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large coil program 602 LASERS<br />

RT vapor-dominated systems<br />

large coil program<br />

INIS: 1982-11-30; ETDE: 1979-02-23<br />

Coordinate descriptor below with descriptor<br />

for aspect of program discussed, e.g.<br />

SUPERCONDUCTING MAGNETS.<br />

USE coordinated research programs<br />

USE superconducting magnets<br />

LARGE-EDDY SIMULATION<br />

2009-12-09<br />

Numerical technique for solution of partial<br />

differ<strong>en</strong>tial equations governing turbul<strong>en</strong>t<br />

fluid flow.<br />

*BT1 computerized simulation<br />

RT turbul<strong>en</strong>t flow<br />

LARGE INTESTINE<br />

UF app<strong>en</strong>dix (vermiform)<br />

UF colon<br />

*BT1 intestines<br />

NT1 rectum<br />

RT excretion<br />

RT feces<br />

larmor electrons<br />

USE larmor radius<br />

larmor nuclear precession<br />

USE larmor precession<br />

LARMOR PRECESSION<br />

UF larmor nuclear precession<br />

BT1 precession<br />

LARMOR RADIUS<br />

UF gyromagnetic radius<br />

UF larmor electrons<br />

RT magnetic fields<br />

LARVAE<br />

UF larval stage<br />

UF metacercariae<br />

UF nymphs<br />

UF tadpoles<br />

RT age groups<br />

RT amphibians<br />

RT ichthyoplankton<br />

RT insects<br />

RT metamorphosis<br />

larval stage<br />

USE larvae<br />

LARYNGECTOMY<br />

INIS: 1981-08-31; ETDE: 1981-09-22<br />

*BT1 surgery<br />

RT larynx<br />

LARYNX<br />

BT1 respiratory system<br />

RT laryngectomy<br />

RT neck<br />

LASER BEAM MACHINING<br />

INIS: 1982-09-21; ETDE: 1977-11-09<br />

BT1 machining<br />

LASER CAVITIES<br />

1975-08-22<br />

RT lasers<br />

LASER DOPPLER ANEMOMETERS<br />

INIS: 1993-04-21; ETDE: 1992-07-02<br />

*BT1 anemometers<br />

RT laser radiation<br />

RT lasers<br />

LASER DRILLING<br />

INIS: 1976-07-06; ETDE: 1976-08-24<br />

*BT1 materials drilling<br />

RT laser radiation<br />

LASER FUSION REACTORS<br />

INIS: 1999-04-19; ETDE: 1976-09-15<br />

BT1 thermonuclear reactors<br />

NT1 cascade reactors<br />

NT1 hylife converter<br />

RT antares facility<br />

RT aurora facility<br />

RT direct drive laser implosion<br />

RT gdl facility<br />

RT gekko facility<br />

RT helios facility<br />

RT icf devices<br />

RT indirect drive laser implosion<br />

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

RT inertial fusion drivers<br />

RT laser implosions<br />

RT nova facility<br />

RT omega facility<br />

RT shiva facility<br />

RT trid<strong>en</strong>t facility<br />

RT vulcan facility<br />

laser guidance<br />

INIS: 2000-04-12; ETDE: 1986-09-05<br />

A means of guiding a charged particle beam.<br />

A laser beam photoionizes a channel through<br />

a gas, and the resulting plasma serves to<br />

strongly focus and guide the beam.<br />

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

descriptor.)<br />

USE beam transport<br />

USE laser radiation<br />

LASER IMPLOSIONS<br />

UF thermonuclear implosions (laser)<br />

BT1 implosions<br />

NT1 direct drive laser implosion<br />

NT1 indirect drive laser implosion<br />

RT fusion yield<br />

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

RT laser fusion reactors<br />

RT laser-produced plasma<br />

RT laser-radiation heating<br />

RT laser targets<br />

RT pulsed fusion reactors<br />

LASER ISOTOPE SEPARATION<br />

A laser photon beam selectively excites or<br />

ionizes one of the isotopes which can th<strong>en</strong> be<br />

isolated by electromagnetic, chemical, or<br />

other methods.<br />

UF avlis<br />

UF mlis<br />

UF silex process<br />

*BT1 isotope separation<br />

RT lasers<br />

LASER MATERIALS<br />

1992-08-11<br />

BT1 materials<br />

RT laser radiation<br />

RT lasers<br />

LASER MIRRORS<br />

1999-07-15<br />

BT1 mirrors<br />

RT lasers<br />

LASER POWER TRANSMISSION<br />

INIS: 1992-08-11; ETDE: 1980-10-07<br />

UF power beaming<br />

BT1 power transmission<br />

RT power systems<br />

LASER-PRODUCED PLASMA<br />

BT1 plasma<br />

RT direct drive laser implosion<br />

RT indirect drive laser implosion<br />

RT laser implosions<br />

RT laser-radiation heating<br />

RT plasma production<br />

laser pumping<br />

INIS: 2000-03-28; ETDE: 1981-08-21<br />

Use one of the NT's under pumping.<br />

SEE pumping<br />

LASER RADIATION<br />

UF laser guidance<br />

*BT1 electromagnetic radiation<br />

RT beat wave accelerators<br />

RT laser doppler anemometers<br />

RT laser drilling<br />

RT laser materials<br />

RT laser-radiation heating<br />

RT laser targets<br />

RT laser welding<br />

RT lasers<br />

RT monochromatic radiation<br />

RT optical radar<br />

RT superradiance<br />

RT visible radiation<br />

LASER-RADIATION HEATING<br />

*BT1 plasma heating<br />

RT direct drive laser implosion<br />

RT indirect drive laser implosion<br />

RT laser implosions<br />

RT laser-produced plasma<br />

RT laser radiation<br />

LASER SPECTROSCOPY<br />

INIS: 1979-09-18; ETDE: 1978-12-20<br />

BT1 spectroscopy<br />

NT1 raman spectroscopy<br />

RT absorption spectroscopy<br />

RT fluoresc<strong>en</strong>ce spectroscopy<br />

RT raman spectra<br />

LASER TARGETS<br />

INIS: 1981-08-31; ETDE: 1978-09-11<br />

SF icf targets<br />

SF inertial confinem<strong>en</strong>t fusion targets<br />

BT1 targets<br />

RT direct drive laser implosion<br />

RT electron beam targets<br />

RT indirect drive laser implosion<br />

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

RT ion beam targets<br />

RT laser implosions<br />

RT laser radiation<br />

RT thermonuclear fuels<br />

LASER WEAPONS<br />

INIS: 2000-04-12; ETDE: 1979-03-05<br />

*BT1 directed-<strong>en</strong>ergy weapons<br />

RT lasers<br />

LASER WELDING<br />

*BT1 welding<br />

RT laser radiation<br />

LASERS<br />

1999-02-22<br />

Light Amplification by Stimulated Emission of<br />

Radiation.<br />

UF petawatt lasers<br />

SF stimulated emission devices<br />

NT1 chemical lasers<br />

NT1 free electron lasers<br />

NT1 gas lasers<br />

NT2 carbon dioxide lasers<br />

NT2 carbon monoxide lasers<br />

NT2 excimer lasers<br />

NT3 krypton chloride lasers<br />

NT3 krypton fluoride lasers<br />

NT2 gas dynamic lasers<br />

NT2 helium-neon lasers<br />

NT2 helium-x<strong>en</strong>on lasers<br />

NT2 iodine lasers<br />

NT2 metal vapor lasers<br />

NT1 liquid lasers<br />

NT2 dye lasers

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