... molecular orientation分子取向 molecular reaction分子反应 molecular rearrangement分子重排 ...
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分子反应力学 mechanics of molecular reactions
双分子反应 [化学] bimolecular reaction
三分子反应 trimolecular reaction ; termolecular reaction trimolecular reaction
分子反应动力学 [物化] Molecular Reaction Dynamics
多分子反应 multimolecular reaction ; polymolecular reaction
分子反应动态学 molecular reaction dynamics
离子分子反应 ion molecule reaction
四分子反应 quadrimolecular reaction
双分子反应定律 bimolecular law
我们通常从动理学中推断出分子反应机制。
如果我们能计算分子的配分函数,而分子反应处于平衡状态,我们应该能够计算出平衡常数。
If we can calculate the partition functions for molecules, and they undergo reactions and they're in equilibrium, we should be able to calculate the equilibrium constants.
对分子反应的控制可以使我们得到需要的产物而减少或者消除不需要的产物。
The control of the molecular reaction may maximize the yield of a desired compound while reducing the yields of unwanted by-products.
And the reason we didn't do that is because we're actually going to spend much of the rest of the course relating these different properties to the properties of molecules in terms of bonding, and also in terms of chemical reactions.
我们至今没有这样做的原因是,实际上我们这门课程以后的大部分时间都将花在,如何将这些性质与分子的性质联系起来,在成键以及化学反应的方面。
if we have a very electronegative atom within a certain molecule, what you'll actually find is that it does affect how the molecule is going to take place or take part in different chemical or biological reactions.
如果在某个分子中有一个电负性很高的原子,你会发现它确实会影响到,这个分子所起的作用,在不同的化学反应或者生物反应中时。
So, antigens are molecules or pieces of molecules that stimulate an immune response.
所以 抗原是可以激发免疫反应的,分子或分子碎片
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