然而DEM的尺度效应对太阳辐射模拟产生很大的影响。
However the effect of DEM scale causes great uncertainty to the simulation.
本文主要针对温度环境、太阳辐射及阵风环境模拟技术进行了详细研究。
The technologies are studied carefully for such environmental parameters as temperature, solar radiation and gust spectrum.
模拟的SST日变化振幅水平分布与观测接近，且受太阳辐射日变化振幅水平分布调制。
The horizontal distribution of diurnal amplitude of simulated SST is consistent with that of observed SST and modulated by diurnal amplitude of solar radiation.
通过对建筑室内温度的模拟计算和分析，研究了太阳辐射对建筑南向有大面积单层玻璃窗的房间室内热环境的影响。
The influence of solar irradiance through the southern single glass window with large area in the building on the room temperatures is discussed too.
太阳辐射是地球气候最终的能量源，在短波辐射加热率计算中的一个小的误差就可能引起气候模拟中很大的误差。
Solar radiation is the foremost source of energy for Earth climate, so a minor error in calculation of the heating rate about short wave radiation may cause a prodigious mistake in climate modeling.
用三维有限元数值模拟方法分析了太阳辐射强度对不同朝向墙面饰面层空鼓检测效果的影响，与实际检测工程相比较，提出不同朝向采取不同的最佳检测时间的方法。
The idea of inspecting wall with different orientation at the best time is proposed after simulating the effect of the the radiation on the building by means of 3D FEM method.
用三维有限元数值模拟方法分析了太阳辐射强度对不同朝向墙面饰面层空鼓检测效果的影响，与实际检测工程相比较，提出不同朝向采取不同的最佳检测时间的方法。
The idea of inspecting wall with different orientation at the best time is proposed after simulating the effect of the the radiation on the building by means of 3D FEM method.
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