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adial profiles (plasma) 908 RADIATION DETECTORS<br />

*BT1 turbines<br />

RT radial inflow turbines<br />

radial profiles (plasma)<br />

INIS: 1989-09-14; ETDE: 2002-04-26<br />

USE plasma radial profiles<br />

RADIAL VELOCITY<br />

BT1 velocity<br />

RADIANT CABLE HEATING<br />

INIS: 2000-04-12; ETDE: 1977-09-19<br />

*BT1 electric heating<br />

RT radiant heaters<br />

RT space heating<br />

RADIANT FLUX DENSITY<br />

2000-04-12<br />

UF irradiance<br />

UF radiant int<strong>en</strong>sity<br />

BT1 flux d<strong>en</strong>sity<br />

RADIANT HEAT TRANSFER<br />

UF radiative transfer<br />

*BT1 heat transfer<br />

RT emissivity<br />

RT radiative cooling<br />

RT thermal radiation<br />

RADIANT HEATERS<br />

INIS: 2000-04-12; ETDE: 1982-04-09<br />

BT1 heaters<br />

RT radiant cable heating<br />

radiant int<strong>en</strong>sity<br />

2000-04-12<br />

USE radiant flux d<strong>en</strong>sity<br />

RADIATION ABSORPTION<br />

ANALYSIS<br />

Analysis based on the determination of the<br />

absorption of X-ray, gamma-ray, or other<br />

ionizing radiation by the sample.<br />

*BT1 nondestructive analysis<br />

RADIATION ACCIDENTS<br />

1995-05-10<br />

UF accid<strong>en</strong>tal irradiation<br />

UF criticality accid<strong>en</strong>ts<br />

UF goiania radiological emerg<strong>en</strong>cy<br />

SF nuclear accid<strong>en</strong>ts<br />

BT1 accid<strong>en</strong>ts<br />

RT canare<br />

RT emerg<strong>en</strong>cy plans<br />

RT international nuclear ev<strong>en</strong>t scale<br />

RT radiation doses<br />

RADIATION ATTENUATION<br />

TESTING<br />

1986-04-04<br />

(Prior to April 1986 INDUSTRIAL<br />

RADIOGRAPHY was used for this concept.)<br />

*BT1 nondestructive testing<br />

RT industrial radiography<br />

RADIATION BELTS<br />

UF van all<strong>en</strong> belts<br />

NT1 artificial radiation belts<br />

RT charged-particle precipitation<br />

RT earth magnetosphere<br />

RT electron precipitation<br />

RT proton precipitation<br />

radiation buildup<br />

USE buildup<br />

radiation burd<strong>en</strong><br />

USE radiation doses<br />

RADIATION BURNS<br />

*BT1 burns<br />

*BT1 local radiation effects<br />

*BT1 radiation injuries<br />

RT radiodermatitis<br />

RADIATION CHEMISTRY<br />

The chemistry of the effects of high-<strong>en</strong>ergy<br />

radiation on matter. Not to be used for<br />

RADIOCHEMISTRY.<br />

BT1 chemistry<br />

RT chemical radiation effects<br />

RT g value<br />

RT oxonium ions<br />

RT photochemistry<br />

RT radiochemistry<br />

RT radiolysis<br />

RT reaction intermediates<br />

RT recombination<br />

RT scav<strong>en</strong>ging<br />

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

RADIATION CHIMERAS<br />

*BT1 chimeras<br />

RT biological radiation effects<br />

RT sple<strong>en</strong> colony formation<br />

RADIATION CURING<br />

INIS: 1982-10-29; ETDE: 1976-09-28<br />

(Prior to November 1982 this concept was<br />

indexed by the coordination of CHEMICAL<br />

RADIATION EFFECTS and CROSS-<br />

LINKING.)<br />

*BT1 chemical radiation effects<br />

BT1 curing<br />

RT cross-linking<br />

radiation damage (biological)<br />

USE radiation injuries<br />

radiation damage (chemical)<br />

INIS: 1976-03-02; ETDE: 2002-04-26<br />

USE radiolysis<br />

radiation damage (nonbiologic)<br />

2000-04-12<br />

USE radiation effects<br />

radiation damage (physical)<br />

INIS: 1976-03-02; ETDE: 2002-04-26<br />

USE physical radiation effects<br />

radiation decontamination<br />

2000-04-12<br />

USE decontamination<br />

RADIATION DETECTION<br />

UF detection (radiation)<br />

BT1 detection<br />

NT1 charged particle detection<br />

NT2 acoustic detection<br />

NT2 alpha detection<br />

NT2 beta detection<br />

NT2 electron detection<br />

NT2 ion detection<br />

NT2 muon detection<br />

NT2 positron detection<br />

NT2 proton detection<br />

NT1 cosmic ray detection<br />

NT1 fission fragm<strong>en</strong>t detection<br />

NT1 gamma detection<br />

NT1 kaon detection<br />

NT1 neutrino detection<br />

NT1 neutron detection<br />

NT1 pion detection<br />

NT1 x-ray detection<br />

RT coincid<strong>en</strong>ce spectrometry<br />

RT counting circuits<br />

RT dosemeters<br />

RT dosimetry<br />

RT particle discrimination<br />

RT pulse techniques<br />

RT radiation detectors<br />

RT radiation monitoring<br />

RT radiations<br />

RT spectrometers<br />

RT spectroscopy<br />

radiation detection and range<br />

USE radar<br />

RADIATION DETECTORS<br />

UF counters (radiation)<br />

UF detectors (radiation)<br />

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

NT1 chemical radiation detectors<br />

NT1 cher<strong>en</strong>kov counters<br />

NT1 compton diode detectors<br />

NT1 corona counters<br />

NT1 crystal counters<br />

NT2 filam<strong>en</strong>t crystal counters<br />

NT1 dielectric track detectors<br />

NT1 directional radiation detectors<br />

NT1 electron multiplier detectors<br />

NT1 emanometers<br />

NT1 fermilab collider detector<br />

NT1 flow counters<br />

NT1 four-pi detectors<br />

NT1 gas track detectors<br />

NT2 bubble chambers<br />

NT3 cryog<strong>en</strong>ic bubble chambers<br />

NT3 heavy liquid bubble chambers<br />

NT3 ultrasonic bubble chambers<br />

NT2 cloud chambers<br />

NT3 diffusion chambers<br />

NT3 expansion chambers<br />

NT2 spark chambers<br />

NT3 filmless spark chambers<br />

NT4 sonic spark chambers<br />

NT4 wire spark chambers<br />

NT3 projection spark chambers<br />

NT3 streamer spark chambers<br />

NT3 wide gap spark chambers<br />

NT1 geiger-mueller counters<br />

NT1 gravitational wave detectors<br />

NT1 ionization chambers<br />

NT2 boron coated ion chambers<br />

NT2 bragg gray chambers<br />

NT2 cond<strong>en</strong>ser ionization chambers<br />

NT2 extrapolation chambers<br />

NT2 fission chambers<br />

NT2 liquid ionization chambers<br />

NT2 multiwire ionization chambers<br />

NT1 low level counters<br />

NT1 neutron detectors<br />

NT2 activation detectors<br />

NT2 bf3 counters<br />

NT2 boron coated ion chambers<br />

NT2 boron lined counters<br />

NT2 fission chambers<br />

NT2 fission foil detectors<br />

NT2 fission thermocouple detectors<br />

NT2 he-3 counters<br />

NT2 moderating detectors<br />

NT3 bonner sphere detectors<br />

NT3 long counters<br />

NT2 proton recoil detectors<br />

NT2 self-powered neutron detectors<br />

NT2 threshold detectors<br />

NT1 photographic film detectors<br />

NT1 position s<strong>en</strong>sitive detectors<br />

NT1 proportional counters<br />

NT2 bf3 counters<br />

NT2 boron lined counters<br />

NT2 he-3 counters<br />

NT2 liquid proportional counters<br />

NT2 multiwire proportional chambers<br />

NT3 drift chambers<br />

NT4 time projection chambers<br />

NT2 needle chambers<br />

NT1 pyroelectric detectors<br />

NT1 radiometers<br />

NT1 scintillation counters<br />

NT2 gas scintillation detectors<br />

NT2 liquid scintillation detectors

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