ohmic heating field 奥姆加热场
surface heating field 地面加热场强度
plateau heating field 高原加热场
radiative heating field 辐射加热场
atmospheric heating field 大气加热场
atmospheric radiative heating field 大气辐射加热场
stray-field heating 漫场加热
The seasonal variation of surface heating field is obvious:the intensity is strong in summer and weakness in winter.
地面加热场强度的季节变化明显，夏季强、冬季弱；
Through the primary analyzing, we think that the sun activity is to cause the one of the important reasons of surface heating field change over QXP.
通过初步分析认为，太阳活动是引起青藏高原地面加热场强度变化的重要原因之一。
The simulated heating fields show that the heating due to the cumulus convective condensation has the most important contribution to the total heating field.
对加热场的模拟则表明，积云对流凝结潜热加热对总加热率的贡献最大。
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