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1·And you have the bond energy in HF.

你得到氟化氢的共价能。

2·The influence of lone pair on bond energy cannot be an interatomic effect.

孤对电子对键能的影响不是原子间的效应。

3·The adhesive forces were found to be related to the metal to oxygen chemical-bond energy.

已经发现，粘著力与金属-氧的化学结合能有关。

4·The adhesive forces were found to be related to the metal to oxygen chemical -bond energy.

已经发现，粘著力与金属-氧的化学结合能有关。

5·This is the homonuclear bond energy for hydrogen in pure hydrogen. There we have perfect covalency.

这是氢的同原子的共价能,在纯氢中，我们有完美的共价键。

6·Well, you go look in your table So, if I had to guess, 4 what would you guess the bond energy would be in HF?

在你的表格里也有,如果让我们来猜猜，你会猜HF的键能是多少呢？

7·The valence electron structures and covalent bond energy have been calculated for cobalt high speed steel.

计算了含钴高速钢的价电子结构与共价键能。

8·And you would find that the bond energy of the heteronuclear molecule was nowhere on the average of the two.

你将发现，电子相同的分子的总能量，并不是平分的。

9·The hydrogen bond energy is smaller, but its existence actually aspects to the material nature, and structure so on.

氢键的键能较小，但其存在却对物质的性质，结构等方面有很大影响。

10·The factors influenced the hydrogen bond strength was discussed. The hydrogen bond energy in polypeptides was estimated.

探讨影响氢键性质的主要因素，并对氢键键能进行了初步估算。