对计算结果的对比分析表明，用感热通量的非局地多尺度湍流计算方法能计算出感热通量的逆梯度输送，也能计算出青藏高原近中性层结条件下明显的感热通量。
Analysis of the calculations shows that the first method is responsible for the upgradient transport of sensible heat and for the higher fluxes in the near-neutral stratification over the Plateau.
探索高通量分析方法，进行氨基寡糖系列化合物的结构与代谢研究、药物动力学多合一筛选。
In exploring of high-throughput pharmacokinetic study, we profiled the isovalertatine family aminooligosaccharides and tried the cassette dosing in pharmacokinetic screening of drug candidates.
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