Sonic spray ionization | Wikipedia audio article
Channel: wikipedia tts
Date: 2019-06-05

This is an audio version of the Wikipedia Article:
https://en.wikipedia.org/wiki/Ion_source


00:00:17 1 Electron ionization
00:01:47 1.1 Electron capture ionization
00:02:46 2 Chemical ionization
00:05:30 2.1 Charge exchange ionization
00:06:12 2.2 Chemi-ionization
00:07:14 2.3 Associative ionization
00:08:09 2.4 Penning ionization
00:10:23 2.5 Ion attachment
00:11:27 3 Gas-discharge ion sources
00:11:45 3.1 Inductively-coupled plasma
00:12:10 3.2 Microwave-induced plasma
00:13:20 3.3 ECR ion source
00:13:52 3.4 Glow discharge
00:14:50 3.5 Flowing afterglow
00:15:20 3.6 Spark ionization
00:16:03 4 Photoionization
00:16:23 4.1 Multi-photon ionization
00:16:59 4.2 Atmospheric pressure photoionization
00:17:49 5 Desorption ionization
00:17:59 5.1 Field desorption
00:19:01 5.2 Particle bombardment
00:19:11 5.2.1 Fast atom bombardment
00:20:25 5.2.2 Secondary ionization
00:21:35 5.2.3 Plasma desorption ionization
00:22:10 5.3 Laser desorption ionization
00:22:54 5.3.1 Surface-assisted laser desorption/ionization
00:23:45 5.3.2 Surface-enhanced laser desorption/ionization
00:24:12 5.3.3 Desorption ionization on silicon
00:24:33 5.3.4 Smalley source
00:25:04 5.3.5 Aerosol ionization
00:25:32 6 Spray ionization
00:26:41 6.1 Matrix-Assisted Ionization
00:28:15 6.2 Atmospheric pressure chemical ionization
00:29:09 6.3 Thermospray ionization
00:29:37 6.4 Electrospray ionization
00:32:37 6.4.1 Probe electrospray ionization
00:33:01 6.5 Contactless atmospheric pressure ionization
00:33:41 6.6 Sonic spray ionization
00:34:57 6.7 Ultrasonication-assisted spray ionization
00:35:18 7 Thermal ionization
00:36:15 8 Ambient ionization
00:39:46 9 Applications
00:39:56 9.1 Mass spectrometry
00:40:35 9.2 Particle accelerators
00:44:02 9.3 Surface modification
00:44:30 10 See also



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SUMMARY
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An ion source is a device that creates atomic and molecular ions. Ion sources are used to form ions for mass spectrometers, optical emission spectrometers, particle accelerators, ion implanters and ion engines.