The Principle Analysis of Plasma Cleaning Machine / Plasma Cleaning Equipment
            Author: Shenzhen three and wave of Electrical and Mechanical Technology Co., LtdIssuing Time:2017-08-03 08:57:05Pageviews:3577【smallmediumbig】
            We first define what is a plasma, the plasma is a group containing positive ions, electrons, free radicals and neutral gas atoms will be composed of the gas group, such as fluorescent, neon light shiny state, that is, The state of the plasma is shiny. The plasma is produced mainly by electrons to strike the neutral gas...
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            We
 first define what is a plasma, the plasma is a group containing 
positive ions, electrons, free radicals and neutral gas atoms will be 
composed of the gas group, such as fluorescent, neon light shiny state, 
that is, The state of the plasma is shiny. The
 plasma is produced mainly by electrons to strike the neutral gas atoms,
 so that the neutral gas atoms dissociate to produce plasma, but the 
neutral gas nuclei have a bound energy to the periphery of the 
electrons, which we call the binding energy, And
 the external electronic energy must be greater than this binding 
energy, will have the ability to dissociate the neutral gas atoms, but 
this external electronic is often energy shortage, there is no ability 
to dissociate the neutral gas atoms, so we must use The method of applying energy to the atomic electron energy makes the electrons available to dissociate the neutral gas atoms.
 
The
 easiest way to add energy to electrons is to use a parallel electrode 
plate to add a DC voltage. The electrons are attracted in the electrodes
 by the positively charged electrode. Accelerated electrons can 
accumulate energy during the acceleration. When the electrons Energy
 to a certain extent, there is the ability to dissociate the neutral gas
 atoms, can produce high-density plasma methods are many, in which we 
simply introduce some can produce high-density plasma method.
            
                
                2017-08-03
                3577People browse