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Recombination usually takes place in the whole volume of a plasma (volume recombination), although in some cases it is confined to some special region of it. Each kind of reaction is called a recombining mode and their individual rates are strongly affected by the properties of the plasma such as its
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An everyday example of rapid plasma recombination occurs when a fluorescent lamp is switched off. The low-density plasma in the lamp (which generates the light by bombardment of the fluorescent coating on the inside of the glass wall) recombines in a fraction of a second after the plasma-generating
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reactors. In fact they will provide a good way for extracting the energy produced in the core of the plasma. At the present time, it is believed that the most likely plasma losses observed in the recombining region are due to two different modes: electron ion recombination (EIR) and molecular
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172:), there may also be multiply charged ions. Therefore, a single electron capture results in decrease of the ion charge, but not necessarily in a neutral atom or molecule.
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One example of plasma recombination is observed on the stoppage of electric current in a fluorescent lamp.
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energy (heat), density of each species, pressure and temperature of the surrounding environment.
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Hydrogen recombination modes are of vital importance in the development of
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electric field is removed by switching off the electric power source.
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and combine with electrons or negative ions to form new neutral
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109:Learn how and when to remove this message
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164:. Except for plasma composed of pure
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47:adding citations to reliable sources
362:"Learn the Phase Changes of Matter"
16:Phase transition from plasma to gas
946:. You can help Knowledge (XXG) by
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197:activated recombination (MAR).
132:is a process by which positive
34:needs additional citations for
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877:Macroscopic quantum phenomena
887:Order and disorder (physics)
140:capture a free (energetic)
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912:Thermo-dielectric effect
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806:Enthalpy of sublimation
942:–related article is a
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571:Color-glass condensate
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58:"Plasma recombination"
631:Magnetically ordered
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1003:Plasma physics stubs
510:Fermionic condensate
130:Plasma recombination
43:improve this article
725:Chemical ionization
617:Programmable matter
607:Quantum spin liquid
475:Supercritical fluid
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872:Leidenfrost effect
801:Enthalpy of fusion
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154:exothermic process
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993:Phase transitions
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60: –
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54:Find sources:
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32:This article
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948:expanding it
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922:
907:Superheating
780:Vaporization
775:Triple point
770:Supercooling
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735:Lambda point
685:Condensation
602:Time crystal
580:Other states
520:Quantum Hall
393:. Retrieved
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369:. Retrieved
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317:Condensation
300:Vaporization
192:regions for
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99:October 2008
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41:Please help
36:verification
33:
816:Latent heat
765:Sublimation
710:Evaporation
645:Ferromagnet
640:Ferrimagnet
622:Dark matter
554:High energy
281:Sublimation
209:of matter (
987:Categories
831:Volatility
794:Quantities
755:Regelation
730:Ionization
705:Deposition
657:Superglass
627:Antimatter
561:QCD matter
540:Supersolid
535:Superfluid
498:Low energy
395:2023-02-10
390:Plasma.com
371:2023-02-10
348:References
324:Ionization
312:Deposition
69:newspapers
366:ThoughtCo
892:Spinodal
840:Concepts
720:Freezing
293:Freezing
190:divertor
180:Examples
170:isotopes
168:(or its
166:hydrogen
142:electron
852:Binodal
740:Melting
675:Boiling
592:Crystal
587:Colloid
330:Plasma
289:Liquid
276:Melting
194:tokamak
83:scholar
480:Plasma
461:Liquid
270:Solid
264:Plasma
254:Liquid
138:plasma
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938:This
470:Vapor
456:Solid
449:State
249:Solid
201:Table
146:atoms
136:of a
90:JSTOR
76:books
944:stub
441:list
308:Gas
244:From
162:heat
134:ions
62:news
466:Gas
259:Gas
150:gas
45:by
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241:To
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