This process, in effect, put the nitroglycerin to sleep.

实际上，这个过程使硝化甘油入睡眠状态。

When nitroglycerin was poured onto the soil, it turned it into a doughy consistency.

当硝化甘油倒在土壤上时，它变成了面团状。

A fuse could be used to detonate the gunpowder which would then ignite the nitroglycerin.

引信可以用来引爆火药，然后点燃硝化甘油。

Now, suddenly, nitroglycerin was a viable explosive.

突然间，硝化甘油成了一种可行炸药。

Say, if they have a Nitroglycerine tabs or a spray and they can't get up to get it.

比如，如果他们有硝化甘油标签或喷雾，他们不能起床去拿。

For example, the heart medicine nitroglycerine becomes unstable at high heat and is known to lose its potency fast.

例如，心脏病药物硝化甘油在高温下不稳定，且它效力会迅速丧失。

Alfred knew that a fuse could not be used directly to detonate nitroglycerin, but that gunpowder could detonate it.

阿尔弗雷德知道引信不能直接用来引爆硝化甘油，但火药可以引爆它。

Ballistite was a smokeless propellant that combined nitrocellulose and nitroglycerine.

弹道石是一种无烟，结合了硝化纤维素和硝化甘油。

He was the inventor of dynamite and its even more deadly incarnation — gelignite.

他发明了炸药及其更致命版本——葛里炸药（一种含硝化甘油炸药）。

The rest of the day he worked on his passion to tame nitroglycerine.

剩下时间，他都在用自己热情去驯服硝化甘油。

Alfred's first step was to learn to create nitroglycerin himself.

阿尔弗雷德第一步是学会自己制造硝化甘油。

In between overseeing his manufacturing empire, Immanuel found time to collaborate with Alfred on the nitroglycerine problem.

在管理他制造帝国之余，以马内利抽出时间与阿尔弗雷德在硝化甘油问题上合作。

A vat of nitroglycerin had been overheated.

一桶硝化甘油过热。

After his return to Sweden in 1863, Alfred Nobel concentrated on developing nitroglycerine as an explosive.

1863 年回到瑞典后，阿尔弗雷德·诺贝尔专注于开发硝化甘油作为炸药。

This blasting cap would wake up the nitroglycerin which was packed in a doughy soil base.

这种爆破帽会唤醒包裹在面团状土壤底部硝化甘油。

Alfred Nobel became very interested in nitroglycerine and how it could be put to practical use in construction work.

阿尔弗雷德·诺贝尔对硝化甘油及其在建筑工程中实际应用产生了浓厚兴趣。

In an attempt to self-medicate, he began administering doses of nitroglycerin.

为了自我治疗，他开始服用一定量硝化甘油。

Nobel called the combination of nitroglycerin, blasting cap, and soil 'dynamite'.

诺贝尔将硝化甘油、爆破帽和土壤组合称为“炸药”。

Alfred was not discouraged and in 1864 he was able to start mass production of nitroglycerine.

阿尔弗雷德并没有气馁，在 1864 年他得以开始大规模生产硝化甘油。

To make the han-dling of nitroglycerine safer Alfred Nobel experimented with different additives.

为了使硝化甘油处理更安全，阿尔弗雷德·诺贝尔试验了不同添加。