分解，175℃左右急剧分解。吸湿性比高氯酸铵大，比硝酸铵小。安定性不如黑索今，与硝化甘油接近。工业上采用氨基磺酸法制造。用作固体推进剂氧化剂，显著提高其能量，降低特征信号。
CAS号：
性质：密度1.80g/cm3。熔点92℃。140℃分解，175℃左右急剧分解。吸湿性比高氯酸铵大，比硝酸铵小。安定性不如黑索今，与硝化甘油接近。工业上采用氨基磺酸法制造。用作固体推进剂氧化剂，显著提高其能量，降低特征信号。
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