The effect factors of alkali metal migration and their reactions in the furnace were analyzed.
分析了影响碱金属迁移的因素及释放出来的气态碱金属在炉内的反应过程。
The key reactions included the formation of 9, 15-cyclopropyl function and double bond migration in the a ring to reestablish the GA skeleton.
本合成工作的关键为9,15环丙基的形成及在重建GA骨架时a环中双键的重排反应。
The redistribution of membrane receptors and proteins, caused by shear stress, is a vital step for cell migration, followed by chemical reactions and signal transduction.
在力学刺激作用下，内皮细胞发生形态学改变、表面受体重新分布，引起一系列化学变化和信号传导。
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