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BOILING DETECTION 135 BONE MARROW<br />

BOILING DETECTION<br />

BT1 detection<br />

RT boiling<br />

RT bubble growth<br />

RT bubbles<br />

RT foams<br />

RT reactor control systems<br />

RT reactor safety<br />

RT voids<br />

boiling heavy water cooled and<br />

moderated reactor<br />

1993-11-04<br />

USE bhwr type reactors<br />

boiling nuclear superheater reactor<br />

1993-11-04<br />

USE bonus reactor<br />

BOILING POINTS<br />

*BT1 transition temperature<br />

RT azeotrope<br />

RT supercooling<br />

RT superheating<br />

boiling reactor experim<strong>en</strong>t 1<br />

USE borax-1 reactor<br />

boiling reactor experim<strong>en</strong>t 2<br />

USE borax-2 reactor<br />

boiling reactor experim<strong>en</strong>t 3<br />

USE borax-3 reactor<br />

boiling reactor experim<strong>en</strong>t 4<br />

USE borax-4 reactor<br />

boiling reactor experim<strong>en</strong>t 5<br />

2000-04-12<br />

USE borax-5 reactor<br />

boiling water cooled and moderated<br />

reactor<br />

USE bwr type reactors<br />

BOLIVIA<br />

BT1 developing countries<br />

*BT1 south america<br />

NT1 chacaltaya<br />

RT andes<br />

BOLL WEEVIL<br />

UF anthonomus grandis<br />

*BT1 beetles<br />

RT cotton plants<br />

BOLLWORM<br />

UF heliothis<br />

*BT1 moths<br />

RT cotton plants<br />

BOLOMETERS<br />

BT1 measuring instrum<strong>en</strong>ts<br />

RT temperature measurem<strong>en</strong>t<br />

RT thermometers<br />

BOLSA CHICA-1 REACTOR<br />

2000-04-12<br />

USA.<br />

*BT1 bwr type reactors<br />

BOLSA CHICA-2 REACTOR<br />

2000-04-12<br />

USA.<br />

*BT1 bwr type reactors<br />

BOLTED JOINTS<br />

BT1 joints<br />

bolting<br />

USE fast<strong>en</strong>ing<br />

bolts<br />

ETDE: 2002-06-13<br />

USE fast<strong>en</strong>ers<br />

boltwoodite<br />

1997-01-28<br />

(Until October 1996 this was a valid<br />

descriptor.)<br />

USE silicate minerals<br />

USE uranium minerals<br />

boltzmann approximation<br />

USE boltzmann statistics<br />

boltzmann collision integral<br />

USE boltzmann equation<br />

BOLTZMANN EQUATION<br />

1996-07-18<br />

UF boltzmann collision integral<br />

UF boltzmann transport equation<br />

UF born-gre<strong>en</strong>-yvon equation<br />

UF maxwell-boltzmann equation<br />

*BT1 integro-differ<strong>en</strong>tial equations<br />

*BT1 kinetic equations<br />

*BT1 partial differ<strong>en</strong>tial equations<br />

RT collision integrals<br />

RT collision probability method<br />

RT gases<br />

RT p1-approximation<br />

RT p2-approximation<br />

RT p3-approximation<br />

RT statistical mechanics<br />

RT transport theory<br />

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

INIS: 2000-04-12; ETDE: 1983-11-23<br />

USE atmospheric explosions<br />

USE plumbbob project<br />

boltzmann factor<br />

USE boltzmann statistics<br />

BOLTZMANN STATISTICS<br />

UF boltzmann approximation<br />

UF boltzmann factor<br />

UF maxwell-boltzmann distribution<br />

UF maxwell-boltzmann statistics<br />

UF maxwell distribution<br />

UF maxwell statistics<br />

UF maxwell velocity distribution<br />

RT distribution<br />

RT h theorem<br />

RT statistical mechanics<br />

boltzmann transport equation<br />

USE boltzmann equation<br />

BOLTZMANN-VLASOV EQUATION<br />

1995-09-06<br />

UF collisionless boltzmann equation<br />

UF liouville equation<br />

UF vlasov equation<br />

UF vlasov instability<br />

UF vlasov-maxwell equations<br />

SF maxwell-boltzmann system<br />

*BT1 partial differ<strong>en</strong>tial equations<br />

NT1 plasma fluid equations<br />

RT plasma<br />

RT quasilinear problems<br />

RT transport theory<br />

bom-erda process<br />

INIS: 2000-04-12; ETDE: 1978-04-27<br />

This wet oxidative process employs air in<br />

place of oxyg<strong>en</strong> and operates at higher<br />

temperature and pressure than the Ledgemont<br />

process. Ferric and ferrous sulfates and<br />

sulfuric acid are g<strong>en</strong>erated.<br />

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

descriptor.)<br />

USE desulfurization<br />

bom refining districts<br />

INIS: 2000-04-12; ETDE: 1979-12-10<br />

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

ETDE descriptor.)<br />

USE petroleum refineries<br />

BOMB REDUCTION<br />

*BT1 reduction<br />

BOMBS<br />

INIS: 2000-04-12; ETDE: 1984-09-05<br />

Explosive devices fused to detonate under<br />

specified conditions.<br />

BT1 weapons<br />

bombyx<br />

USE silkworm<br />

BOND ANGLE<br />

UF angle (bond)<br />

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

RT chemical bonds<br />

BOND LENGTHS<br />

1999-07-20<br />

*BT1 l<strong>en</strong>gth<br />

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

RT chemical bonds<br />

RT molecular structure<br />

BONDING<br />

For joining metals and other materials. For<br />

nuclear or chemical bonding, see also<br />

BINDING ENERGY.<br />

UF fusion (bonding, nonmetallic)<br />

*BT1 joining<br />

RT adhesion<br />

RT cem<strong>en</strong>ting<br />

RT coalesc<strong>en</strong>ce<br />

RT grouting<br />

RT joints<br />

BONDUR<br />

2000-04-12<br />

*BT1 aluminium base alloys<br />

*BT1 copper alloys<br />

*BT1 magnesium additions<br />

*BT1 manganese additions<br />

*BT1 silicon additions<br />

BONE CELLS<br />

UF osteocytes<br />

*BT1 connective tissue cells<br />

RT bone marrow<br />

RT bone marrow cells<br />

RT bone tissues<br />

bone diseases<br />

USE skeletal diseases<br />

BONE FRACTURES<br />

UF fractures (bone)<br />

*BT1 injuries<br />

RT skeletal diseases<br />

BONE JOINTS<br />

UF joints (anatomy)<br />

UF synovia<br />

*BT1 skeleton<br />

RT cartilage<br />

RT rheumatic diseases

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