Research on the Metric Instrumentation and the Application of GPS Technology

1、

Study on Correcting Ability of Trajectory Correction Fuze for Spin Stabilized Projectiles

旋转弹弹道修正引信修正能力仿真研究

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2、

Aerodynamic Design and Simulation of Canard for Trajectory Corrected Fuze

弹道修正引信鸭舵空气动力学设计和仿真

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3、

Study on an Algorithm of One Dimension Trajectory Correction Using Damping Ring

一维弹道修正弹阻力环修正控制算法研究

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4、

Research on Carrier-based Double-purpose MMW Remote Controlling Trajectory Correction Munition

双用途舰载毫米波遥控指令弹道修正弹研究

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5、

Research on Control Method for Impulse Engine Experiment of Trajectory Correction Projectile

弹道修正弹脉冲发动机实验控制方法研究

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6、

Design and Simulation Study of Trajectory Correction Fuze Electromechanical Actuator

弹道修正引信用电动舵机设计与仿真

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7、

The Research of Trajectory Correction Technology on Transverse Errors of Rocket Trajectory

火箭弹横向散布的弹道修正技术研究

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8、

An amendatory interior ballistic model taking into consideration motions of the gun

计及火炮运动的内弹道修正模型

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9、

The Study of Trajectory Correction Theory for Simple Control Projectiles

简易控制弹道修正理论研究

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10、

Trajectory Correction Principle Analysis and Simulation Research of High-speed Rotating Projectile

高速旋转弹丸弹道修正原理分析及仿真

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11、

Study of Application of MIMU in Two-dimension Canard Trajectory Correction Fuze

微型惯性测量组合在二维鸭舵弹道修正引信中应用研究

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12、

Calculational Method for Expanded Range of One Dimension Trajectory Correction Fuze

一维弹道修正引信射程扩展量的计算方法

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13、

Design and Simulation of the damping Mechanism for Trajectory Correction Fuze

弹道修正引信阻尼机构的设计与仿真研究

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14、

It expounds the basic principle of achieving trajectory parameter by using MIMU, and discusses mathematical method of achieving trajectory parameter by using MIMU in two-dimension canard TCF.

论述了在二维鸭舵弹道修正引信中利用MIMU获得弹道参数的基本原理，讨论了在二维鸭舵弹道修正引信中利用MIMU获得弹道参数的数学方法。

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15、

Research on Algorithm of Ballistic Parameter for Trajectory Correction Fuze and Analysis of the Precision of MIMU

基于MIMU的弹道修正引信弹道参数解算及对MIMU的精度要求

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16、

Trajectory calculation device based on DSP is designed for one-dimensional TCF ( trajectory correction fuze) according to the requirements of one-dimensional TCF and the algorithm of trajectory identification for trajectory calculation block.

根据一维弹道修正引信对弹道解算模块的要求及一维弹道修正引信弹道辨识算法，设计了基于DSP的弹道解算器硬件和软件。

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17、

Precision Analysis of MIMU in Trajectory Correction Fuze

MIMU在弹道修正引信中的精度分析

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18、

A New Method to Calculate Fast Deployment Time of DCM of One-Dimensional Range-correction Fuzes

一维弹道修正引信DCM启动时间快速计算方法研究

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19、

Improved Design and Simulation in DCM of One Dimension Trajectory Correction Fuze

一维弹道修正引信阻尼修正机构（DCM）的改进设计与仿真

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20、

Predicting trajectory point of fall based on GPS measures part of trajectory is one key technology of trajectory correction fuze adopted GPS.

将GPS接收机应用于弹道修正引信的关键技术之一是根据GPS测量的一部分弹道数据预测弹道的落点。

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