叙述弹道测量阵列的构成原理及相应测量理论。
The paper describes a formation principle of the trajectory measuring array and its corresponding survey theory.
本文提出了一种武器试验靶场外弹道测量方法。
The papers put forward a measure method of outside trajectory in weapon test range.
在弹道测量中，高速数字图像数据的获取有重要意义。
High-speed digital video acquisition is important for the image inspection in ballistic trajectory.
光学雷达是靶场试验外弹道测量系统中的主要设备之一。
The optical radar is one of the main equipments in shooting range test outside trajectory measurement system.
光电经纬仪测量元素误差是外弹道测量中最主要的误差源。
Measurement error from the photoelectric theodolite is the main error in the ballistic trajectory measurement.
本文主要分析影响某弹道测量与修正雷达系统测角精度的误差因素。
This paper analyzes the impact of a radar system trajectory measurement and correction of error Angle measurement accuracy factor.
分析了基于GPS外弹道测量方法的不足，并提出了相应的应对措施。
The disadvantages of the method introduced were analyzed. The relative counter-measures were put forward.
本文介绍了某相控阵弹道测量雷达的天线平台高精度调平装置的结构设计。
The structure design of a leveled unit with high accuracy for the antenna pedestal of a phased array ballistic measurement radar is introduced, several schemes are compared in this paper.
飞行器制导精度评估，特别是航天器的姿态与定点控制、落点预报等，都离不开高精度的外弹道测量数据。
Assessing the accuracy of guidance system, especially controlling of missile's attitude and station keeping maneuver and landing point forecasting all rely on the reliable trajectory measurement.
导弹仪器替代远程目标是以弹道导弹的相似大小和几何形状，但包括一系列传感器来记录和测量激光性能。
The Missile Alternative Range Target Instrument is similar in size and geometry to a ballistic missile, but with a section of sensors to record and measure the laser performance.
为了保证外弹道的测量精度，就应对光电经纬仪的测量精度进行合理设计。
In order to measure ballistic trajectory accurately, the measurement precision of the photoelectric theodolite should be investigated.
根据中段弹道目标的运动学特性，结合室内缩比模型RCS静态测量数据，提出了一种雷达目标动态rcs仿真的方法。
According to the kinetic characteristic of targets in midcourse and the RCS data of static measurement of the model, a simulation method for dynamic RCS data of radar targets is proposed.
主要研究空间预警系统利用星载红外传感器的视线测量估计弹道导弹自由飞行段弹道的问题。
By using the line of sight (LOS) measurements from space based infrared sensors, free flight phase trajectory estimation problem of ballistic missile is studied.
尤其是在对子母弹子弹群的近地弹道参数及落点的测量中，通过后期处理，可快速精确地报出各子弹的落点坐标。
Particularly for the measurement of near-earth ballistic parameters and impact points of shrapnel, it can accurately report the impact point coordinates of various bombs through post-processing.
研究利用无线电引信弹道监测原理进行长路径弹丸转速的测量方法和工程实现途径。
The method and its engineering realization of measuring long distance projectile rotating speed by means of radio fuse trajectory monitoring principle are developed.
提高压力测量的精度，能够促进内弹道理论研究。
Increasing the pressure measurement accuracy, it can promote the research of the internal ballistic theories.
针对弹道散布范围大或被测飞行物体尺寸大的测速场合，介绍了一种实现大面积有效靶区激光光幕速度测量的方法。
A novel Laser screen velocity measuring method with large effective screen area is introduced for some special velocity measuring occasions like wide spreading range or big-size flying objects.
对于测量数据常带有误差偏大的异常值的情况，采用基于弹道参数的数据检择算法，实现了对长时间有相关特性的成片野值的剔除。
In the occasion of too large abnormal values in measurement data, the data matching check algorithm based on trajectory parameters is used to remove the outliers of long stretches.
在靶场测试中，利用光学测量设备获得的图像，如电影经纬仪、高速摄影机拍摄得到的胶片图像，弹道相机拍摄得到的干板图像等统称为光测图像。
In the test of shooting range, it is called optics measure image which we have gotten images through using optical equipment as film altazimuth -, high speed film equipment -. trajectory camera.
修正过程中首先要采用某种测试手段在飞行弹道上逐点进行诸元测量。
A kind of measurement would be used to measure ballistic parameters on different points of trajectory for this correction.
应用这些公式，可通过静态测量火炮内径改变量的方法确定不同磨损程度火炮的内弹道性能变化。
Using these formulas, the ulterior ballistic performance variation of the gun in different wearing degree can be predicted by measuring the land diameter wear figure.
利用图像处理技术针对累计弹孔成像，解决成组射击弹道坐标的自动测量问题。
The problem that ballistic coordinates of assembly firing were measured automatically was resolved in a cumulate holes image by the technology of image processing.
为了研究弹道修正查阅了大量的惯性测量技术相关文献，收获颇丰。
To study trajectory correction, we looked up amount of documents on inertial measurement technology, and had learnt a lot from that.
多弹道目标跟踪伴随着速度快、密集程度高以及测量误差大等因素，在跟踪过程中发生航迹中断是一个很普遍的现象。
Track breakage is a common issue in a multiple ballistic target tracking scenario with high speeds, high densities and large measurement errors.
弹道摄影测量中，有时出现两个观测站的测量数据时间不同步的现象，此时数据不能用于正常处理。
During trajectory-tracking photographic measurement, on occasion comes forth the problem that the tracking stations time is asynchronous, so the data cant be put into usual processing.
旋转弹外弹道自转角速度的实时测量是弹道修正引信弹道解算器设计的重要环节之一。
The new method of measuring angular velocity of spinning projectile in exterior trajectory was proposed.
提出了利用韦布尔雷达测量的速度及弹道参数来辨识非常规弹丸飞行的阻力系数和攻角的方法。
According to the data given by the Weibull radar, the drag coefficient and angle of attack were identified.
一维弹道修正引信阻力器空气阻力的简捷测量，是在弹丸零攻角、低风速下测量空气阻力的试验方法。
The air resistance of damper of 1-dimension trajectory correcting fuses (1-D TCF) is measured under pill angle of attack and low wind speed.
利用舱上测量数据和有限的雷达测量数据重构飞行弹道，是黑障区弹道再现的有效方法。
One of effective methods for this problem is to reconstruct flight trajectory employing the onboard measurement data and the limited radar data.
传统的测量手段是利用外测得到外弹道轨迹，结合遥测动作时刻得到动作高度测量值。
The traditional method is using the flying trajectory and telemetry time data to calculate the action altitude.
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