激光高度计的英文

• laser altimeter
• laseraltimeter

• "激光"英文翻译    laser
• "高度计"英文翻译    altimeter; height gauge; hei ...
• "气体激光高度计" 英文翻译 :    gas laser altimeter
• "月球激光高度表" 英文翻译 :    lunar optical altimeter
• "刀高 刀光高度" 英文翻译 :    knifeheight
• "刀光高度" 英文翻译 :    knife height
• "灯光高度" 英文翻译 :    height of light
• "极光高度" 英文翻译 :    auroral heights
• "激光高能级" 英文翻译 :    upper laser level
• "激光高温分解" 英文翻译 :    laser pyrolysis
• "高度计" 英文翻译 :    [工业] altimeter; height gauge; height-finding instrument; altitude gauge; altitude meter
• "光高" 英文翻译 :    mitsutaka
• "编码高度计" 英文翻译 :    encoding altimeter
• "电测高度计" 英文翻译 :    electric altimeter; electrical altimeter
• "电高度计" 英文翻译 :    electric alimeter
• "电容高度计" 英文翻译 :    electric capacity altimeter; electrical capacity altimeter; elecyrical capacity altimeter
• "电子高度计" 英文翻译 :    electronic altimeter set
• "调频高度计" 英文翻译 :    frequency modulated altimeter
• "对地高度计" 英文翻译 :    above ground altimeter; earth altimeter
• "反射高度计" 英文翻译 :    alexanderson altimeter; reflection altimeter
• "飞机高度计" 英文翻译 :    airborne altimeter
• "高度计，测高仪" 英文翻译 :    altimeter
• "高度计；测高规" 英文翻译 :    height gauge; heightgauge
• "高度计表" 英文翻译 :    watch w/altimeter
• "高度计录器" 英文翻译 :    altigraph

• The method and setting has been adopted by the spaceborne laser altimeter for 200km maximum range and the result is about 100km
  使用本方法及装置，得到月球探测激光高度计原理样机测距能力为100km 。
• Based on the analysis of each parameter ' s effect , the reason for the altimeter ' s not satisfying the requirement was analyzed
  根据影响测距能力的因素，分析了激光高度计未达到200km测距能力的原因。
• According to the parameters such as minimum detectable power , range and reflectivity of simulant target , meteorological visibility and optical efficiency , the maximum range of laser altimeter was figured out by the range - finding equation
  将最小可探测功率、模拟目标距离、目标物反射率、光学效率等参数代入最大测程推算方程，得出激光高度计最大测程指标。
• Due to the uncertainty of factors such as far - range , atmospheric attenuation and operated target , a steady and reliable method and setting to characterize laser altimeter ' s performance is an important and difficult technology
  由于测程远、大气衰减、被测目标物等不确定性因素，建立一种稳定可靠的激光高度计性能指标验证装置和方法，是一项重要的、必须解决的技术难点。
• Based on the model of resource survey spaceborne laser altimeter , the noncooperative regulable attenuation module , including angular measure setting , beam splitter , energy meter , attenuator and simulant target , was designed and founded
  结合激光高度计原理样机，设计并建立了非合作目标可调衰减法模块，该模块包括角度测量装置、分束片、能量计、衰减器以及模拟目标物。
• The analysis of data and uncertainty of the test upon different simulant target properties and atmospheric condition has proved that noncooperative regulable attenuation method and setting described in the paper can achieve a quantitative output
  不同目标特性、不同大气条件下的地面性能验证实验数据和精度理论分析结果均表明，非合作目标可调衰减法可以实现对激光高度计最大测程的定量化验证。
• According to the minimum detectable power required by the spaceborne laser altimeter for 200km maximum range and the analysis result of the effect between the maximum range and the equation ' s each parameter , the specifications for noncooperative regulable attenuation setting were fixed on
  根据月球探测激光高度计实现200km所需的最小可探测功率，各影响因子与最大测程关系的分析，确定非合作目标可调衰减法装置的技术指标。
• The maximum range is the most important specification for a laser altimeter and 200km is the required level for the spaceborne laser altimeter in the lunar resources survey . in the paper , one kind of method and setting characterizing the laser altimeter ' s performance aiming at the specification of maximum range - noncooperative regulable attenuation was put forward and founded
  中科院知识创新重大方向?月球资源探测卫星激光高度计，要求实现200km的对月测距能力，本文以地面验证激光高度计最大测程指标为目标，提出并建立一种激光高度计性能验证方法?非合作目标可调衰减法和装置。
• Based on the analysis of the effect on the maximum range of the equation ' s each parameter and the traditional method of extinction ratio , the noncooperative regulable attenuation - measure the minimum detectable power of laser altimeter on the condition of constant miss probability by attenuating the laser power transmitting to the diffuse reflected simulant target - was put forward
  在传统的消光系数法基础上，根据对月测距方程各系数的影响权重分析，提出了非合作目标可调衰减法，即：通过对漫反射模拟目标，衰减出射激光功率，在一定的漏警概率条件下测量激光高度计的最小可探测功率。