In fact, a major residential and sunshine duration, solar radiation intensity, and perennial leading wind direction, terrain.
其实，住宅的朝向主要与日照时间、太阳辐射强度、常年主导风向、地形有关。
Intensity of solar radiation and height of haunch were found to be the main factors influencing the temperature gradient in box girder during cantilever construction, and function expression of the main factors with temperature gradient was gained.
从而验证了影响施工期间箱梁温度梯度的主要因素是太阳辐射强度和箱梁梗腋高度，定量确定了其与温度梯度之间的关系。
Research result shows that temperature gradient in box girder during cantilever construction can be expressed as function of intensity of solar radiation and height of concrete box-girder haunch, which means temperature gradient's influence on box-girder formwork erection elevation can be predicted or computed after substituting calculated temperature gradient value into that computational model.
研究表明，悬臂浇注施工箱梁温度梯度可以表达为太阳辐射强度和箱梁梗腋高度的函数，将计算温度梯度结果代入最大悬臂状态的计算模型中，可预测温度梯度对各节段箱梁立模标高的影响。
As on Earth uneven intensity of solar radiation, different regions of the water cycle is also not the same.
由于地球上太阳辐射的强度不均匀，不同地区的水循环的情况也就不相同。
The paper presents a discussion on the characteristics of the solar radiation intensity and solar radiation absorption coefficient.
介绍了影响混凝土结构温度效应的太阳辐射强度和太阳辐射吸收系数的一般特性。
This indicates that, besides solar angle, time and intensity of radiation, the height of trees is also an important factor that influences thermal effects of vertical thermal active surface of edges.
显示了林窗边缘壁面的热力效应除与太阳高度角、太阳辐射的时间长短和强度有关之外，林窗边缘树木高度也是不可忽视的因子。
The model is employed to determine the radiative flux properties and the intensity distribution of cirrus for both solar and thermal infrared radiation.
文中用这种模式计算了太阳短波以及地球红外热辐射通过卷云时的辐射通量传输性质以及方位平均强度的分布。
Influence of Solar Simulator Parameters on Distribution of Radiation Intensity in the Desert Environment Simulation
沙漠环境模拟中太阳模拟器参数对辐照度分布的影响
Fourth, the Tropic of Cancer runs through Yunnan, solar radiation intensity, Ganoderma lucidum obtained more energy from the sun;
北回归线贯穿云南，太阳辐射强度大，灵芝从太阳获得的能量多；
Maximum Power Point Tracking Method Based on Solar Radiation Intensity Model
基于太阳光照模型的最大功率点跟踪算法
Because of rotation and revolution of the earth, solar ultraviolet radiation intensity varies in diurnal and annual periodic.
由于地球自转和公转的原因，太阳紫外线辐射强度呈现出以一年和一天为周期的规律性变化。
The solar radiation intensity of outside and inside greenhouse was simulated on the basis of experiment results.
在实验的基础上，对温室内外的太阳辐射强度进行了模拟。
A method was discussed to estimating and forecasting solar ultraviolet by use of a experience formule and the routine data of solar radiation The monthly change features of ultraviolet intensity were analyzed An example was given which has a certain sense for reference to do similar work
利用一般常规的辐射观测资料，通过经验公式计算紫外辐射的方法，讨论了紫外辐射强度的月际变化特征，并给出应用实例，对开展紫外线强度指数预报有一定的参考意义
The changing characteristics of the solar radiation, charging current, charging voltage and charging intensity during the process have been studied.
本文首先采用压控法对光伏驱动蓄电池充电特性进行实验研究，考察了充电过程中太阳辐射强度、充电电流、充电电压以及充电功率的变化特性。
The count median diameter was directly proportional to the intensity of solar radiation.
大气细菌粒数中值直径与日光辐射强度呈正比。
Xi'an area intensity of solar radiation has been computed which based on the Xi'an area intensity of solar radiation intensity, the simulation photo-source radiation intensity value has been determined.
首先，对西安地区的太阳辐射强度进行了计算，并以计算出的辐射强度为依据，确定了模拟光源的辐射强度值；
The cloud and water vapor, intensity of solar radiation, photoperiod have important influences on % η - Q %.
对于ηQ，云和水汽、太阳辐射强度、光周期对它都有影响。
Circular slide rule for intensity of solar radiation and buildings sunshine
太阳辐射强度和建筑日照计算盘的构造原理及应用
With calculating the different parameters of the greenhouse, generating the random curves imitating the natural environment by limiting the maximum and the minimum of the ambient temperature and the solar radiation intensity, determining the suitable quantification and proportion factors, a simulating environment is set up.
根据温室环境计算出各参数值，采用限定上下限的方法随机产生室外温度和太阳辐射模拟自然气候情况，选取合适的量化因子和比例因子，对温室温度的模糊控制系统进行计算机仿真。
Efficiency of solar cell is increasing with the sun luminous intensity, so in this paper used CPC solar collector to strengthen solar radiation with.
由于光伏电池的转换率有随光照强度增大而增大的特性，所以本文采用了CPC聚光器来增强太阳辐射。