Method of Testing and Analyzing the Dynamic Stabilization Precision in Tank Fire Control System based on Image Processing

坦克 火控系统稳定精度图像测试分析方法大火 被控制到一个稳定的状况

Optical equipment is the a most important part of tank fire control system and the original location of optical equipment is an important process for the maintenance of tank fire control system .

观瞄仪器是 坦克 火力控制系统的重要组成部分，观瞄仪器的原位检测是坦克火控系统的维修保障的重要环节。

The dynamic characteristic testing and performance evaluation of gun control system is main content of performance evaluation of tank fire control system . At the same time the testing instrument is importance to the dynamic simulation of the aim and artillery line .

炮控系统的动态特性测试与性能评估是 战车 火控性能评估的重要内容之一，同时也关系着在6+1自由度液压平台上瞄准线和火炮动态特性仿真能否实现。

Real time texture mapping for tank fire simulator

坦克 射击模拟器中实时纹理映射技术

Back pack pump tank fire extinguisher

小型背负泵式灭火器 四二 火警 箱泵浦消防车中队

Adaptive Filtering and Hitting Solution Problem of Maneuvering Targets in Tank Fire Control System

坦克 火控系统机动目标的自适应滤波与自适应解命中问题

A Knowledge-base System of Tank Fire Control based on Rule Reasoning and Natural Language Understand

基于规则推理和自然语言理解的 坦克 火控知识库系统

Based on the statistics of thousands of oil fire cases the causes for oil tank fire were summarized .

通过对千例石油火灾案例统计分析，获得了石油 储罐 发生 火灾的主要原因。

The system for constant speed pumps without tank fire water supply system .

该系统为调速水泵无 水箱恒压 消防给水系统。

The Development of Tank Fire Control System and Electronic Integration

坦克 火控系统的发展及电子综合化

The Main Control Line of Tank Fire Control System and Gun Control System

坦克 火控系统的控制主线及炮控系统

Study of time predicting model for boilover formation in crude oil tank fire

原油 储罐 火灾扬沸形成时间预测模型研究

Study on the Calibration Operation of 59D Tank Fire Control System

59D 坦克 火控系统的校准操作研究

Application Study on Simulation in the Circuits of Tank Fire Control System with PSPICE

PSPICE在 坦克 火控系统电路仿真中的应用研究

This text analysis the tank fire about the automatic follow of target and information manage system and constitute a kinetic target model . At last a new method was used to realize the optimizing of information manage .

本文通过对 坦克 火控系统的目标自动跟踪与信息处理系统的分析，建立了目标运动模型，并运用一种新方法实现了对信息处理的仿真优化。

Reform and Application of Oil Tank Fire Control Auto-alarm System

油库 消防自动报警系统的改进与应用

This Paper has theoretically analysed curve fitting method of problem to solve trajectory for tank fire control systems and has described some characteristics which the method possessed .

本文对 坦克 火控系统弹道解算问题中的曲线拟合法进行了一定的理论分析，指出了这一方法所具有的某些特性。

Error Analysis of Tank Fire Control System Based on Simulation model

基于仿真模型的 坦克 火控系统误差分析

Acquired conclusion is that using fire control system to automatically measure target angle speed and to fire is a basic method to fire at moving and static targets this method is preferred to use when tank fire control system can operate regularly .

通过对各种射击方法进行精度分析，可以得出结论：使用火控系统自动测量目标角速度并进行射击，是对运动和静止目标射击的基本方法，在 火控系统能够正常工作时必须首先采用。

On Digitization Technology of Tank Fire Control

坦克 火控系统的数字化技术

Error Analysis of Coincidence Firing Gate and Design of Velocity Gate in Tank Fire Control System

坦克 火控系统重合射击门误差分析及速度门设计

A new mathematics model for solving the ballistic problem in real time was brought forward through analyzing the actuality and development of the tank fire control system 's ballistic problem .

论证了 战车 火控系统弹道实时解算技术的现状和发展，提出了现代 火控弹道问题实时解算的新的数学模型。

A Research on Tank Fire Control Simulation System of Distributed Structure

分布式结构的 坦克 火控仿真系统的研究

The oil tank fire prevention and control measures of boilover accidents hazard were discussed in this paper .

对 油罐沸溢 火灾的防治措施进行了探讨。

After listing the accidents of tank fire the importance of pool fire study is indicated .

通过列举 储罐 火灾事故，提出对池火灾进行研究的重要性。

Advanced tank simulator is an integrated test platform that combines various new technology of tank fire control .

前瞻型坦克是一个融入各种 坦克 火控新技术的综合试验平台。

Error Analysis of Tank Fire Control System and Design and Realization of its Simulation System

坦克 火控系统误差分析及仿真系统设计与实现

Study on Intelligent Firing Gate Mathematic Model of Image-stabilized Tank Fire Control System

稳象式 坦克 火控系统智能射击门数学模型研究

Application of PSD in Characteristic Measurement of the Tank Fire Control System

PSD在 坦克 火控系统性能测量中的应用

In this paper the error sources of Tank Fire Control System is analyzed . Based on error analysis a simulation platform was designed and was used in the design process of Fire Control System to support the algorithm of accuracy assignment .

分析了 坦克 火控系统的误差源，并以误差分析问题为背景，设计并实现了一个仿真平台，并将其应用于火控系统设计过程中，为精度分配算法提供支持。