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ION-MOBILITY DETECTORS 518 IONIZING RADIATIONS<br />

RT ions<br />

ION-MOBILITY DETECTORS<br />

INIS: 1999-12-31; ETDE: 1980-03-04<br />

Ionization chambers with a corona discharge<br />

ionization source for vapor analysis.<br />

BT1 measuring instrum<strong>en</strong>ts<br />

RT drift chambers<br />

RT gas analysis<br />

RT ionization chambers<br />

ION-MOLECULE COLLISIONS<br />

UF proton-molecule collisions<br />

*BT1 ion collisions<br />

*BT1 molecule collisions<br />

ION-NEUTRALIZATION<br />

SPECTROSCOPY<br />

BT1 spectroscopy<br />

ION PAIRS<br />

UF clusters (ion)<br />

UF ion clusters<br />

RT atomic clusters<br />

RT ions<br />

ION PLASMA WAVES<br />

Dispersive ion waves.<br />

UF dispersive ion waves<br />

*BT1 ion waves<br />

ION PROBES<br />

BT1 probes<br />

RT chemical analysis<br />

RT deuteron probes<br />

RT ion beams<br />

RT ion microprobe analysis<br />

RT ion sources<br />

RT proton probes<br />

RT secondary beams<br />

RT secondary emission<br />

ION PROPULSION<br />

INIS: 1976-02-18; ETDE: 1976-04-19<br />

Vehicular motion caused by reaction from the<br />

high-speed discharge of a beam of ions.<br />

BT1 propulsion<br />

RT ion thrusters<br />

ION RINGS<br />

INIS: 1975-12-19; ETDE: 1976-08-24<br />

RT confinem<strong>en</strong>t<br />

RT magnetic confinem<strong>en</strong>t<br />

RT minimum-b configurations<br />

ION SCATTERING ANALYSIS<br />

*BT1 nondestructive analysis<br />

RT ion beams<br />

RT radiation scattering analysis<br />

RT scattering<br />

ION SELECTIVE ELECTRODE<br />

ANALYSIS<br />

BT1 chemical analysis<br />

RT electrodes<br />

ION-SELECTIVE ELECTRODES<br />

INIS: 2000-04-12; ETDE: 1982-07-27<br />

BT1 electrodes<br />

ION SOURCES<br />

NT1 alpha sources<br />

NT1 duoplasmatrons<br />

NT1 ecr ion sources<br />

NT1 electron beam ion sources<br />

NT1 p<strong>en</strong>ning ion sources<br />

NT1 triplasmatrons<br />

RT atomic beam sources<br />

RT ion probes<br />

RT ions<br />

RT neutral beam sources<br />

RT particle sources<br />

ION SPECTROSCOPY<br />

UF beam-foil spectroscopy<br />

UF beam-gas spectroscopy<br />

BT1 spectroscopy<br />

NT1 ion cyclotron resonance spectroscopy<br />

RT ion beams<br />

RT rutherford backscattering<br />

spectroscopy<br />

ION TEMPERATURE<br />

UF plasma temperature<br />

UF temperature (ion)<br />

RT <strong>en</strong>ergy<br />

RT ions<br />

ION THRUSTERS<br />

INIS: 1975-10-23; ETDE: 1975-12-16<br />

BT1 thrusters<br />

RT ion propulsion<br />

RT propulsion<br />

RT propulsion systems<br />

RT surface ionization<br />

ION WAVE INSTABILITY<br />

*BT1 plasma microinstabilities<br />

RT bernstein mode<br />

ION WAVES<br />

BT1 plasma waves<br />

NT1 ion acoustic waves<br />

NT1 ion plasma waves<br />

RT bernstein mode<br />

IONIC COMPOSITION<br />

RT chemical composition<br />

RT ionosphere<br />

RT ions<br />

RT plasma<br />

IONIC CONDUCTIVITY<br />

*BT1 electric conductivity<br />

NT1 proton conductivity<br />

IONIC CRYSTALS<br />

BT1 crystals<br />

ionic liquids<br />

2010-11-02<br />

USE molt<strong>en</strong> salts<br />

ionic pot<strong>en</strong>tial<br />

INIS: 2000-04-12; ETDE: 1979-02-23<br />

Val<strong>en</strong>ce divided by ionic radius.<br />

(Prior to March 1997 this was a valid ETDE<br />

descriptor.)<br />

USE val<strong>en</strong>ce<br />

ionic reactions<br />

USE chemical reactions<br />

USE ions<br />

ionics electrolytic reg<strong>en</strong>eration<br />

process<br />

INIS: 2000-04-12; ETDE: 1977-04-12<br />

Electrolytic cell technology to convert sodium<br />

sulfate solution to caustic and sulfuric acid.<br />

Sulfate ions formed by oxidation are purged<br />

from the scrubbing loop as dilute sulfuric<br />

acid.<br />

(Prior to January 1995, this was a valid ETDE<br />

descriptor.)<br />

USE desulfurization<br />

IONIZATION<br />

UF discharges (ionization)<br />

NT1 autoionization<br />

NT1 coulomb ionization<br />

NT1 inner-shell ionization<br />

NT1 internal ionization<br />

NT1 photoionization<br />

NT1 surface ionization<br />

NT2 adiabatic surface ionization<br />

RT beam neutralization<br />

RT bragg curve<br />

RT buildup<br />

RT charge exchange<br />

RT charge states<br />

RT dissociation<br />

RT electron attachm<strong>en</strong>t<br />

RT electron detachm<strong>en</strong>t<br />

RT electron loss<br />

RT <strong>en</strong>ergy absorption<br />

RT <strong>en</strong>ergy losses<br />

RT fano factor<br />

RT ionization pot<strong>en</strong>tial<br />

RT ionizing radiations<br />

RT jesse effect<br />

RT kerma<br />

RT let<br />

RT p<strong>en</strong>ning effect<br />

RT plasma production<br />

RT plasma seeding<br />

RT radiation quality<br />

RT wall effects<br />

ionization calorimeters<br />

2000-04-12<br />

USE shower counters<br />

ionization chamber smoke detectors<br />

INIS: 1993-11-08; ETDE: 2002-06-13<br />

USE smoke detectors<br />

IONIZATION CHAMBERS<br />

*BT1 radiation detectors<br />

NT1 boron coated ion chambers<br />

NT1 bragg gray chambers<br />

NT1 cond<strong>en</strong>ser ionization chambers<br />

NT1 extrapolation chambers<br />

NT1 fission chambers<br />

NT1 liquid ionization chambers<br />

NT1 multiwire ionization chambers<br />

RT avalanche qu<strong>en</strong>ching<br />

RT campbelling circuits<br />

RT electron-capture detectors<br />

RT ion-mobility detectors<br />

RT multiwire proportional chambers<br />

RT wall effects<br />

RT wall-less counters<br />

IONIZATION FRONT<br />

ACCELERATORS<br />

INIS: 1991-12-17; ETDE: 1979-05-25<br />

Collective effect accelerator that produces<br />

controlled motion of a pot<strong>en</strong>tial well at the<br />

head of an int<strong>en</strong>se relativistic electron beam.<br />

*BT1 collective accelerators<br />

IONIZATION GAGES<br />

*BT1 vacuum gages<br />

NT1 bayard-alpert gages<br />

NT1 philips gages<br />

NT1 radioactive ionization gages<br />

ionization loss<br />

USE <strong>en</strong>ergy losses<br />

IONIZATION POTENTIAL<br />

RT binding <strong>en</strong>ergy<br />

RT electric pot<strong>en</strong>tial<br />

RT electronegativity<br />

RT ionization<br />

RT plasma seeding<br />

IONIZED GASES<br />

*BT1 gases<br />

NT1 fully ionized gases<br />

NT2 lor<strong>en</strong>tz gas<br />

NT1 strongly ionized gases<br />

NT1 weakly ionized gases<br />

RT fokker-planck equation<br />

RT plasma

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