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tropical model
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  “tropical model”译为未确定词的双语例句
     Using the method of intelligence optimization of artificial neural network to optimize the process parameters of WEDM, by comparing the predicted value of the artificial neural network model with the processing result and the traditional non-line tropical model, we found that the artificial neural network model can predict the result in a better way when we put the optimized parameters into practical processing.
     采用人工神经网络的智能优化方法对电火花线切割加工工艺参数进行优化,将优化后的参数用于实际加工,将加工结果与传统的非线性回归模型和人工神经网络模型的预测值进行比较,发现人工神经网络模型预测效果较好。
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     the Application of Self-Adaptive Mesh in the Yellow Sea —3 D Tropical Model
     自适应网格应用于黄海潮流模拟
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     Based on the climatic data on Tibetan Plateau area and refering to the midlatitude and tropical model atmospheres, we have tentatively defined the plateau model atmospheres in the four seasons intended to meet the need for radiative transfer research on the plateau area.
     本文根据青藏高原地区高空温、压、湿的气候资料并参考中纬度与热带模式大气初步建立了青藏高原不同季节的模式大气,以供该地区辐射传输研究的需要。
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  相似匹配句对
     model.
     模型。
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     Model.
     模型的适用范围。
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     Study on the Curriculum and Training Model of Tropical Medicine
     热带医学专业课程体系建立与培训方式的研究
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     AN INVESTIGATION OF FILTERED MODEL FOR THE TROPICAL ATMOSPHERE
     低纬大气滤波模式研究
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  tropical model
The temperature deficit produced by atmospheric water vapour was found to range from about 0.1 K in the midlatitude winter model to 4 K in the tropical model.
      
The aim of this paper is to examine whether an axisymmetric tropical model with thermal driving and orographic forcing can produce multiple equilibria in relation to the monsoon circulation over South Asia.
      
The effect of soil moisture on circulation and rainfall in a tropical model.
      


Based on the climatic data on Tibetan Plateau area and refering to the midlatitude and tropical model atmospheres, we have tentatively defined the plateau model atmospheres in the four seasons intended to meet the need for radiative transfer research on the plateau area.

本文根据青藏高原地区高空温、压、湿的气候资料并参考中纬度与热带模式大气初步建立了青藏高原不同季节的模式大气,以供该地区辐射传输研究的需要。

A hybrid coupled tropical atmosphere-ocean model (HCM) is developed to study the tropical air sea interactions and El Ni n -o Southern Oscillation (ENSO) cycles. The atmospheric component is a simple tropical model consisting of a well mixed planetary boundary layer (Lindzen Nigam model) and a free troposphere represented by the first order baroclinic mode (Gill type model) in the tropical Pacific between 30°N and 30°S with a horizontal resolution of 2°. The oceanic component is...

A hybrid coupled tropical atmosphere-ocean model (HCM) is developed to study the tropical air sea interactions and El Ni n -o Southern Oscillation (ENSO) cycles. The atmospheric component is a simple tropical model consisting of a well mixed planetary boundary layer (Lindzen Nigam model) and a free troposphere represented by the first order baroclinic mode (Gill type model) in the tropical Pacific between 30°N and 30°S with a horizontal resolution of 2°. The oceanic component is the IAP free surface tropical Pacific OGCM between 30°N and 30°S with horizontal grid spacing of 1° in latitude and 2° in longitude, and with 14 vertical layers. The coupled model can produce both the climatology (annual mean and seasonal cycle) and short term climate variations. The coupling procedure consists of exchanging the surface fluxes, i.e., the surface wind stress estimated from the simple atmosphere together with the calculated heat flux by Haney relaxation formula and the prescribed water flux are used to force OGCM, where as OGCM calculates sea surface temperature (SST) within the domain and uses the observed surface temperature outside the domain, which gives the surface boundary condition for the atmospheric model. Numerical results with synchronous daily coupling without flux correction are presented in this paper for simulations of the tropical Pacific climatology. It is shown that the coupled model is free from the climate drift and is able to accurately reproduce the observed tropical Pacific climatology of the atmosphere and ocean, in particular the sea surface wind field and related tropical convergence zone (ITCZ and SPCZ) and precipitation, SST, and their seasonal variations. The model performance is further examined by intercomparing the present model results with others and with the corresponding observations.

本工作发展了一个用于研究热带海洋大气系统相互作用和ElNin~o/SouthernOs-cilation动力过程的混合型(hybrid)耦合模式,其中的大气部分为一个由一阶斜压模表示的自由大气和混合行星边界层所组成的简单热带大气模式(区域为热带太平洋:120°E~80°W,30°N~30°S;水平分辨率为2°×2°),海洋部分为大气物理研究所高分辨率自由表面热带太平洋环流模式(经纬圈方向水平分辨率分别为1°和2°,垂直方向分为不等距的14层)。两模式间的耦合是这样进行的:简单大气模式计算出海表风应力,热通量由松弛公式计算,淡水通量(蒸发与降水之差)由观测资料给定,它们一起作为海洋环流模式(OGCM)的强迫场;而OGCM计算出海表温度(SST),在其以外地区给定观测到的气候海表温度或陆地温度,作为大气模式的边界条件。本文给出采用逐日、同步耦合方案时模式对热带太平洋气候态模拟结果,表明未采用任何通量修正(fluxescorrection),耦合模式未出现气候漂移(climatedrift)现象,并且非常逼真地再现了热带太平洋气候态,特别是海表风场及相伴随的辐合带和降水、海表温度和流场及它们的季节变化。文中还进行?

The long-term concentration is calculated using the general second-order moments Guassian puff model and the high-resolution wind fields from Guangzhou tropical model (GZTM).The Guassian puff model includes the processes of the puff's splitting-merging and scavenging. The ppollutant synthesised index of Pearl River Delta cities is predicted with the fellowingstepe. The first is to have the SO2,NOx,TSP's ground concentrations simulated and the drilyaveraging concentration of every kind of species...

The long-term concentration is calculated using the general second-order moments Guassian puff model and the high-resolution wind fields from Guangzhou tropical model (GZTM).The Guassian puff model includes the processes of the puff's splitting-merging and scavenging. The ppollutant synthesised index of Pearl River Delta cities is predicted with the fellowingstepe. The first is to have the SO2,NOx,TSP's ground concentrations simulated and the drilyaveraging concentration of every kind of species gained. The second is for the pollutant index Pi ofevery kind of species to be calculated to compare with the second respective division of pollutionstandards. The last is to compute pollutant synthesised index P computed with adding each Pi.

应用全二阶矩表示的商斯烟团模式,重点引入烟团的合并与分解及各种清除过程,并利用广州热带模式(GZTM)所提供的华南地区细网格的三维数字化流场,来计算污染物浓度的长期变化。具体先模拟计算SO2、NOx、TSP的地面浓度日变化,通过求平均得到每种污染物的日均浓度,并和对应的污染物的日均浓度二级标准比较,得到每种污染物的污染指数Pi,最后求和得出污染综合指数P,从而对珠江三角洲地区的污染综合指数作出预报。

 
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