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PARTICLE KINEMATICS 821 PARTICLE SOURCES<br />

NT1 quark-hadron interactions<br />

NT1 quark-quark interactions<br />

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

RT coher<strong>en</strong>t tube model<br />

RT four mom<strong>en</strong>tum transfer<br />

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

RT m-theory<br />

RT morrison rule<br />

RT multiple production<br />

RT particle kinematics<br />

RT particle production<br />

RT polarized products<br />

RT s channel<br />

RT straight-line path approximation<br />

RT string models<br />

RT t channel<br />

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

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

RT u channel<br />

PARTICLE KINEMATICS<br />

UF kinematics (particle)<br />

RT angular correlation<br />

RT collisions<br />

RT conservation laws<br />

RT decay<br />

RT distribution<br />

RT equations of motion<br />

RT particle interactions<br />

RT particle rapidity<br />

PARTICLE LOSSES<br />

INIS: 1995-07-03; ETDE: 1983-03-24<br />

BT1 losses<br />

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

RT particle influx<br />

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

RT plasma disruption<br />

PARTICLE MOBILITY<br />

BT1 mobility<br />

NT1 electron mobility<br />

NT1 ion mobility<br />

PARTICLE MODELS<br />

UF models (particle)<br />

BT1 mathematical models<br />

NT1 coher<strong>en</strong>t tube model<br />

NT1 composite models<br />

NT2 bootstrap model<br />

NT2 cim model<br />

NT2 quark model<br />

NT3 bag model<br />

NT3 color model<br />

NT3 flavor model<br />

NT3 string models<br />

NT4 superstring models<br />

NT1 correlated-particle models<br />

NT1 diffraction models<br />

NT1 dual absorption model<br />

NT1 ext<strong>en</strong>ded particle model<br />

NT2 bag model<br />

NT2 string models<br />

NT3 superstring models<br />

NT1 feynman gas model<br />

NT1 fireball model<br />

NT1 gluon model<br />

NT1 hard collision models<br />

NT1 higgs model<br />

NT1 isobar model<br />

NT1 jet model<br />

NT1 lee model<br />

NT1 linear absorption models<br />

NT1 nova model<br />

NT1 octet model<br />

NT1 peripheral models<br />

NT2 baryon-exchange models<br />

NT2 boson-exchange models<br />

NT3 obe model<br />

NT4 ope model<br />

NT5 electric born model<br />

NT3 sigma model<br />

NT2 multiperipheral model<br />

NT3 cluster emission model<br />

NT4 space-time model<br />

NT1 strong-coupling model<br />

NT1 t<strong>en</strong>sor dominance model<br />

NT1 thermodynamic model<br />

NT2 hydrodynamic model<br />

NT1 uncorrelated-particle model<br />

NT1 unified gauge models<br />

NT2 grand unified theory<br />

NT3 standard model<br />

NT2 weinberg-salam gauge model<br />

NT1 van hove model<br />

NT1 vector dominance model<br />

NT1 v<strong>en</strong>eziano model<br />

NT2 dual resonance model<br />

RT branes<br />

RT harmonic oscillator models<br />

RT leading particles<br />

RT limiting fragm<strong>en</strong>tation<br />

RT m-theory<br />

RT optical models<br />

RT particle multiplets<br />

RT particle structure<br />

RT statistical models<br />

RT structure functions<br />

PARTICLE MULTIPLETS<br />

BT1 multiplets<br />

NT1 baryon decuplets<br />

NT1 baryon octets<br />

NT1 meson nonets<br />

NT1 meson octets<br />

RT okubo mass formula<br />

RT particle models<br />

RT spectra<br />

PARTICLE PRODUCTION<br />

UF cumulative effect<br />

UF diffractive dissociation<br />

UF production (particle)<br />

UF production mechanisms (particle)<br />

NT1 coher<strong>en</strong>t production<br />

NT1 electroproduction<br />

NT1 incoher<strong>en</strong>t production<br />

NT1 multiple production<br />

NT2 pionization<br />

NT1 pair production<br />

NT2 internal pair production<br />

NT1 photoproduction<br />

NT2 primakoff effect<br />

RT blank<strong>en</strong>becler-sugar equations<br />

RT hydrodynamic model<br />

RT leading particles<br />

RT mixing ratio<br />

RT particle decay<br />

RT particle interactions<br />

RT reg<strong>en</strong>eration<br />

PARTICLE PROPERTIES<br />

1996-07-18<br />

Use only for data compilations or papers of a<br />

similar broad nature; otherwise use the<br />

specific terms listed below.<br />

UF paracharge<br />

NT1 chirality<br />

NT1 form factors<br />

NT2 dirac form factors<br />

NT2 electromagnetic form factors<br />

NT2 pauli form factors<br />

NT1 g parity<br />

NT1 helicity<br />

NT1 hypercharge<br />

NT1 isospin<br />

NT1 mass differ<strong>en</strong>ce<br />

NT1 parity<br />

NT1 particle radii<br />

NT1 particle rapidity<br />

NT1 particle widths<br />

NT1 spin<br />

NT1 strang<strong>en</strong>ess<br />

RT lifetime<br />

RT limiting values<br />

RT quantum numbers<br />

RT spin ori<strong>en</strong>tation<br />

PARTICLE RADII<br />

For quantum objects only; otherwise use<br />

PARTICLE SIZE.<br />

UF charge radius (particle)<br />

UF mass radius (particle)<br />

BT1 particle properties<br />

RT nuclear radii<br />

RT particle structure<br />

PARTICLE RAPIDITY<br />

Defined as (1/2)ln((E+p)/(E-p)); widely used<br />

in high <strong>en</strong>ergy physics.<br />

UF rapidity<br />

BT1 particle properties<br />

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

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

RT particle kinematics<br />

RT scale invariance<br />

PARTICLE RESUSPENSION<br />

INIS: 1977-09-06; ETDE: 1976-07-07<br />

UF resusp<strong>en</strong>sion<br />

UF resusp<strong>en</strong>sion (particles)<br />

RT aerodynamics<br />

RT aerosols<br />

RT air pollution<br />

RT chemical efflu<strong>en</strong>ts<br />

RT diffusion<br />

RT dispersions<br />

RT dusts<br />

RT earth crust<br />

RT fallout<br />

RT radioactive aerosols<br />

RT radioactive efflu<strong>en</strong>ts<br />

RT radionuclide migration<br />

RT surface air<br />

RT wind<br />

particle-rotor model<br />

INIS: 1984-04-04; ETDE: 2002-04-26<br />

USE particle-core coupling model<br />

PARTICLE SIZE<br />

For quantum objects see PARTICLE RADII.<br />

BT1 size<br />

RT aerosols<br />

RT agglomeration<br />

RT ceramography<br />

RT colloids<br />

RT dispersions<br />

RT droplets<br />

RT dusts<br />

RT elutriation<br />

RT microspheres<br />

RT particle size classifiers<br />

RT particles<br />

RT powders<br />

PARTICLE SIZE CLASSIFIERS<br />

INIS: 1999-09-08; ETDE: 1977-03-08<br />

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

RT classification<br />

RT particle size<br />

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

RT separation processes<br />

RT sorting<br />

RT trommels<br />

PARTICLE SOURCES<br />

BT1 radiation sources<br />

NT1 alpha sources<br />

NT1 antiproton sources<br />

NT1 beta sources

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