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FLUID INJECTION 371 FLUIDS<br />

NT3 ncscr-1 reactor<br />

NT3 nevada university reactor<br />

NT3 prnc-l-77 reactor<br />

NT3 supo reactor<br />

NT3 wrrr reactor<br />

NT1 molt<strong>en</strong> salt fueled reactors<br />

RT fluidized bed reactors<br />

RT liquid metal fuels<br />

FLUID INJECTION<br />

INIS: 2000-01-05; ETDE: 1976-03-11<br />

NT1 gas injection<br />

NT1 miscible-phase displacem<strong>en</strong>t<br />

NT2 carbon dioxide injection<br />

NT2 microemulsion flooding<br />

NT1 steam injection<br />

NT1 waterflooding<br />

NT2 caustic flooding<br />

RT displacem<strong>en</strong>t fluids<br />

RT <strong>en</strong>hanced recovery<br />

RT fluid injection processes<br />

RT hydraulic fracturing<br />

RT hydrology<br />

RT pressurization<br />

RT well stimulation<br />

FLUID INJECTION PROCESSES<br />

2000-04-12<br />

UF cyclic steam injection process<br />

UF huff and puff process<br />

UF steam drive process<br />

NT1 cold-water processes<br />

NT1 hot-water processes<br />

NT1 steam soak processes<br />

RT <strong>en</strong>hanced recovery<br />

RT fluid injection<br />

RT oil sands<br />

FLUID MECHANICS<br />

UF computational fluid dynamics<br />

BT1 mechanics<br />

NT1 aerodynamics<br />

NT1 electrogasdynamics<br />

NT1 hydraulics<br />

NT2 thermal hydraulics<br />

NT1 hydrodynamics<br />

NT2 electrohydrodynamics<br />

NT2 magnetohydrodynamics<br />

NT1 magnetogasdynamics<br />

NT1 pneumatics<br />

RT aerodynamic heating<br />

RT drag<br />

RT fluid flow<br />

RT fluid-structure interactions<br />

RT fluids<br />

RT friction factor<br />

RT g<strong>en</strong>eral circulation models<br />

RT gravity waves<br />

RT hydraulic conductivity<br />

RT hydrostatics<br />

RT navier-stokes equations<br />

RT stagnation point<br />

FLUID POISON CONTROL<br />

1999-05-12<br />

UF chemical shimming<br />

BT1 control<br />

RT burnable poisons<br />

RT poisoning<br />

RT reactor control systems<br />

RT scram<br />

RT soluble poisons<br />

FLUID-STRUCTURE<br />

INTERACTIONS<br />

1980-11-07<br />

Interactions betwe<strong>en</strong> fluids, usually coolants,<br />

and structural compon<strong>en</strong>ts involving<br />

distortion of compon<strong>en</strong>ts such as shields,<br />

spacers, supports etc. in reactors.<br />

RT fluid flow<br />

RT fluid mechanics<br />

RT fuel-coolant interactions<br />

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

RT reactor cooling systems<br />

RT reactor cores<br />

FLUID WITHDRAWAL<br />

INIS: 2000-04-12; ETDE: 1975-11-11<br />

The process of withdrawing fluids such as<br />

ground water from a source, also the quantity<br />

of fluid withdrawn.<br />

UF ground water withdrawal<br />

RT geothermal fluids<br />

RT ground water<br />

fluidic computers<br />

2000-04-12<br />

(Prior to February 1996 this was a valid ETDE<br />

descriptor.)<br />

USE computers<br />

FLUIDIC CONTROL DEVICES<br />

*BT1 control equipm<strong>en</strong>t<br />

BT1 fluidic devices<br />

FLUIDIC DEVICES<br />

NT1 fluidic control devices<br />

RT amplification<br />

FLUIDIZATION<br />

1975-12-09<br />

RT fluidized-bed combustion<br />

RT fluidized bed reactors<br />

RT fluidized beds<br />

RT susp<strong>en</strong>sions<br />

fluidized bed<br />

2000-04-12<br />

(Prior to July 1985, this was a valid ETDE<br />

descriptor.)<br />

USE fluidized beds<br />

FLUIDIZED BED BOILERS<br />

INIS: 1992-03-12; ETDE: 1982-03-11<br />

UF circulating fluidized bed boilers<br />

BT1 boilers<br />

RT fluidized-bed combustion<br />

RT fluidized-bed combustors<br />

RT fluidized beds<br />

FLUIDIZED-BED COMBUSTION<br />

1976-02-11<br />

The combustion of pulverized coal (or other<br />

material) in a fluidized bed with limestone or<br />

dolomite both to suppress sulfur emission (by<br />

chemically combining the sulfur with the bed<br />

material) and to limit the t<strong>en</strong>d<strong>en</strong>cy of<br />

atmospheric nitrog<strong>en</strong> and oxyg<strong>en</strong> to combine<br />

into nitrog<strong>en</strong> oxides (by limiting the<br />

temperature of the combustion reaction).<br />

*BT1 combustion<br />

RT coal<br />

RT fluidization<br />

RT fluidized bed boilers<br />

RT fluidized-bed combustors<br />

FLUIDIZED-BED COMBUSTORS<br />

INIS: 1993-08-02; ETDE: 1976-11-01<br />

BT1 combustors<br />

RT coal<br />

RT fluidized bed boilers<br />

RT fluidized-bed combustion<br />

RT fluidized beds<br />

RT pollution control equipm<strong>en</strong>t<br />

fluidized bed heat exchangers<br />

INIS: 2000-04-12; ETDE: 1977-07-23<br />

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

descriptor.)<br />

USE fluidized beds<br />

USE heat exchangers<br />

FLUIDIZED BED HYDROGENATION<br />

PROCESS<br />

INIS: 2000-04-12; ETDE: 1976-01-23<br />

Production of methane- and ethane-rich gas at<br />

elevated temperatures and pressure from<br />

hydrocarbons.<br />

UF fbh process<br />

BT1 sng processes<br />

RT hydrocarbons<br />

RT petroleum<br />

FLUIDIZED BED REACTORS<br />

*BT1 fuel dispersion reactors<br />

RT fluid fueled reactors<br />

RT fluidization<br />

FLUIDIZED BED REFUSE<br />

GASIFICATION<br />

INIS: 1993-03-25; ETDE: 1976-11-01<br />

Partial oxidation pyrolysis using air and air<br />

or steam for gasification and catalysts to<br />

increase thermal effici<strong>en</strong>cy. May be used for<br />

coal or oil shale gasification. Produces fuel<br />

gas.<br />

*BT1 gasification<br />

*BT1 waste processing<br />

RT coal gasification<br />

RT oil shales<br />

FLUIDIZED BEDS<br />

INIS: 1975-12-09; ETDE: 1976-03-25<br />

UF circulating fluidized beds<br />

UF fluidized bed<br />

UF fluidized bed heat exchangers<br />

RT cafb process<br />

RT chemical reactions<br />

RT chemical reactors<br />

RT ebullated bed<br />

RT fluidization<br />

RT fluidized bed boilers<br />

RT fluidized-bed combustors<br />

RT packed beds<br />

RT susp<strong>en</strong>sions<br />

FLUIDS<br />

Not for the concepts covered by BODY<br />

FLUIDS.<br />

NT1 cryog<strong>en</strong>ic fluids<br />

NT1 cutting fluids<br />

NT1 displacem<strong>en</strong>t fluids<br />

NT1 drilling fluids<br />

NT1 fracturing fluids<br />

NT1 gases<br />

NT2 air<br />

NT3 compressed air<br />

NT3 surface air<br />

NT2 associated gas<br />

NT2 coal gas<br />

NT2 compressed gases<br />

NT3 compressed air<br />

NT2 cosmic gases<br />

NT2 cover gas<br />

NT2 dissociating gases<br />

NT2 dissolved gases<br />

NT2 exhaust gases<br />

NT2 fuel gas<br />

NT3 high btu gas<br />

NT3 intermediate btu gas<br />

NT4 carburetted water gas<br />

NT4 town gas<br />

NT4 water gas<br />

NT3 landfill gas<br />

NT3 low btu gas<br />

NT4 producer gas<br />

NT3 natural gas<br />

NT4 abiog<strong>en</strong>ic gas<br />

NT4 liquefied natural gas<br />

NT2 ionized gases<br />

NT3 fully ionized gases<br />

NT4 lor<strong>en</strong>tz gas

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