强辐射的英文

• intense radiation

• "强"英文翻译    make an effort; strive
• "辐射"英文翻译    radiation; exposure; radio; ...
• "强辐射场" 英文翻译 :    high-radiation field
• "强辐射带" 英文翻译 :    severe radiation belt
• "强辐射气体" 英文翻译 :    highly radiating gas
• "强辐射武器" 英文翻译 :    intense radiation weapon
• "强辐射夜" 英文翻译 :    radiation night
• "强辐射源" 英文翻译 :    substantial radiation source
• "强照射,强辐射" 英文翻译 :    heavy radiation
• "增强辐射" 英文翻译 :    enhanced radiation
• "各向等强辐射" 英文翻译 :    isotropic radiation
• "增强辐射燃烧" 英文翻译 :    radiation augmented burning
• "增强辐射武器" 英文翻译 :    enhanced radiation weapon
• "红外增强辐射器" 英文翻译 :    infrared booster radiator
• "强辐照" 英文翻译 :    acute exposure
• "短时间强辐照" 英文翻译 :    acute exposure
• "辐射" 英文翻译 :    radiation; exposure; radio; beaming 电磁辐射 electromagnetic radiation; 受激辐射 stimulated radiation; 自发辐射 spontaneous radiation
• "初辐射；原辐射" 英文翻译 :    primary radiation
• "辐射区，辐射带" 英文翻译 :    radiation band
• "辐射仪；辐射表" 英文翻译 :    radiometer
• "逆辐射,反辐射" 英文翻译 :    counter-radiation
• "全辐射；总辐射" 英文翻译 :    total radiation; totalradiation
• "k辐射" 英文翻译 :    k radiation
• "m辐射" 英文翻译 :    m radiation
• "x辐射" 英文翻译 :    x radiation

• It is possible to measure strains in strong radiation fields which are either transient or steady-state .
  在强辐射场中测量应变是可以办到的。辐射场可以是瞬变的，也可以是稳态的。
• These skeletons are among the most radioactive ever found , on a par with those found at hiroshima and nagasaki
  这些具有极强辐射的骨架曾经被发现，跟在广岛和长崎发现的一样。
• The peak wavelength of the radiation equals the radius of the hole ; for a one - kilogram hole , it corresponds to extremely intense gamma rays
  最强辐射所对应的波长等于黑洞的半径；对于一公斤的黑洞而言，所对应的是极强烈的射线。
• Based on the analysis to the particularity of the cruise missile attacking , a complete recognition method based on the knowledge is developed
  巡航导弹攻击目标的特殊性使得传统的基于块状目标和基于强辐射点源目标的识别方法不再适用，由此引入了基于知识的识别方法。
• Galileo was further hobbled by an erratic tape recorder . after the craft began orbiting jupiter in 1995 , repeated zappings from the planet ' s intense radiation belts damaged other instruments
  伽利略号又被一个漂浮在太空的磁带录音机所拖累。在飞船1995年后围绕木星轨道运动时，从行星的强辐射带发射的循坏的跳过节目的辐射损坏了其他一些仪器。
• Because of its excellent properties , such as large band gap , high thermal conductivity and high breakdown electric field , sic is appropriate for the electronic devices which can operate at extremely high temperatures and high radiation
  Sic材料具有禁带宽、热导率高、临界击穿电场高等特性,特别适合高温、强辐射等恶劣环境下工作的电子器件制造。
• In order to approach above target , we applied a vuv filter on the pre - filter wheel with high transmission in solar ha line . the solar vuv radiation reaches detectors through the filter . then the solar ha images are obtained by each telescope
  在eut的前端和消杂光滤光片组中，安装一个氢h线( 121 . 6nm )滤光片，使太阳121 . 6nm强辐射进入eut中，实现eut的四个望远镜在同一波段对日成像。
• In this area , the life protection system for astronauts is the key project . because of the strong radiation in the outer space , the evaluation of radiate harmness to the astronauts is necessary , and which can help to design the protection scheme properly
  由于宇宙射线、太阳电磁辐射等辐射的存在，在太空形成了一个强辐射环境，如何对航天员在宇宙空间中可能受到的太空辐射危害进行评估，从而很好地设计防护方案是十分关键的。
• The results show : ( 1 ) the light compensation point and light saturation point of s1 s2 and s3 were in range of 12 ~ 27 mol / m2 s and 180 ~ 360 mol / m2 s , respectively , and they changed with the irradiance . ( 2 ) both light compensation point and light saturation point of s1 were higher than those of s2 and 83 , and s1 showed greater capability against high irradiance than s2 and s3 . ( 3 ) the optimal temperature of the three strains were 25 , 35 and 30 , respectively , and they had temporal effect . ( 4 ) respiratory rate rose as the temperature rising , and at about 40 , it reached the peak
  结果表明： ( 1 ) s _ 1 、 s _ 2 、 s _ 3的光补偿点和光饱和点的变化范围分别为12 27 mol m ~ 2 ? s和144 360 mol m ~ 2 ? s ，二者可随光照环境的变化而变化，其中s _ 1的光补偿点和光饱和点均高于s _ 2和s _ 3 ，且表现出强于其余两个藻种的抵御强光辐射的能力； ( 2 )三个藻种的最适温度分别为25 ， 35 ，和30 ，具有时间效应； ( 3 )呼吸速率随温度的升高而升高，最大值出现在40附近；温度低于25 ， s _ 1的光合速率最高，呼吸速率最低，表现出很强的低温适应性； ( 4 )螺旋藻的光合特性可随光照环境的变化而变化，光强增强，可使螺旋藻的最适光照范围增大，抵御强辐射的能力增强； ( 5 )螺旋藻受到温度胁迫时，其最适光照范围变窄，对光强的敏感性增加。
• At present , the solar cells used on space aircrafts are still mainly si and gaas solar cells . however , the radiation resistance ability of these two materials is poor . since the photoelectric conversion efficiency attenuates rapidly with the radiation , the lifetime of si and gaas solar cells is short and their stability is not satisfied for space applications at van allen belt
  目前国内外用于航天器上的太阳电池主要为si和gaas太阳电池,但这两种材料的抗辐射能力较差,其光电转换效率由于高空辐射衰减很快,因而寿命短,稳定性差,不能满足用于vanallen强辐射带的空间应用需要。