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1·You could run the reaction, take solid iron and gaseous oxygen, form iron oxide, measure the heat of formation of it, and tabulate it.

你可以进行一个反应，用固态铁和氧气生成氧化铁，测量它生成的热，列成表格。

2·This is the negative heat of formation, right?

这里是负的生成热，对吧？

3·In this paper, the ionic absolute standard heat of formation is gotten.

本文将给出水溶液中离子的绝对标准生成焓。

4·The heat of formation and relative specific impulse of C5 are the largest.

C5是所有异构体中生成热最大的，也是相对比冲量最大的。

5·Here I'm going to put together all the products. So this is a positive heat of formation.

这里，我要把元素组合成所有这些，生成物，所以这里是正的生成热。

6·But this is a compound, right, it has some non-zero heat of formation from the elements. So is water, right?

但这是种化合物，对吧？，它具有非零的生成热，水也是一样，对吧？

7·MMX and AMI methods were employed to calculate heat of formation of hypericin(HYP) in the process of structure change.

用MMX和AMI方法对金丝桃蒽酮（HYP）结构变化过程的生成热进行了计算。

8·As we know, in chemical textbooks or handbooks, the values ofionic standard heat of formation are often relative values.

通常，教科书及各种化学手册中给出的离子标准生成焓都是相对于氢离子而言的，是相对值。

9·Using A Newly Developed Molecular Descriptor Set To Calculate The Heat Of Formation Of Oxygen Contained Organic Compounds;

从化合物结构出发 ，提出了一套不依赖于分子的实验性质和其它计算性质的分子结构描述符。

10·You could run the reaction, take solid iron gaseous oxygen, form iron oxide, measure the heat of formation of it, tabulate it.

你可以进行一个反应，用固态铁和氧气生成氧化铁，测量它的生成热，列成表格。