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METAMICT STATE 664 METERING<br />

NT3 plutonium-alpha<br />

NT3 plutonium-beta<br />

NT3 plutonium-delta<br />

NT3 plutonium-epsilon<br />

NT3 plutonium-gamma<br />

NT2 protactinium<br />

NT2 thorium<br />

NT3 thorium-alpha<br />

NT3 thorium-beta<br />

NT2 uranium<br />

NT3 depleted uranium<br />

NT3 <strong>en</strong>riched uranium<br />

NT4 highly <strong>en</strong>riched uranium<br />

NT4 moderately <strong>en</strong>riched uranium<br />

NT4 slightly <strong>en</strong>riched uranium<br />

NT3 natural uranium<br />

NT3 uranium-alpha<br />

NT3 uranium-beta<br />

NT3 uranium-gamma<br />

NT1 alkali metals<br />

NT2 cesium<br />

NT2 francium<br />

NT2 lithium<br />

NT2 potassium<br />

NT2 rubidium<br />

NT2 sodium<br />

NT1 alkaline earth metals<br />

NT2 barium<br />

NT2 beryllium<br />

NT2 calcium<br />

NT2 magnesium<br />

NT2 radium<br />

NT2 strontium<br />

NT1 aluminium<br />

NT1 antimony<br />

NT1 bismuth<br />

NT1 cadmium<br />

NT1 gallium<br />

NT1 germanium<br />

NT1 heavy metals<br />

NT1 indium<br />

NT1 lead<br />

NT1 liquid metals<br />

NT1 mercury<br />

NT1 polonium<br />

NT1 rare earths<br />

NT2 cerium<br />

NT3 cerium-alpha<br />

NT3 cerium-beta<br />

NT3 cerium-gamma<br />

NT2 dysprosium<br />

NT2 erbium<br />

NT2 europium<br />

NT2 gadolinium<br />

NT2 holmium<br />

NT2 lanthanum<br />

NT2 lutetium<br />

NT2 neodymium<br />

NT2 praseodymium<br />

NT2 promethium<br />

NT2 samarium<br />

NT2 terbium<br />

NT2 thulium<br />

NT2 ytterbium<br />

NT1 refractory metals<br />

NT2 hafnium<br />

NT3 hafnium-alpha<br />

NT3 hafnium-beta<br />

NT2 iridium<br />

NT2 molybd<strong>en</strong>um<br />

NT2 niobium<br />

NT3 niobium-alpha<br />

NT3 niobium-beta<br />

NT2 osmium<br />

NT2 rh<strong>en</strong>ium<br />

NT2 rhodium<br />

NT2 ruth<strong>en</strong>ium<br />

NT2 tantalum<br />

NT2 technetium<br />

NT2 tungst<strong>en</strong><br />

NT3 tungst<strong>en</strong>-alpha<br />

NT1 scrap metals<br />

NT1 thallium<br />

NT1 tin<br />

NT1 transition elem<strong>en</strong>ts<br />

NT2 chromium<br />

NT2 cobalt<br />

NT2 copper<br />

NT2 gold<br />

NT2 hafnium<br />

NT3 hafnium-alpha<br />

NT3 hafnium-beta<br />

NT2 iron<br />

NT3 iron-alpha<br />

NT3 iron-delta<br />

NT3 iron-gamma<br />

NT2 manganese<br />

NT3 manganese-alpha<br />

NT2 molybd<strong>en</strong>um<br />

NT2 nickel<br />

NT2 niobium<br />

NT3 niobium-alpha<br />

NT3 niobium-beta<br />

NT2 platinum metals<br />

NT3 iridium<br />

NT3 osmium<br />

NT3 palladium<br />

NT3 platinum<br />

NT3 rhodium<br />

NT3 ruth<strong>en</strong>ium<br />

NT2 rh<strong>en</strong>ium<br />

NT2 scandium<br />

NT2 silver<br />

NT2 tantalum<br />

NT2 technetium<br />

NT2 titanium<br />

NT3 titanium-alpha<br />

NT3 titanium-beta<br />

NT2 tungst<strong>en</strong><br />

NT3 tungst<strong>en</strong>-alpha<br />

NT2 vanadium<br />

NT2 yttrium<br />

NT2 zirconium<br />

NT3 zirconium-alpha<br />

NT3 zirconium-beta<br />

NT3 zirconium-omega<br />

NT1 zinc<br />

RT alloys<br />

RT azbel-kaner resonance<br />

RT carbonyls<br />

RT gru<strong>en</strong>eis<strong>en</strong> formula<br />

RT metal industry<br />

RT metalloproteins<br />

RT metallothionein<br />

RT semimetals<br />

RT work functions<br />

METAMICT STATE<br />

INIS: 1985-06-10; ETDE: 1982-02-23<br />

State of a radioactive mineral, exhibiting<br />

lattice disruption due to radiation damage<br />

while the original external morphology is<br />

retained.<br />

RT crystal structure<br />

RT minerals<br />

RT physical radiation effects<br />

METAMORPHIC ROCKS<br />

UF crystalline rocks<br />

UF hornfelses<br />

BT1 rocks<br />

NT1 amphibolites<br />

NT1 gneisses<br />

NT1 granulites<br />

NT1 marble<br />

NT1 quartzites<br />

NT1 schists<br />

NT1 serp<strong>en</strong>tinites<br />

RT basem<strong>en</strong>t rock<br />

METAMORPHISM<br />

The mineralogical and structural adjustm<strong>en</strong>t<br />

of solid rocks to physical and chemical<br />

conditions which have be<strong>en</strong> imposed at depth<br />

below the surface zones of weathering and<br />

cem<strong>en</strong>tation, which differ from the conditions<br />

under which the rocks in question originated.<br />

NT1 hydrothermal alteration<br />

RT geology<br />

RT hydrothermal stage<br />

RT tectonics<br />

METAMORPHOSIS<br />

RT adults<br />

RT animal growth<br />

RT larvae<br />

RT ontog<strong>en</strong>esis<br />

RT pupae<br />

metaphase<br />

USE mitosis<br />

METASTABLE STATES<br />

For atomic and molecular states only; for<br />

nuclear states use ISOMERIC NUCLEI.<br />

*BT1 excited states<br />

METASTASES<br />

RT neoplasms<br />

meteoric water<br />

2000-04-12<br />

Water of rec<strong>en</strong>t atmospheric origin.<br />

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

descriptor.)<br />

USE ground water<br />

METEORITES<br />

NT1 iron meteorites<br />

NT1 stone meteorites<br />

NT2 achondrites<br />

NT2 chondrites<br />

RT meteoroids<br />

RT tektites<br />

METEOROIDS<br />

UF meteors<br />

RT meteorites<br />

RT solar system<br />

METEOROLOGY<br />

RT acoustic radar<br />

RT atmospheric circulation<br />

RT atmospheric precipitations<br />

RT buoys<br />

RT climate models<br />

RT climates<br />

RT cloud cover<br />

RT clouds<br />

RT cond<strong>en</strong>sation nuclei<br />

RT earth atmosphere<br />

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

RT seasons<br />

RT site characterization<br />

RT site selection<br />

RT storms<br />

RT temperature inversions<br />

RT weather<br />

RT wind<br />

RT wmo<br />

meteors<br />

USE meteoroids<br />

meter wave radiation<br />

USE mhz range<br />

USE radiowave radiation<br />

METERING<br />

INIS: 2000-02-01; ETDE: 1980-10-27<br />

NT1 master metering<br />

RT measuring methods

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