cloud liquid water中文是什么意思

• 云液态水

• "cloud"中文翻译    n. 1.云。 2.云状尘埃、烟(等)；(鸟、虫、飞机等 ...
• "liquid"中文翻译    n. 1.液体。 2.【语言学】流音〔如 [l], [r ...
• "water"中文翻译    n. 1.水；雨水；露；〔常作 pl. 〕 矿泉，温泉； ...
• "water cloud" 中文翻译 :    水态云; 水云
• "liquid water" 中文翻译 :    液态水; 液体水
• "water is a liquid" 中文翻译 :    水是液体
• "water liquid" 中文翻译 :    水基液体
• "cloud precipitable water" 中文翻译 :    云可降水分
• "cloud water content" 中文翻译 :    云含水量
• "ice-water mixed cloud" 中文翻译 :    冰水混合云
• "water droplet cloud" 中文翻译 :    水滴云
• "water vapor cloud image" 中文翻译 :    水汽态云图
• "water-drop cloud" 中文翻译 :    水滴云
• "water-ice cloud" 中文翻译 :    冰水混合云
• "water gold; liquid; liquid gold" 中文翻译 :    金水
• "nimbus; water carrier; rain cloud" 中文翻译 :    雨云
• "adiabatic liquid water content" 中文翻译 :    绝热液态含水量
• "ambient liquid water content" 中文翻译 :    环境液态含水量; 环境液态水含量
• "coexistent liquid water" 中文翻译 :    与蒸气共存的液态水
• "critical liquid water content" 中文翻译 :    临界液态水含量
• "effective liquid water content" 中文翻译 :    有效液态含水量; 有效液态水含量
• "exudation of liquid water" 中文翻译 :    液体溢泌
• "liquid water content" 中文翻译 :    水份; 液态水含量; 液体含水量
• "liquid water equivalent" 中文翻译 :    液态水当量
• "low-enthalpy liquid water" 中文翻译 :    低焓液态水

• The fundamentals and method of deducing path - integrated cloud liquid water content ( l ) by an airborne up - looking microwave radiometer are introduced in this paper
  在这种情况下，本文对对空机载微波辐射计的反演方法进行探索。
• Application the retrieval coefficients of the city of changchun in april to a field experiments in jilin province , on april 22 demonstrate the airborne up - looking microwave radiometer can detect cloud liquid water and supercooled liquid water content
  此外，本文将求得的长春地区4月的反演系数应用到长春4月22日的一次飞行实验中，结果表明，能够探测出云中液态水和过冷水含量及其变化。
• Cloud liquid water content is always one of the most important quantities in many subjects and operations , particularly in modification weather the conditions of cloud liquid water and supercooled liquid water content are the predetermination conditions of seeding clouds
  云中液态水含量一直是多种学科和业务中都极其重要的量，尤其是人工影响天气领域，云中云水含量及过冷水条件是决定可播性的先决条件。
• The hydrometeors distribution in mcc illustrat that the precipitable ice is dominant which fills in the cloud cluster in almost entire troposphere with maximum cores at the mid - levels . rain water and cloud liquid water are in the middle and lower troposphere , and cloud ice water only scatters at the 8 - 18km upper levels
  水凝物垂直分布显示， mcc中可降水冰含量最大，分布在几乎整个对流层，雨水和云水主要分布在的对流层中、低层，而云冰则分布于高层大气中。
• The simulative cloud image , made from the mixing ratios of cloud liquid water , rain water , ice crystal , snow , graupel which were outputted by the mesoscale model mm5 , resemble the gms satellite infrared image very well and also show the cloud evolution of typhoon winnie from tropical cyclone to extratropical cyclone after landing
  利用高分辨率中尺度数值模式输出的大气中云水冰水雨水雪水成功地模拟出1997年登陆台风winnie的云系结构。模拟云图与气象卫星实际观测的台风云图非常相似。由于模拟云图可以给出大气中不同形态水物质的三维空间分布，弥补了卫星只能观测云顶表面的不足。
• Based on historic radiosonde data of changchun city , jilin province and xian city . shanxi province and on the typical model of profiles of cloud liquid water content for stratiformis , the coefficients of retrieval equation are obtained as the functions of height for each month from april to july in the two cities . furthermore , we explore the internal physics signification of retrieval coefficients ' distributing according to every month and have comparisons between the two cities . then the numerical simulation tests of the accuracy of retrieval results are given : the statistical relative deviation of retrieved values of l to the simulated " trues " on the ground is 15 - 25 % and that at altitude of 6km is 5 - 10 % , that means the retrieval method and implementation of the method are applicable to processing measurements of an airborne radiometer made in china recently
  本文介绍机载对空微波辐射计探测云中路径积分液态水含量( l )的辐射传输原理和反演方法；根据吉林省长春市和陕西省西安市的历史探空资料和典型的层状云液水垂直分布模式，得到这两个地区4 - 7月各月的随高度而变的反演公式及其系数的表达式；探索了和反演系数有关系的大气的影响，并在各个月份之间进行了比较分析；给出了反演误差的数值模拟检验结果：在地面反演值对‘真值’的统计相对偏差是15 - 25 ，在6公里高度处为5 - 10 ，表明该方法已具有实用可接受的精度。
• As for a space - based cloud radar , the change of the radar reflectivity n and the change of attenuation rate along with the cloud liquid water content have been compared between 37 ghz and 94ghz . the transmittance t of single level cloud for different heights and liquid water content has also been calculated at 2 frequencies . by defining a = n tr , which combines both effects of radar reflectivity and transmittance , we have examined the values of a at 37ghz and 94ghz for high , middle and low cloud liquid water contents
  对空间测云雷达，讨论了37ghz和94ghz这两个频率的雷达反射率和衰减系数随云液水含量的变化；计算了不同高度的单层云在不同频率，不同含水量情况下的云层透过率_ ；定义a = _来综合考虑雷达反射率和透过率对空间测云雷达回波的影响，分析比较了云含水量高、中、低时37ghz和94ghz的a值大小。
• Besides , the information on actual height of lowest cloud base is used in constructing of cloud liquid water profile by using radiosonde profiles , that makes an improvement of relative accuracy of retrieved value of l at almost all altitudes by 5 - 20 % according to numerical simulation comparison . the lower the altitude is , the more the accuracy is improved
  为减少由于回归样本中云液水廓线的‘失真’给反演造成的误差，本文在对探空廓线作诊断建立云液水廓线时，引入了实际目测的最低云底高的信息。数值模拟比较表明该措施行之有效，使对流层中下层的几乎所有高度上l反演值的精度提高5 - 20 ，观测高度越低，精度提高越多。