万山汞矿区土壤与大气汞交换通量主要受光照强度、大气汞含量影响。
The Hg exchange fluxes are influenced by solar irradiation and the Hg concentrations in air.
树木与大气间COS的交换通量受树种、环境温度、光照、COS初始浓度等因素的影响。
The exchange rates of COS were determined by air temperature, light, and ambient concentration of COS.
土壤大气界面间的汞交换通量与光照强度具有显著的相关关系，与土壤温度也有很好的相关性。
The results also illustrate that Hg flux was significantly correlated with both solar radiation and soil temperature.
海-气间湍流热通量是研究海气相互作用的重要课题，深刻理解海气间湍流热交换有助于进一步耦合大气海洋模式，也有助于进一步研究海洋热量和淡水收支等科学问题。
The sea surface turbulent heat fluxes, as the key subjects of air-sea interaction, are very important for understanding the coupled atmosphere-ocean models and oceanic heat and freshwater budget.
土壤热通量在地表能量交换中扮演着重要角色，干旱半干旱区土壤热通量更加重要。
Soil heat flux plays an important role in energy flux exchange between land and atmosphere, especially in arid and semi-arid region.
叶开关网到脊柱，这是一系列的几个高通量高的第3层交换机端口的神。
The leaf switches mesh into the spine, which is a series of several high-throughput layer 3 switches with high port deity.
对于土质均匀的砂质土壤，其土壤热通量日变化振幅最大，土壤的垂直热量交换最剧烈。
For homogeneous sandy loam soil, the diurnal variation amplitude of soil heat flux is very large, indicating the vertical heat exchanged is very strong.
海—气热通量的变化对海—气的热量交换具有重要的影响，能够很大程度上影响局部海域温排水扩散情况。
The variation of air-sea heat fluxes have important influence on heat exchange between ocean and atmosphere, and greatly affects the heat diffusion of cooling in local area.
灌溉能够降低近地面的湍流交换系数和湍流热通量，提高潜热通量，而秸秆覆盖的作用相反。秸秆覆盖具有增强灌溉水入渗能力的作用。
The turbulent coefficient and turbulent flux was decreased and the latent heat flux was increased by irrigation and vice versa by straw mulching.
灌溉能够降低近地面的湍流交换系数和湍流热通量，提高潜热通量，而秸秆覆盖的作用相反。秸秆覆盖具有增强灌溉水入渗能力的作用。
The turbulent coefficient and turbulent flux was decreased and the latent heat flux was increased by irrigation and vice versa by straw mulching.
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