地表反照率反演。
The Role of Surface Albedo Feedback in Climate.
气候中地表反照率反馈影响。
The asteroid is the smooth spherical uniform ball with constant surface albedo.
设小行星是个光滑的规则圆球，表面返照率不变。
It shows how high surface albedo extends equatorwards in two opposing bulges into Asia and North America.
它表明高的地表反照率如何在亚洲和北美两个相对的部位向着赤道扩展。
The results are helpful to improve the parameterization schemes of surface albedo in climate model and satellite remote sensing.
研究结果有助于改进气候模式和卫星遥感中高原地面反射率的参数化方案。
The effect of the surface albedo is considered secondly as an error correction so as to obtain the net solar radiation at various surface albedos .
然后将地表反射率的影响作为误差项进行订正，从而得到各种地表反射率条件下的晴天地表太阳净辐射的计算方法。
Wei Zhigang, Lü Shihua. 1995. Distribution of snow cover on the Qinghai-Xizang Plateau and its effect on surface albedo[J]. Plateau Meteor, 14(1):67-73.
韦志刚，吕世华.1995。青藏高原积雪的分布特征及其对地面反照率的影响[J]。高原气象，14（1）：67-73。
Transmission of Solar Radiation by Clouds over Snow and Ice Surfaces: a Parameterization in Terms of Optical Depth, Solar Zenith Angle, and Surface Albedo.
云和冰地表云对太阳辐射的传输：用光学厚度，太阳高度角和地表反照率参数化。
A model for the surface albedo responding to SWC and LAI was developed, which showed a good performance in consistent between simulated and observed surface albedo.
反映土壤含水量和叶面积指数共同作用的地表反射率模型的模拟值与野外实测值具有较好的一致性。
The results from the sensitive tests demonstrate that: (1) Surface albedo has great influence on the ground surface temperature (TGS) all year round, especially in spring and summer;
粗糙度长度和土壤热力性质分别在春夏和秋冬对地表温度有较大影响；
A surface's albedo is the percentage of incoming solar energy, sunlight, that's reflected off that surface back into space.
一个表面的反照率是入射的太阳能、阳光从这个表面反射回太空的百分比。
Sensitivity of Tropical Land Climate to Leaf Area Index: Role of Surface Conductance versus Albedo.
热带陆地气候对叶面积指数的敏感性：地面传导与反照率的作用。
The bigger the asteroid, the greater the potential cataclysm. The reflectivity of the surface — what astronomers call albedo — tells how easily it can be detected.
小行星的体积越大，潜在灾难的规模就越大。行星的表面反射率——天文学家称为反照率——决定了它有多容易被探测到。
Vegetation cover attributes play a major role in surface energy budgets through their impact on photosynthetic processes and albedo.
植被覆盖特征影响光合作用和反照率，是表面能量估计中的主要因素。
Under the condition of radiative equilibrium, this paper examines the effects of surface emissivity and scattering albedo on radiative heat flux and temperature fields.
在辐射平衡的情况下，考察了表面发射率和散射反照率对介质内辐射热流和温度场的影响。
We conjecture that the increased vegetation cover result in improved leaves albedo, and then the reduced the solar radiation reaching earth surface.
这可能与植被的叶面反射率增加导致了到达地表的太阳辐射量减小所致。
We conjecture that the increased vegetation cover result in improved leaves albedo, and then the reduced the solar radiation reaching earth surface.
这可能与植被的叶面反射率增加导致了到达地表的太阳辐射量减小所致。
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