此反应包括旧键断裂,新键生成以及分子间的电子转移。
This reaction includes old bond breaking, new bond forming and electron transferring between molecules.
由于后续键断裂反应,这种能量消散在各种“子离子”中。
The energy is dissipated by subsequent bond cleavage reactions into various "daughter ions".
这种能量消耗在后续的键断裂成各种“子离子”的反应中。
The energy is dissipated by subsequent bond cleavage reactions into various "daughter ions".
It's much more relevant to set our zero point energy as the separation of a bond in terms of talking about the reactions that we'll usually be dealing with here.
更好的是把零点能定在,键断裂的时刻,在讨论化学反应的时候,而我们以后将经常遇到化学反应。
So, if we talk about dissociating h 2, we're going from the h 2 molecule, and breaking this bond right in half, so we now have two individual hydrogen atoms here.
那么,如果我们讨论的是离解氢分子,我们将从氢分子开始,使这个键断裂,一分为二,那么就得到了两个分开的氢原子。
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