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光谱线

na.spectral line; spectrum line

光谱线

光谱线

英-汉网络释义

光谱线

spectral line

冶金专业英语词汇(S) ... spectral analysis 光谱分析 spectral line 光谱线 spectrochemical analysis 光谱化学分析 ...

spectrum line

测量学专业词汇英语翻译（七） ... 光谱灵敏度 spectral signature 光谱线 spectrum line 光谱学 spectral bands ...

line,spectral

IT专业英语词典-L ... line,scanning 扫描线 line,spectral 光谱线 line,ultra-fine grid 超微细栅线 ...

1

I want you to notice that this spectrum make it interrupted by dark line called spectral lines .

我想让你们注意到这个打断了光谱的黑线，这就是光谱线。

2

Kind of like a chemical finger print of spectral lines for that element appears .

一个化学元素的样式就被光谱线显现出来了。

3

I want you to notice that this spectrum is interrupted by dark lines, called spectral lines.

我希望你们注意到这个光谱被叫做光谱线的黑线打断。

5

spectrum from the output line width of the narrow beam and far-field characteristics of the changes to determine the production of laser .

从输出光束光谱线宽的变窄和远场特性的变化来判断激光的产生等。

6

Spectroscopy is basically study of spectra and spectral lines of light .

光谱学是研究光线的光谱和光谱线的。

7

Normally , the measured spectral line for the superheated iron atoms would show up as a symmetrical peak.

通常，所测得的超高温铁原子光谱线会显示出一个均匀的尖顶。

8

Spectroscopy is basically the study of spectra and spectral lines of light, and specifically for us , the light from stars.

对我们来说，光谱学就是研究光谱和光谱线的一门学科。

10

The spectroscopy is basically the study of spectra and spectra lines of light, and specifically for us the light from stars.

基本上，光谱学主要研究光谱和光谱线，而对于我们这些光谱线就是来自行星的那些。

11

Spectroscopy is basically the study of spectra and spectrum lines of light, and pacifically for us the light from stars .

光谱学实际上就是研究光谱和光谱线，而对我们来说，来自星球的光线。

12

Spectroscopy is basically the study of spectra and spectral lines of light, specially for us , the light from stars .

特别对于我们而言，光谱学就是对恒星发出的光谱及光谱线的研究。

13

A change in wavelength , causing a movement of a spectral band or line .

频变波长的变化，引起光谱带或光谱线的运动。

14

The characteristics of visible spectra of Sn and Fe in Ti-based alloys were studied with grating spectroscope and prism spectroscope.

使用光栅看谱镜和棱镜看谱镜研究了钛合金中锡、铁元素的可见光谱线特征。

15

There were a pretty extensive library use spectra lines patterns of elements , even by the 1860s.

早在 1860s ，元素光谱线模式库就包含了非常广泛的元素了。

16

In 1896 Seeman observed that application of an external magnetic field caused a splitting of atomic spectral lines .

1896年西曼观察到应用外磁场时，使原子光谱线分裂。

17

If you really magnify the spectrum of the sunlight , you could identify more than 100 , 000 of them.

如果你真的将太阳光谱扩大，那么你就可以确定 100,000 多条光谱线。

18

And if you are looking the spectrum of some other stars, the colors would be the same .

而当你看其他行星的光谱线时，颜色是一样的。

22

Spectury is basically study of spectu and spectu light, and specifically for us, the light from stars .

光谱学主要学习光的光谱和光谱线，对我们来说就是来自星体的光芒。

23

The larger atoms have much more complex spectra .

较重的原子具有较复杂的光谱线。

24

So, how do we know which spectrum patterns match up with elements ?

那么我们怎么知道每个化学成分和光谱线的配对呢？

25

Spectrocopy is based study spectrum and spectral line from the light. And specificant fras 'from stars .

光谱学是研究丛恒星过来的光谱和光谱线。

26

28

They may look a kind of randomly placed, but they actually form many distinct patterns .

光谱线看上去像是随机排列的，但实际上光谱线有自己独特的模式。

29

And so different sets of chemical line mean the star have different chemical compoisition.

不同的光谱线分布意味着星体有不同的化学性质。

30

I want to notice this spectrum is interrupted by dark lines , called spectrum lines.

我想强调一点，这条光带被暗光带中断，称作光谱线。

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