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heated efflu<strong>en</strong>ts 446 HEAVY ION EMISSION DECAY<br />

RT heating<br />

RT nucleic acid d<strong>en</strong>aturation<br />

RT protein d<strong>en</strong>aturation<br />

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

RT recrystallization<br />

RT stress relaxation<br />

RT thermal shock<br />

heated efflu<strong>en</strong>ts<br />

USE thermal efflu<strong>en</strong>ts<br />

heater oil<br />

INIS: 2000-04-12; ETDE: 1976-03-11<br />

USE heating oils<br />

HEATERS<br />

NT1 air heaters<br />

NT2 solar air heaters<br />

NT1 feedwater heaters<br />

NT1 radiant heaters<br />

NT1 space heaters<br />

NT2 convectors<br />

NT1 thermoelectric heaters<br />

NT1 water heaters<br />

NT2 solar water heaters<br />

NT3 passive solar water heaters<br />

NT4 thermic diode solar panels<br />

RT heat<br />

RT heat production<br />

RT heat transfer<br />

HEATING<br />

1999-01-22<br />

NT1 aerodynamic heating<br />

NT1 baking<br />

NT1 district heating<br />

NT2 geothermal district heating<br />

NT2 solar district heating<br />

NT1 electric heating<br />

NT2 joule heating<br />

NT3 curr<strong>en</strong>t-drive heating<br />

NT2 radiant cable heating<br />

NT1 flash heating<br />

NT1 geothermal heating<br />

NT2 geothermal district heating<br />

NT2 geothermal space heating<br />

NT2 geothermal water heating<br />

NT1 microwave heating<br />

NT1 plasma heating<br />

NT2 adiabatic compression heating<br />

NT2 beam injection heating<br />

NT2 high-frequ<strong>en</strong>cy heating<br />

NT3 ecr heating<br />

NT3 icr heating<br />

NT3 lower hybrid heating<br />

NT3 magnetic-pumping heating<br />

NT4 acoustic heating<br />

NT4 collisional heating<br />

NT4 transit-time magnetic pumping<br />

NT2 joule heating<br />

NT3 curr<strong>en</strong>t-drive heating<br />

NT2 laser-radiation heating<br />

NT2 shock heating<br />

NT2 turbul<strong>en</strong>t heating<br />

NT1 radiation heating<br />

NT1 solar heating<br />

NT2 solar district heating<br />

NT2 solar space heating<br />

NT2 solar water heating<br />

NT1 space heating<br />

NT2 auxiliary heating<br />

NT2 baseboard heating<br />

NT2 geothermal space heating<br />

NT2 solar space heating<br />

NT1 superheating<br />

NT2 nuclear superheating<br />

NT1 water heating<br />

NT2 geothermal water heating<br />

NT2 solar water heating<br />

RT air conditioning<br />

RT air heaters<br />

RT annual cycle <strong>en</strong>ergy system<br />

RT blisters<br />

RT boiling<br />

RT cooling<br />

RT heat<br />

RT heat exchangers<br />

RT heat pumps<br />

RT heat transfer<br />

RT heat treatm<strong>en</strong>ts<br />

RT heating rate<br />

RT ices program<br />

RT incubation<br />

RT melting<br />

RT retorting<br />

RT subterr<strong>en</strong>e p<strong>en</strong>etrators<br />

RT temperature control<br />

RT thermal degradation<br />

heating floors<br />

2006-03-31<br />

USE floors<br />

USE heating systems<br />

HEATING LOAD<br />

INIS: 2000-04-12; ETDE: 1975-09-30<br />

RT air conditioning<br />

RT cooling load<br />

RT <strong>en</strong>thalpy<br />

RT heat<br />

RT heat gain<br />

RT load collector ratio<br />

RT solar fraction<br />

RT solar heating<br />

HEATING LOOPS<br />

2007-07-27<br />

*BT1 heating systems<br />

RT coolant loops<br />

RT heat transfer fluids<br />

HEATING OILS<br />

INIS: 1992-01-09; ETDE: 1976-03-11<br />

UF burner fuel oil<br />

UF distillate fuel<br />

UF distillate fuel oil<br />

UF furnace oil<br />

UF heater oil<br />

UF no. 2 fuel oil<br />

*BT1 fuel oils<br />

RT liquefied petroleum gases<br />

HEATING RATE<br />

INIS: 1986-03-04; ETDE: 1976-12-15<br />

RT heating<br />

RT time dep<strong>en</strong>d<strong>en</strong>ce<br />

HEATING SYSTEMS<br />

INIS: 1999-01-22; ETDE: 1977-05-07<br />

UF heating floors<br />

SF heat emission systems<br />

SF thermally active structural<br />

compon<strong>en</strong>ts<br />

BT1 <strong>en</strong>ergy systems<br />

NT1 geothermal heating systems<br />

NT1 heating loops<br />

NT1 solar heating systems<br />

NT2 passive solar heating systems<br />

NT3 bead walls<br />

NT3 direct gain systems<br />

NT3 drum walls<br />

NT3 roof ponds<br />

NT3 thermic diode solar panels<br />

NT3 trombe walls<br />

NT3 water walls<br />

NT2 solar-assisted heat pumps<br />

RT chemical heat pumps<br />

RT district heating<br />

RT space heating<br />

RT space hvac systems<br />

heavy fuels<br />

INIS: 1992-05-21; ETDE: 1976-01-23<br />

USE residual fuels<br />

HEAVY ION ACCELERATORS<br />

INIS: 1976-02-11; ETDE: 1975-11-11<br />

Includes combined accelerator types for heavy<br />

ion acceleration.<br />

BT1 accelerators<br />

NT1 brookhav<strong>en</strong> rhic<br />

NT1 calcutta cyclotron<br />

NT1 cracow u-120 cyclotron<br />

NT1 crnl superconducting cyclotron<br />

NT1 cyclone cyclotron<br />

NT1 ganil cyclotron<br />

NT1 hhirf accelerator<br />

NT1 hilacs<br />

NT2 atlas superconducting linac<br />

NT2 superhilac<br />

NT1 himac accelerator<br />

NT1 hirfl cyclotron<br />

NT1 ipcr cyclotron<br />

NT1 jinr u-400 cyclotron<br />

NT1 kvi cyclotron<br />

NT1 milan superconducting cyclotron<br />

NT1 munich suse cyclotron<br />

NT1 nac cyclotron<br />

NT1 numatron accelerator<br />

NT1 rcnp cyclotron<br />

NT1 rilac<br />

NT1 sis synchrotron<br />

NT1 texas superconducting cyclotron<br />

NT1 tohoku cyclotron<br />

NT1 tokyo ins cyclotron<br />

NT1 unilac<br />

NT1 vicksi accelerator<br />

NT1 warsaw cyclotron<br />

RT heavy ions<br />

HEAVY ION DECAY<br />

RADIOISOTOPES<br />

INIS: 1995-06-29; ETDE: 1989-06-23<br />

*BT1 radioisotopes<br />

NT1 carbon 12 decay radioisotopes<br />

NT2 barium 114<br />

NT1 carbon 14 decay radioisotopes<br />

NT2 radium 222<br />

NT2 radium 223<br />

NT2 radium 224<br />

NT2 radium 226<br />

NT1 magnesium 28 decay radioisotopes<br />

NT2 plutonium 236<br />

NT2 uranium 234<br />

NT1 neon 24 decay radioisotopes<br />

NT2 protactinium 231<br />

NT2 thorium 230<br />

NT2 uranium 232<br />

NT2 uranium 233<br />

NT2 uranium 234<br />

NT1 silicon 32 decay radioisotopes<br />

NT2 plutonium 238<br />

RT heavy ion emission decay<br />

HEAVY ION EMISSION DECAY<br />

INIS: 1986-03-04; ETDE: 1988-07-08<br />

*BT1 nuclear decay<br />

NT1 carbon 12 emission decay<br />

NT1 carbon 14 emission decay<br />

NT1 carbon 16 emission decay<br />

NT1 magnesium 28 emission decay<br />

NT1 magnesium 30 emission decay<br />

NT1 neon 24 emission decay<br />

NT1 oxyg<strong>en</strong> 16 emission decay<br />

NT1 silicon 32 emission decay<br />

NT1 silicon 34 emission decay<br />

RT cold fission<br />

RT heavy ion decay radioisotopes

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