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thermal effect
    Toward the Mechanism of Terrain/Thermal Effect and the Production/Maintenance of South-Asia Monsoon
    地形和热力效应对南亚季风产生与维持的机理探讨
    A Primary Study on Thermal Effect of Soil-Plant-Atmosphere Continuum in Tropical Seasonal Rain Forest Gap
    热带季节雨林林窗区域土壤-植物-大气连续体热力效应初步分析
    A PRELIMINARY STUDY ON THERMAL EFFECT OF SOILPLANT-ATMOSPHERECONTINUUM IN TROPICAL SECONDARY FOREST GAP
    热带次生林林窗区域土壤-植物-大气连续体热力效应初步分析
    There was an obviously thermal effect at forest edge.
    结果表明 ,在林缘存在着明显的热力效应 ;
    In order to explore whether thermal effect of vertical active surface exist or not, and to compare it with that of soil surface in and out forest, forest canopy surface, this paper choose contrasting data of the corresponding period method to analyze horizontal and vertical distribution characteristics and differences of surface temperature of different thermal active surfaces in fragmented forest edges by using surface temperature measurement data of south edge of fragmented tropical rain forest in Xishuangbanna.
    为探讨立体林缘壁面的热力效应是否存在 ,该热力效应与林内外地面、林冠的差异 ,该文利用西双版纳热带雨林南向边缘的表温观测资料 ,采用同期资料对比方法 ,分析了片断化热带雨林林缘不同热力作用面表面温度的水平、垂直分布特征及其差异 .
    Dynamic and numerical methods are used to study/discuss the mechanism of terrain/thermal effect and the production/maintenance of South Asia monsoon.
    用动力分析和数值试验方法研究讨论了地形和热力效应与南亚季风产生和维持的动力机理。
    However, influenced by the height of trees that form the edge of gap, the position with maximum thermal effect on the vertical thermal active surface at the east and north edge of gap in tropical seasonal rain forests is higher than that in the secondary forest.
    由于林窗边缘树木高度的影响 ,其东侧、北侧林缘壁面热力效应最大区域出现位置高于次生林林窗 ,而热力效应强度小于次生林林窗 .
    The results indicated that:influenced by the solar radiation and thermal effect of forest edge,the maximum thermal active area of colonists′ canopy surface was different in different period of time.
    结果表明 ,因林窗不同区域所接受太阳辐射的差异 ,加之林缘热力效应的综合作用 ,使得林窗定居种冠面在不同时段其最大热力作用区域是各异的 ;
    Thermal effect of tropical seasonal rain forest is so complicated and multiform that makes thermal effect distribution diversification and induces microclimatic environment heterogeneity.
    热带季节雨林中热力作用复杂、多样 ,使得热力效应时空分布趋于多样化 ,导致小气候环境异质性
    Studying inactivation of different targets by microwave treatments has proved thermal effect of microwave heating on microorganisms and enzymes, while the nonthermal effect is still difficult for precise measurement.
    微波加热对微生物和酶的热力效应,目前已深入到对杀菌对象不同种类微生物的致死和酶的钝化作用机理研究,而非热力效应还难以量化。
 

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