瞄准误差的英文

• aiming error
• boresight error
• collimating fault
• collimation error
• error of sighting
• pointing error
• sighting error

• "瞄准"英文翻译    take aim; hit the target
• "误差"英文翻译    error
• "角瞄准误差" 英文翻译 :    angular pointing error
• "瞄准误差圈" 英文翻译 :    boresight error circle
• "方向瞄准误差" 英文翻译 :    traverse error
• "轰炸瞄准误差" 英文翻译 :    bomb-aiming error
• "距离瞄准误差" 英文翻译 :    range sighting error
• "频率瞄准误差" 英文翻译 :    frequency spot error
• "起始瞄准误差" 英文翻译 :    initial aiming error
• "天线瞄准误差" 英文翻译 :    antenna boresight error
• "武器瞄准误差" 英文翻译 :    weapon-aiming error
• "正常瞄准误差" 英文翻译 :    normal aiming error
• "激光束瞄准误差" 英文翻译 :    laser beam aiming error
• "标准误差" 英文翻译 :    quadratic mean deviation; standard deviation; standard error
• "标准误差带" 英文翻译 :    standard error bands
• "调准误差" 英文翻译 :    alignment error
• "对准误差" 英文翻译 :    alignment error
• "视准误差" 英文翻译 :    collimation error; error of collimation
• "水准误差" 英文翻译 :    level error
• "校准误差" 英文翻译 :    alignment error; ce calibration error
• "照准误差" 英文翻译 :    error of sighting; pointing errors; sighting error; sighting mark error
• "轴对准误差" 英文翻译 :    axis misalignment
• "百分标准误差" 英文翻译 :    percentage standard deviation; percentage standard error
• "标准误差检验" 英文翻译 :    standard error test
• "标准误差通道" 英文翻译 :    standard error channel

• To ensure the reliability of tracking the target , signal attenuation and boresight error must be predicted accurately
  要保证导弹跟踪目标的准确性,必须预测在给定扫描角下的信号衰减和瞄准误差。
• Unstable random process was passed test to time list error . aiming error was confirmed on unstable random process
  对方位测量在试验时间段内，进行了非平稳性检验，证实了瞄准误差属于非平稳性的。
• Based on unsymmetrical heat environment , boresight error , boresight error slope and transmission coefficient of a specific shape radome have been calculated with indirect ray method
  在不对称热环境的基础上,采用间接射线法计算天线罩瞄准误差、瞄准误差斜率及功率传输系数。
• Therefore , the method that unstable random process turned stationary random process was put forward . quasi - error data were made and aiming errors were visible modified base on stationary random process
  在乎稳化的基础上进一步拟合误差序列，经平稳化处理后的瞄准误差得到了明显的修正。
• Beam deflection produces boresight error ( bse ) which is defined as angle shift between viewing direction and true direction . boresight error slope ( bses ) is defined as the ratio of angle shift to the tracing angle of the antenna
  波束偏移的主要后果是产生瞄准误差,使目标的视在位置与真实位置有一个角度差,这个角度差就是天线罩的瞄准误差。
• This method applied to the measurement of precision of original azimuth of underwater to surface missile , through measuring exterior information using optical measurement device , measuring accurate position of shore beacon , calculating error of missile aiming system
  通过光测设备测量系统外部的信息，测量岸标的精确位置，来推算系统的瞄准误差。对外测岸标法，建立了数学模型，详细讨论了外测岸标的标定方法、原理和方位角的解算。
• The radiation patterns with and whitout radome are calculated , and the angle difference in the maximum field point of their main clot show the bse of the radome , the bse from - 15 degree to 15 degree in direction , that been calculated and compared with the excited experimented data shows they coincide quite well
  有天线罩时的远区场和没有天线罩时的远区场相比较,两个主波束对应的角度差即是天线罩的瞄准误差,本文对方位扫描角从负15度到正15度进行分析。
• We present a calculation program in this paper , based on the physical optical theory ( po ) theary to predict bse and bses for a conical type of radome . the po theory is used to determine the ficticius currents electrical and magnetic on the inner face of the radome , which is illuminated directly by the radar antenna , and then use the transmission matrix mothod to determine the outer surface ficticion currents , the radiated from the antenna through radome is considered as the radiation field of these ficticion current
  本文提出了一种基于物理光学理论预测正圆锥天线罩瞄准误差及瞄准误差斜率的计算程序。首先,雷达天线照射到天线罩内壁,应用物理光学法求出内壁等效的电流和磁流,其次,根据传输矩阵理论求出外壁等效电流和磁流,天线通过天线罩的远区场即可认为是外壁等效电、磁流产生的场。
• In many performance check , artillery control systematic dynamic trail aimed error is one of relatively important parameter , dynamic trail aimed error denote : when high cannon system is dynamic trailing , set bullet pellet flight time is 0 , in the condition of not considering advance quantity ( 0 fly working ) , the axis of artillery pipe should direct goal
  在诸多的性能考核中，火控系统的动态跟踪瞄准误差是较为重要的参数之一。所谓动态跟踪瞄准误差是指：当高炮系统在进行动态跟踪时，设定弹丸飞行时间为零，即在不带提前量的条件下(即零飞工作方式下) ，火炮身管的轴线应直接指向目标。

• 瞄准误差的日语：しじゅんごさ しょうじゅんごさ