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阳光透射
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  “阳光透射”译为未确定词的双语例句
     Both the effects of sunlight penetrating and wind stirring are studied and it is found that the former are negligible, but the latter are not.
     通过对阳光透射效应和风作用的讨论发现,可以忽略阳光透射对锋的水平位置的影响,而风的作用则是不可忽略的。
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  相似匹配句对
     Wizard's Sunlight
     法师的阳光
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     SUNLIGHT DUDES
     阳光宝贝
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     A NOVEL TRANSMISSION IONIZATION CHAMBER WITH CARBON FIBRE ELECTRODES
     新型碳纤维透射电离室
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     The Holographic Storage with Transmission of Laser
     透射全息资料存储
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  light penetration
The theory of light penetration through a quantum well in a strong magnetic field perpendicular to the well plane is developed under the conditions where interband transitions occur in the well.
      
Light penetration through a single-row layer of dielectric particles
      
Light penetration through a layer of cubic dielectric particles was studied by the method of microwave physical modeling.
      
The middle-sized canopy had the maximal light penetration and the small-sized canopy had the least and the leaf area index (LAI) and the ratio of one year-old shoots to scaffold limbs were maximal in large-sized canopy orchards.
      
Among the three species Albida and Jhau possessed the largest canopy and there light penetration rate were high.
      
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In the paper, the one-dimensional model developed by Stigebrandt is used to simulate the locations of tidal-mixing fronts in Southern Yellow Sea in Summer. Both the effects of sunlight penetrating and wind stirring are studied and it is found that the former are negligible, but the latter are not. Based on the structure of the measured fronts, it is pointed out that the bottom-layer fronts and the surface-layer ones should be studied separately, since their horizontal positions usually, differ remarkly due to...

In the paper, the one-dimensional model developed by Stigebrandt is used to simulate the locations of tidal-mixing fronts in Southern Yellow Sea in Summer. Both the effects of sunlight penetrating and wind stirring are studied and it is found that the former are negligible, but the latter are not. Based on the structure of the measured fronts, it is pointed out that the bottom-layer fronts and the surface-layer ones should be studied separately, since their horizontal positions usually, differ remarkly due to buoyancy advection, effect. Although, as other onedimensional models, this model can not correctly simulate the surface-layer fronts which are strongly affected by buoyancy advection, the computed results are in agreement with the observed bottom-layer fronts. It is clear that this model is successful in studying bottom-layer fronts.

本文根据南黄海风、潮、热通量等实测资料,用stigebrandt的一维模式,对夏季南黄海潮混合锋的位置进行模拟。通过对阳光透射效应和风作用的讨论发现,可以忽略阳光透射对锋的水平位置的影响,而风的作用则是不可忽略的。根据实测锋的剖面结构,文中特别指出,由于浮力平流效应,表层锋水平位置往往与底层锋相距较远,应对二者分别研究。尽管文中的一维模式也不能对受浮力平流影响较大的表层锋准确模拟,但计算结果与实测底层锋符合良好,可见,用此模式来研究底层锋是合适的。

The imperfect combustion production of the bipropellant engine, monomethylhydrazinium nirate(MMH-HNO 3), is the key contaminant of the plume contamination, together with some other big molecule plume exhaust components. The optical characters of the solar cell surface can be changed as a contaminant film formed on it. The transmittance to the solar radiation can be attenuated and the absorptance to the unuseful thermal radiation can be enhanced, and the latter will make the solar cell′s temperature increased....

The imperfect combustion production of the bipropellant engine, monomethylhydrazinium nirate(MMH-HNO 3), is the key contaminant of the plume contamination, together with some other big molecule plume exhaust components. The optical characters of the solar cell surface can be changed as a contaminant film formed on it. The transmittance to the solar radiation can be attenuated and the absorptance to the unuseful thermal radiation can be enhanced, and the latter will make the solar cell′s temperature increased. The power loss caused by the variation of the solar radiation transmittance and the solar cell′s temperature was calculated independently, and the total cell power loss computation model including the two factors was developed.

双组元发动机未完全燃烧产物 MMH-HNO3是羽流污染的关键成分 ,另外一些大分子羽流污染物也是造成污染的主要成分。污染层的存在改变了电池板表面光学特性 ,导致硅电板的阳光透射率降低和热辐射吸收率增强 ,而后者使得电池板温度升高。分别计算了电池板太阳光透射率和其工作温度变化引起输出功率的损失 ,建立了羽流污染导致太阳帆板电功率损失的计算模型。

 
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