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QUARK MODEL 905 QUATERNARY AMMONIUM COMPOUNDS<br />

RT quarks<br />

RT string theory<br />

QUARK MODEL<br />

SF parton model<br />

*BT1 composite models<br />

NT1 bag model<br />

NT1 color model<br />

NT1 flavor model<br />

NT1 string models<br />

NT2 superstring models<br />

RT beauty particles<br />

RT charm particles<br />

RT landau quasi particles<br />

RT merons<br />

RT quark-hadron interactions<br />

RT quark matter<br />

RT quarkonium<br />

RT quarks<br />

quark plasma<br />

INIS: 1984-01-18; ETDE: 1983-09-15<br />

USE quark matter<br />

QUARK-QUARK INTERACTIONS<br />

INIS: 1979-09-18; ETDE: 1979-02-23<br />

*BT1 particle interactions<br />

quark sea<br />

INIS: 2000-04-12; ETDE: 1983-09-15<br />

USE quark matter<br />

QUARKONIUM<br />

INIS: 1995-09-08; ETDE: 1980-05-23<br />

A bound state of a quark and an antiquark.<br />

NT1 bottomonium<br />

NT2 chi b0-10235 mesons<br />

NT2 chi b0-9860 mesons<br />

NT2 chi b1-10255 mesons<br />

NT2 chi b1-9890 mesons<br />

NT2 chi b2-10270 mesons<br />

NT2 chi b2-9915 mesons<br />

NT2 upsilon-10023 mesons<br />

NT2 upsilon-10355 mesons<br />

NT2 upsilon-10580 mesons<br />

NT2 upsilon-10860 mesons<br />

NT2 upsilon-11020 mesons<br />

NT2 upsilon-9460 mesons<br />

NT1 charmonium<br />

NT2 chi0-3415 mesons<br />

NT2 chi1-3510 mesons<br />

NT2 chi2-3555 mesons<br />

NT2 eta c-2980 mesons<br />

NT2 eta c-3590 mesons<br />

NT2 j psi-3097 mesons<br />

NT2 psi-3685 mesons<br />

NT2 psi-3770 mesons<br />

NT2 psi-4040 mesons<br />

NT2 psi-4160 mesons<br />

NT2 psi-4415 mesons<br />

NT1 strangeonium<br />

NT2 f2 prime-1525 mesons<br />

NT1 toponium<br />

RT b c mesons<br />

RT baryonium<br />

RT bound state<br />

RT d quarks<br />

RT quark model<br />

RT quarks<br />

RT u quarks<br />

QUARKS<br />

1995-09-08<br />

UF aces (quarks)<br />

UF triplet particles<br />

UF urbaryons<br />

SF grace particles<br />

SF partons<br />

SF taste particles<br />

BT1 fermions<br />

NT1 antiquarks<br />

NT2 b antiquarks<br />

NT2 c antiquarks<br />

NT2 d antiquarks<br />

NT2 s antiquarks<br />

NT2 t antiquarks<br />

NT2 u antiquarks<br />

NT1 b quarks<br />

NT2 b antiquarks<br />

NT1 c quarks<br />

NT2 c antiquarks<br />

NT1 d quarks<br />

NT2 d antiquarks<br />

NT1 s quarks<br />

NT2 s antiquarks<br />

NT1 t quarks<br />

NT2 t antiquarks<br />

NT1 u quarks<br />

NT2 u antiquarks<br />

RT c<strong>en</strong>tauro-type ev<strong>en</strong>ts<br />

RT composite models<br />

RT melosh transformation<br />

RT preons<br />

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

RT quark-gluon interactions<br />

RT quark matter<br />

RT quark model<br />

RT quarkonium<br />

quarrying<br />

INIS: 1975-11-07; ETDE: 2002-02-27<br />

USE surface mining<br />

QUARTET MODEL<br />

UF four-nucleon structure<br />

*BT1 nuclear models<br />

RT cluster model<br />

RT nuclear structure<br />

QUARTZ<br />

Crystalline silica, an important rock-forming<br />

mineral.<br />

*BT1 oxide minerals<br />

RT aplites<br />

RT cristobalite<br />

RT granites<br />

RT granodiorites<br />

RT quartz monzonite<br />

RT quartzites<br />

RT shales<br />

RT silicate minerals<br />

RT silicon oxides<br />

QUARTZ MONZONITE<br />

INIS: 1984-11-30; ETDE: 1984-05-23<br />

UF adamellite<br />

*BT1 granites<br />

RT feldspars<br />

RT quartz<br />

QUARTZITES<br />

Quartz rocks derived from sandstone.<br />

*BT1 metamorphic rocks<br />

RT quartz<br />

RT sandstones<br />

QUASARS<br />

BT1 cosmic radio sources<br />

NT1 blue stellar objects<br />

RT bl lacertae objects<br />

RT radio galaxies<br />

RT seyfert galaxies<br />

RT stars<br />

quasi-elastic reactions<br />

INIS: 1984-04-04; ETDE: 2002-06-13<br />

Reactions betwe<strong>en</strong> heavy ions, dominant at<br />

low <strong>en</strong>ergies, in which small amounts of<br />

<strong>en</strong>ergy and a few particles are transferred.<br />

USE transfer reactions<br />

QUASI-ELASTIC SCATTERING<br />

*BT1 quasi-free reactions<br />

BT1 scattering<br />

RT elastic scattering<br />

QUASI-FISSION<br />

INIS: 1977-04-07; ETDE: 1977-06-03<br />

UF fission-like reactions<br />

*BT1 heavy ion reactions<br />

RT compound-nucleus reactions<br />

RT deep inelastic heavy ion reactions<br />

RT fission<br />

RT heavy ion fusion reactions<br />

RT nuclear fireball model<br />

RT precompound-nucleus emission<br />

QUASI-FREE REACTIONS<br />

Nuclear reactions similar to quasi-free (or<br />

quasi-elastic) scattering, but distinct in that<br />

the incid<strong>en</strong>t particle undergoes a<br />

rearrangem<strong>en</strong>t reaction with the struck<br />

particle in the nucleus instead of just<br />

scattering from it.<br />

*BT1 direct reactions<br />

NT1 quasi-elastic scattering<br />

QUASI PARTICLES<br />

UF dopplerons<br />

NT1 anyons<br />

NT1 excitons<br />

NT1 focusons<br />

NT1 instantons<br />

NT1 landau quasi particles<br />

NT1 magnons<br />

NT1 merons<br />

NT1 phonons<br />

NT1 plasmons<br />

NT1 polarons<br />

NT1 pomeranchuk particles<br />

NT1 rotons<br />

NT1 solitons<br />

RT holes<br />

RT many-body problem<br />

QUASIBOUND STATE<br />

INIS: 1988-11-16; ETDE: 1988-12-05<br />

RT bound state<br />

RT coupling<br />

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

QUASILINEAR PROBLEMS<br />

UF quasilinear theory<br />

RT boltzmann-vlasov equation<br />

RT mathematics<br />

RT nonlinear problems<br />

RT perturbation theory<br />

quasilinear theory<br />

INIS: 1988-11-16; ETDE: 2002-04-26<br />

USE quasilinear problems<br />

QUASIPARTICLE-PHONON MODEL<br />

INIS: 1981-02-27; ETDE: 1981-03-16<br />

*BT1 nuclear models<br />

RT collective model<br />

RT phonons<br />

RT single-particle model<br />

QUASIPOTENTIAL EQUATION<br />

*BT1 integral equations<br />

RT lippmann-schwinger equation<br />

RT quantum field theory<br />

RT scattering amplitudes<br />

QUATERNARY ALLOY SYSTEMS<br />

SF quaternary compounds<br />

BT1 alloy systems

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