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MARTINIQUE 645 massachusetts institute of technology alcator<br />

MARTINIQUE<br />

INIS: 1992-06-04; ETDE: 1980-08-12<br />

*BT1 lesser antilles<br />

marvel ev<strong>en</strong>t<br />

1994-10-14<br />

A test made under PROJECT PLOWSHARE.<br />

(Prior to September 1994, this was a valid<br />

ETDE descriptor.)<br />

USE nuclear explosions<br />

USE underground explosions<br />

MARVIKEN REACTOR<br />

*BT1 bhwr type reactors<br />

*BT1 <strong>en</strong>riched uranium reactors<br />

*BT1 power reactors<br />

MARX GENERATORS<br />

INIS: 1986-01-21; ETDE: 1985-08-22<br />

Pulsed power devices to charge capacitors in<br />

parallel and discharge them quickly in series<br />

to produce high voltage, high power pulses<br />

used in light ion fusion and in some laser<br />

fusion systems.<br />

*BT1 high-voltage pulse g<strong>en</strong>erators<br />

*BT1 power supplies<br />

MARY KATHLEEN MINES<br />

*BT1 uranium mines<br />

RT australia<br />

MARYLA REACTOR<br />

Institute of Nuclear Research, Academy of<br />

Mining and Metallurgy, Cracow, Poland.<br />

UF polish governm<strong>en</strong>t maryla reactor<br />

UF swierk research reactor maryla<br />

*BT1 <strong>en</strong>riched uranium reactors<br />

*BT1 pool type reactors<br />

*BT1 research reactors<br />

*BT1 zero power reactors<br />

MARYLAND<br />

1997-06-17<br />

UF douglas point site<br />

*BT1 usa<br />

RT chesapeake bay<br />

RT potomac river<br />

RT potomac river basin<br />

RT susquehanna river<br />

RT us east coast<br />

maryland univ. reactor<br />

INIS: 1984-06-21; ETDE: 2002-03-28<br />

USE umne-1 reactor<br />

MASERS<br />

Microwave Amplification by Stimulated<br />

Emission of Radiation.<br />

SF stimulated emission devices<br />

*BT1 microwave amplifiers<br />

RT gasers<br />

RT lasers<br />

RT microwave radiation<br />

RT quantum electronics<br />

RT radiation sources<br />

RT stimulated emission<br />

MASKING<br />

INIS: 1992-02-21; ETDE: 1980-03-29<br />

Using a covering or coating on a<br />

semiconductor or other surface to provide a<br />

masked area for selective deposition or<br />

etching.<br />

SF resist<br />

RT coatings<br />

RT coverings<br />

RT deposition<br />

RT etching<br />

RT scre<strong>en</strong> printing<br />

masks<br />

USE respirators<br />

MASS<br />

NT1 critical mass<br />

NT1 effective mass<br />

NT1 missing mass<br />

NT1 negative mass<br />

NT1 rest mass<br />

NT1 thermal mass<br />

RT dalitz plot<br />

RT equival<strong>en</strong>ce principle<br />

RT gravitational fields<br />

RT linear mom<strong>en</strong>tum<br />

RT mass differ<strong>en</strong>ce<br />

RT mass distribution<br />

RT mass formulae<br />

RT mom<strong>en</strong>t of inertia<br />

RT weight<br />

mass (thermal)<br />

INIS: 2000-04-12; ETDE: 1978-07-05<br />

USE thermal mass<br />

MASS BALANCE<br />

UF balance (mass)<br />

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

RT plasma<br />

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

RT thermonuclear devices<br />

RT thermonuclear reactors<br />

MASS DEFECT<br />

Mass lost to binding <strong>en</strong>ergy.<br />

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

RT nuclear forces<br />

MASS DIFFERENCE<br />

Unexpected differ<strong>en</strong>ce betwe<strong>en</strong> particles of the<br />

same family, e.g., betwe<strong>en</strong> pi plus and pi<br />

minus.<br />

BT1 particle properties<br />

RT mass<br />

MASS DISTRIBUTION<br />

INIS: 1984-08-24; ETDE: 1984-10-24<br />

The way matter is distributed in space or<br />

throughout a body.<br />

*BT1 spatial distribution<br />

RT anisotropy<br />

RT configuration<br />

RT d<strong>en</strong>sity<br />

RT mass<br />

RT shape<br />

MASS DOUBLETS<br />

1992-05-07<br />

RT mass spectroscopy<br />

MASS FORMULAE<br />

NT1 okubo mass formula<br />

RT mass<br />

RT quantum field theory<br />

mass loss<br />

INIS: 1984-04-04; ETDE: 2002-03-28<br />

SEE mass transfer<br />

SEE stellar winds<br />

MASS NUMBER<br />

SF atomic weight<br />

RT mass spectroscopy<br />

RT weizsaecker formula<br />

mass radius (nuclear)<br />

USE nuclear radii<br />

mass radius (particle)<br />

USE particle radii<br />

MASS REARING<br />

BT1 animal breeding<br />

BT1 rearing<br />

RT diet<br />

RT insects<br />

RT nutrition<br />

RT sterile male technique<br />

MASS RENORMALIZATION<br />

BT1 r<strong>en</strong>ormalization<br />

MASS RESOLUTION<br />

BT1 resolution<br />

MASS SPECTRA<br />

BT1 spectra<br />

RT icp mass spectroscopy<br />

MASS SPECTROMETERS<br />

*BT1 spectrometers<br />

NT1 dynamic mass spectrometers<br />

NT2 <strong>en</strong>ergy balance mass spectrometers<br />

NT2 time-of-flight mass spectrometers<br />

NT1 spark mass spectrometers<br />

NT1 static mass spectrometers<br />

RT dees<br />

RT icp mass spectroscopy<br />

RT mass spectroscopy<br />

mass spectrometry<br />

INIS: 1975-10-23; ETDE: 2002-03-28<br />

USE mass spectroscopy<br />

MASS SPECTROSCOPY<br />

UF mass spectrometry<br />

UF sims<br />

BT1 spectroscopy<br />

NT1 icp mass spectroscopy<br />

NT1 resonance ionization mass<br />

spectroscopy<br />

RT mass doublets<br />

RT mass number<br />

RT mass spectrometers<br />

MASS TRANSFER<br />

UF transfer (mass)<br />

SF mass loss<br />

NT1 advection<br />

NT1 convection<br />

NT2 forced convection<br />

NT2 natural convection<br />

NT2 thermosyphon effect<br />

NT1 <strong>en</strong>vironm<strong>en</strong>tal transport<br />

NT2 long-range transport<br />

NT2 radionuclide migration<br />

NT2 runoff<br />

NT1 piston effect<br />

RT air-biosphere interactions<br />

RT atom transport<br />

RT dialysis<br />

RT diffusion<br />

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

RT fluid flow<br />

RT lewis number<br />

RT membrane transport<br />

RT osmosis<br />

MASS TRANSIT SYSTEMS<br />

INIS: 1992-09-09; ETDE: 1977-11-28<br />

SF public transportation systems<br />

BT1 transportation systems<br />

RT rapid transit systems<br />

RT transport<br />

MASSACHUSETTS<br />

1997-06-17<br />

*BT1 usa<br />

RT connecticut river<br />

RT connecticut river basin<br />

RT gulf of maine<br />

RT us east coast<br />

massachusetts institute of technology<br />

alcator<br />

1993-11-09<br />

USE alcator device

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