发光氨与过氧化氢进行化学反应。
The Luminol and hydrogen peroxide under go a chemical reaction.
喷在地上的物质叫做发光氨。
发光氨是在发光棒中所发现的化学品之一。
将发光氨喷在这些痕迹上，就可以使他们可见了。
这意味着当与某些化学物质混合时，发光氨会燃烧。
This means that when mixed with certain chemicals, luminol will glow.
在犯罪剧中出现的散发诡异蓝光的发光氨很快就会被更加平和和有效的照片所替代。
The eerie blue glow of luminol on TV crime dramas could soon be replaced with a less dramatic, but far more revealing photograph.
虽然有无形的血液出现看起来很神奇，但是，使用发光氨检测血液也有一些缺点。
Although it may seem like magic to have invisible blood appear, there are some drawbacks to using luminol for detecting blood.
新型相机在血量极小的情况下仍然可以发现，例如人眼看不见的飞墨，即使是发光氨也做不到。
The new camera also finds smaller amounts of blood, such as very fine misting, which the human eye can't see, even with luminol.
在十九世纪后期，人类首次发现了发光氨，发光氨在固态时，是一种黄白色的物质。
Luminol, a white, yellow substance when in its solid form, was first discovered in the late 1800's.
他发现将发光氨与过氧化氢的混合物添加到血液中，即使不使用的铁催化剂，它也会发光。
He discovered that by adding luminol mixed with hydrogen peroxide to blood it would glow without the use of the iron catalyst.
血红蛋白里的铁元素会和发光氨里的化学发生反应。意思就是说它里面的原子会重组并形成新的分子。
The iron in hemoglobin causes the chemicals in luminol to react, meaning that their atoms rearrange to form new molecules.
本发明属于一种快速检测铵（氨）的电致化学发光传感器制备及其检测方法。
The invention belongs to a preparation method and a detection method of an electrochemiluminescence sensor that is used for quickly detecting ammonium (ammonia).
本发明属于一种快速检测铵（氨）的电致化学发光传感器制备及其检测方法。
The invention belongs to a preparation method and a detection method of an electrochemiluminescence sensor that is used for quickly detecting ammonium (ammonia).
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