1.
Study on Radiation Parameterization Schemes in Meso-scale Model;

中尺度模式中的辐射参数化方案研究
2.
Comparative Analysis of Atmospheric Aerosol Radiative Parameterization Schemes;

大气气溶胶辐射参数化方案的对比分析
3.
Inter?comparison of parameterizations of radiative fluxes used in thermodynamic sea ice modeling for the Bohai Sea and the Baltic Sea
海冰热力模式的辐射参数化方案在渤海和波罗的海应用的比较
4.
Research on the Retrieval of Land Surface Parameters with Polarimetric Microwave Radiometer
全极化微波辐射计陆地参数反演研究
5.
radiation multi parameter analyzing assembly

辐射多参数分析装置
6.
Numerical Simulation and Optimization of Low-temperature Radiant Floor Heating System;

低温地板辐射采暖系统的数值模拟与参数优化
7.
Numerical Simulation and Parameters Optimization of Self-Regenerative Radiant Tube

自身预热式辐射管数值模拟及其参数优化
8.
Parameter Optimization of ARM Control System Using Elitist Selection Genetic Algorithm;

基于遗传算法的反辐射导弹控制系统参数优化
9.
Extensive numerical calculations of the emissivity have been performed over a broad range of parameters.
在很宽的参数变化范围内对辐射率作了数值计算。
10.
The previous methods to parameterize instantaneous clear-sky surface total radiation and net radiation is discussed.
讨论了晴天地表太阳总辐射和地表太阳净辐射瞬时值的参数化方法。
11.
Key Parameters Analysis of Hybrid HEMP Simulator

辐射波HEMP模拟器关键参数数值分析
12.
On such a large time scale the radiation parameterization will become more and more significant.
在这种较大的时间尺度上,辐射的参数化将变得越来越重要。
13.
Analysis on Acoustic Radiation of High-Speed Flexible Linkage and Structural Optimization Based on Noise Attenuation;
高速弹性连杆机构声辐射分析及基于噪声控制的结构参数优化
14.
Influence of two convection schemes on the radiative energy budget

两种对流参数化方案对辐射能量收支的影响研究
15.
Net surface solar radiation over Beijing area derived by two parameterization models:A comparison
两种反演地表净太阳辐射的参数化模式在北京地区的比较
16.
Dual energy CT lung perfusion imaging using dual source CT:optimization of contrast medium use and radiation dose
双源CT双能量肺灌注成像对比剂应用参数优化及辐射剂量的研究
17.
ANALYSES OF TEMPERATURE PARAMETERS OF INDOOR SUPPLY HEAT BY LOW TEMPERATURE FLOOR RADIATION HEAT
低温地板辐射供暖室内温度参数分析
18.
Sorting of Radar Emitter Based on Multi-Parameters

基于多参数的雷达辐射源分选新方法