助手标题  
全文文献 工具书 数字 学术定义 翻译助手 学术趋势 更多
查询帮助
意见反馈
   solar radiative 的翻译结果: 查询用时:0.008秒
图标索引 在分类学科中查询
所有学科
气象学
更多类别查询

图标索引 历史查询
 

solar radiative
相关语句
  太阳辐射
     PARAMETERIZATION OF SOLAR RADIATIVE FLUX CALCULATION IN THE ATMOSPHERE
     有云大气中太阳辐射通量的参数化计算
短句来源
     SOLAR RADIATIVE EFFECT OF THE EL CHICH6N VOLCANIC ERUPTION
     El Chichón火山的太阳辐射效应
短句来源
     The presented studies focus on the albedo and transmissivity of cirrus with different optical depth under ambient temperature of -20-25℃ at four solar radiative wavelength.
     本文着重研究了环境温度为-20—-25℃时,不同光学厚度的卷云在4种太阳辐射波长的通量反射率和透射率。
短句来源
     RADIATIVE CHARACTERISTICS OF CIRRUS IN SOLAR RADIATIVE WAVELENGTH BAND
     太阳辐射波段内的卷云辐射特性
短句来源
     The solar radiative heat transfered into the layers' house in summer season can be calculated by the solar radiation and 24-hour variation of outdoor temperature approximately as the simple harmonic of 24-hour cycle.
     本文引用“太阳—空气综合温度”的概念,并把太阳辐射、舍外气温的昼夜变化近似地作为以24小时为周期的谐波来计算夏季进入密闭式蛋鸡舍的太阳辐射热量。
短句来源
更多       
  “solar radiative”译为未确定词的双语例句
     The direct radiative forcing at TOA is positive over land and negative over sea, and its regional average values in Spring, Summer, Autumn, Winter are 1.08, 0.88, 0.37, 0.40W/m2 respectively. The solar radiative forcing is also positive over land and negative over sea, but the infrared radiative forcing is positive in modeling region;
     气溶胶大气顶直接辐射射强追基本呈现大陆上为正海洋上正负均有的分布特征,区域平均辐射强迫在春夏秋冬分别为1.08,0.88,0.37,0.40 W/m2,短波辐射强迫在陆上为正海上正负均有,长波辐射强迫均为正值;
     The direct radiative forcing at TOA is positive over land and negative or positive over sea,and its regional average values in Spring,Summer,Autumn,and Winter are 1.08,0.88,0.37,0.40W/m~2,respectively. The solar radiative forcing is also positive over land and negative or positive over sea, but the infrared radiative forcing is positive in the modeling region.
     气溶胶大气顶直接辐射强迫基本呈现大陆上为正、海洋上正负均有的分布特征,区域平均辐射强迫在春夏秋冬分别为1.08,0.88,0.37,0.40W/m2,短波辐射强迫在陆上为正、海上正负均有,长波辐射强迫均为正值;
短句来源
     Improved Four-stream Approximation Method for Solar Radiative Transfer
     一种改进的辐射传输计算方法
短句来源
     An Improved Approximation Algorithm for Solar Radiative Transfer
     一种改进的辐射传输计算方法
短句来源
     It is important to find a precise and fast algorithm for solar radiative transfer in the atmosphere.
     精确、快速计算辐射传输一直是大气辐射学中的一个重要研究课题。
短句来源
更多       
  相似匹配句对
     PARAMETERIZATION OF SOLAR RADIATIVE FLUX CALCULATION IN THE ATMOSPHERE
     有云大气中太阳辐射通量的参数化计算
短句来源
     RADIATIVE CHARACTERISTICS OF CIRRUS IN SOLAR RADIATIVE WAVELENGTH BAND
     太阳辐射波段内的卷云辐射特性
短句来源
     SOLAR MACULOPATHY
     日光性黄斑病变
短句来源
     Solar sail
     太阳帆推进
短句来源
     THE RADIATIVE PARADOX AND RELATIVITY
     辐射佯谬与相对论
短句来源
查询“solar radiative”译词为用户自定义的双语例句

    我想查看译文中含有:的双语例句
例句
为了更好的帮助您理解掌握查询词或其译词在地道英语中的实际用法,我们为您准备了出自英文原文的大量英语例句,供您参考。
  solar radiative
The approximate distribution of scattered solar radiative intensities from optically thin cirrus
      
Clouds are the largest modulators of the solar radiative flux reaching the Earth's surface.
      
The solar radiation model developed by Liou and his associates was modified to incorporate the parameterization of solar radiative transfer in an aerosol layer.
      
Effects of tropospheric aerosols on the solar radiative heating in a clear atmosphere
      
The full-resolution SOLSTICE index is able to measure short-timescale changes in the solar radiative output that are lost in the noise of the low-resolution index.
      
更多          


This paper introduces the idea of "sol/air temperature". The solar radiative heat transfered into the layers' house in summer season can be calculated by the solar radiation and 24-hour variation of outdoor temperature approximately as the simple harmonic of 24-hour cycle.The author recommends that, in China, if the heat characteristic of layers'house construction is excellent (heat transfer coefficient of roof K = 0.5kcal/(m2·h·℃)),the amount of ventilation per layer in summer season is 10~12m3/h....

This paper introduces the idea of "sol/air temperature". The solar radiative heat transfered into the layers' house in summer season can be calculated by the solar radiation and 24-hour variation of outdoor temperature approximately as the simple harmonic of 24-hour cycle.The author recommends that, in China, if the heat characteristic of layers'house construction is excellent (heat transfer coefficient of roof K = 0.5kcal/(m2·h·℃)),the amount of ventilation per layer in summer season is 10~12m3/h.

夏季控制蛋鸡舍环境最突出的问题是消除余热量——主要是鸡的发热量和进入鸡舍的太阳辐射热量。本文引用“太阳—空气综合温度”的概念,并把太阳辐射、舍外气温的昼夜变化近似地作为以24小时为周期的谐波来计算夏季进入密闭式蛋鸡舍的太阳辐射热量。 本文认为:对于密闭式蛋鸡舍而言,要使蛋鸡的夏季通风量保持在10~12米~3/小时·只,其屋顶传热系数K应采用0.5千卡/小时·米~2·度。

The ice crystals in cirrus cloud layers are predominantly in the form of hexagonal columns and plates; and according to the investigation of Heymsfield, the size-distribution of the ice particles may be described in terms of Junge's formula with the parameters depending on ambient temperature. The presented studies focus on the albedo and transmissivity of cirrus with different optical depth under ambient temperature of -20-25℃ at four solar radiative wavelength. With the corresponding size distribution,...

The ice crystals in cirrus cloud layers are predominantly in the form of hexagonal columns and plates; and according to the investigation of Heymsfield, the size-distribution of the ice particles may be described in terms of Junge's formula with the parameters depending on ambient temperature. The presented studies focus on the albedo and transmissivity of cirrus with different optical depth under ambient temperature of -20-25℃ at four solar radiative wavelength. With the corresponding size distribution, the single scattering of ice crystals are solved by ray-tracing method proposed by the authors previously. Next, a discretely mathematical expression of doubling principle is presented and used to compute the radiative transfer through cirrus layers. Moreover, in the radiative transfer calculation, the strong forward-peaks of scattering phase function of the ice particles are truncated by taking away the diffraction part in single scattering, and the corresponding parameters of single scattering are adjusted according to Delta-M "equivalent" method. Finally, to evaluate the impacts of size-distribution of the ice particles under diffferent ambient temperature, the radiative transfer computation is also carried out for the cirrus with ambient temperature of-55-

构成卷云的冰晶粒子主要呈六棱柱状和片状。Heymsfield的研究表明,卷云冰晶的粒径分布可用分段Junge分布律描述,并且Junge分布律中的参数与卷云的环境温度有关。本文着重研究了环境温度为-20—-25℃时,不同光学厚度的卷云在4种太阳辐射波长的通量反射率和透射率。文中有关粒径谱平均的单次散射参量是用近年来作者完善和改进后的六角冰晶单次散射的射线追综模式计算的;卷云的辐射传输则是用本文给出的离散累加方法求解。其次,由于冰晶粒子具有非常强的前向散射,容易导致辐射传输数值计算的病态化,本文在冰晶单次散射计算中扣除了造成相函数中强前向散射峰值的衍射场,并且在辐射传输计算中对有关冰晶单次散射参量采用δ-M等效法进行订正。最后,为研究不同环境温度下冰晶粒径分布的差异对卷云辐射特性的影响,本文也计算了环境温度为-55—-60℃的卷云通量反射率和透射率,并与-20—-25℃环境温度下的结果进行了对比讨论。

Based on the two-stream approximation a broad-band parameterization scheme for solar radiative flux calculation is presented. The whole solar spectral region from 0.2 to 4.0μm is divided into three broad spectral intervals. The effective broad-band optical depths and single scattering albedos in the atmosphere in each spectral interval can be obtained using parameterized formulae from known atmospheric parameters. The overlapping scattering or/and absorption effects of two atmospheric constituents...

Based on the two-stream approximation a broad-band parameterization scheme for solar radiative flux calculation is presented. The whole solar spectral region from 0.2 to 4.0μm is divided into three broad spectral intervals. The effective broad-band optical depths and single scattering albedos in the atmosphere in each spectral interval can be obtained using parameterized formulae from known atmospheric parameters. The overlapping scattering or/and absorption effects of two atmospheric constituents are considered properly. In the consideration of radiative effect of clouds in the atmosphere the single scattering albedos and back scattering parameters of clouds in each broad spectral intervals are given preliminarily and the cloud optical depths are determined according to the cloud liquid water content.

这里提出了一个建立在二流近似基础上的宽带太阳辐射传输计算模式。整个从0.2—3.58μm的太阳光谱区分成三个宽光谱间隔,各波段上的宽带等效光学厚度和单次散射反照率由已知的大气参数直接算出。在各波段上,二种以上大气成分重迭的辐射作用也得到适当的考虑。在考虑云的辐射作用时,云的单次散射反照率和后向散射参数是预先给定的,而云的光学厚度则根据云中液态水含量来算出。

 
<< 更多相关文摘    
图标索引 相关查询

 


 
CNKI小工具
在英文学术搜索中查有关solar radiative的内容
在知识搜索中查有关solar radiative的内容
在数字搜索中查有关solar radiative的内容
在概念知识元中查有关solar radiative的内容
在学术趋势中查有关solar radiative的内容
 
 

CNKI主页设CNKI翻译助手为主页 | 收藏CNKI翻译助手 | 广告服务 | 英文学术搜索
版权图标  2008 CNKI-中国知网
京ICP证040431号 互联网出版许可证 新出网证(京)字008号
北京市公安局海淀分局 备案号:110 1081725
版权图标 2008中国知网(cnki) 中国学术期刊(光盘版)电子杂志社