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电感耦合等离子体光谱仪原理(Principle of inductively coupled plasma spectrometer)
www2138com官网:0 发布时间:2016-09-29
 

电感耦合等离子体光谱仪是什么?它的原理是什么,它应用在哪些行业呢?

Inductively coupled plasma spectrometer is what? Its principle is what, it is applied in what industry?

多少人们不太了解。下面针对电感耦合等离子体光谱仪原理,小编为您做了以

How many people don't understand. The following is based on the principle of inductively coupled plasma spectrometer, small series for you to do

下内容先容,希翼对您有所帮助:

Introduction, I hope to help you:

电感耦合等离子体光谱仪原理高频振荡器发生的高频电流,经过耦合系统连接

Inductively coupled plasma spectrometer principle of high-frequency oscillator high-frequency current, through the coupling system connection

在位于等离子体发生管上端,铜制内部用水冷却的管状线圈上。

Located in the plasma generating tube, a tubular coil internal cooling water on copper.

工作原理:工作气体(Ar)则由中部的石英管道引入,开始工作时启动高压放电

Working principle: the working gas (Ar) is introduced by the middle part of the quartz tube to start the work when the high voltage discharge

装置让工作气体发生电离,被电离的气体经过环绕石英管顶部的高频感应圈

The device allows the working gas to be ionized, and the ionized gas passes through a high frequency induction coil around the top of the quartz tube.

时,线圈产生的巨大热能和交变磁场,使电离气体的电子、离子和处于基态的

At the time of the coil, the huge heat energy and the alternating magnetic field, the electron, ion and the ground state of the ionized gas.

氖原子发生反复猛烈的碰撞,各种粒子的高速运动,导致气体完全电离形成一

Neon atoms occur repeatedly violent collisions, the high-speed movement of all kinds of particles, resulting in the formation of a completely ionized gas

个类似线圈状的等离子体炬区面,此处温度高达6000一10000摄氏度。样品经

A similar coil shaped plasma torch area, the temperature is as high as 6000 to 10000 degrees celsius. Sample by

处理制成溶液后,由超雾化装置变成全溶胶由底部导入管内,经轴心的石英管

After the treatment is made of solution, the super atomization device is turned into the whole sol to be made from the bottom into the tube.

从喷咀喷入等离子体炬内。样品气溶胶进入等离子体焰时,绝大部分马上分解

From the nozzle is injected into the plasma torch. When the sample aerosol enters the plasma flame, the vast majority of the sample is immediately decomposed.

成激发态的原子、离子状态。

Excited states of atoms and ions.

以上就是小编为您详细先容的电感耦合等离子体光谱仪原理全部内容,针对电

The above is small make up for you detailed introduction of the principle of the inductively coupled plasma spectrometer all content, for electricity

感耦合等离子体光谱仪原理相关内容分析,您可以查看更多内容,希翼以上信

Inductively coupled plasma spectrometer principle related content analysis, you can view more content, I hope the above letter

息对您有所帮助。

Information to help you.


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