模式是由多层大气模式、多层土壤模式和植被模式通过界面上能量、水汽传输平衡方程耦合而成。
The model is composed of multilayer atmosphere, multilayer soil model and vegetation model which are coupled by balance equation describing the energy and moisture transfer at the interface.
通过模拟实验和野外实测，对甲基汞在大气-水和大气-土壤的界面交换进行了初步研究。
The surface exchanges of methylmercury at air soil and air water were studied by using simulated experiments and field measurements.
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.
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.
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