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BLAYAIS-1 REACTOR 131 BLOOD PLASMA<br />

BLAYAIS-1 REACTOR<br />

1995-10-02<br />

Electricite de France, Braud-et-Saint-Louis,<br />

Gironde, France<br />

*BT1 pwr type reactors<br />

BLAYAIS-2 REACTOR<br />

2010-08-17<br />

Electricite de France, Braud-et-Saint-Louis,<br />

Gironde, France<br />

*BT1 pwr type reactors<br />

BLAYAIS-3 REACTOR<br />

2010-08-17<br />

Electricite de France, Braud-et-Saint-Louis,<br />

Gironde, France<br />

*BT1 pwr type reactors<br />

BLAYAIS-4 REACTOR<br />

2010-08-17<br />

Electricite de France, Braud-et-Saint-Louis,<br />

Gironde, France<br />

*BT1 pwr type reactors<br />

BLEACHING<br />

RT coloration<br />

bl<strong>en</strong>ders<br />

INIS: 2000-04-12; ETDE: 1976-01-23<br />

USE mixers<br />

bl<strong>en</strong>ding<br />

USE mixing<br />

BLEOMYCIN<br />

*BT1 antibiotics<br />

*BT1 antimitotic drugs<br />

*BT1 antineoplastic drugs<br />

RT neoplasms<br />

RT therapy<br />

BLIND RIVER<br />

*BT1 rivers<br />

BLISTERS<br />

INIS: 1976-10-07; ETDE: 1976-11-01<br />

Resulting near or on the surface of materials<br />

due to external physical or chemical effects.<br />

RT bubbles<br />

RT heating<br />

RT radiation effects<br />

RT surfaces<br />

RT swelling<br />

BLIZZARD DEPOSIT<br />

INIS: 1981-02-27; ETDE: 1981-03-13<br />

*BT1 uranium deposits<br />

RT british columbia<br />

RT uranium ores<br />

BLOCH EQUATIONS<br />

BT1 equations<br />

RT magnetic resonance<br />

BLOCH THEORY<br />

RT quantum mechanics<br />

BLOCH WALL<br />

1976-02-05<br />

Transition layer with finite thickness of a few<br />

hundred lattice constants, betwe<strong>en</strong> ad<strong>ja</strong>c<strong>en</strong>t<br />

ferromagnetic domains.<br />

BT1 domain structure<br />

blocking<br />

USE channeling<br />

blocking layer<br />

INIS: 2000-04-12; ETDE: 1980-03-04<br />

USE depletion layer<br />

BLOCKING OSCILLATORS<br />

*BT1 oscillators<br />

RT pulse g<strong>en</strong>erators<br />

BLOOD<br />

*BT1 body fluids<br />

NT1 blood cells<br />

NT2 blood platelets<br />

NT2 erythrocytes<br />

NT3 reticulocytes<br />

NT2 leukocytes<br />

NT3 basophils<br />

NT3 eosinophils<br />

NT3 lymphocytes<br />

NT3 monocytes<br />

NT3 natural killer cells<br />

NT3 neutrophils<br />

NT1 blood plasma<br />

NT2 blood serum<br />

RT blood circulation<br />

RT blood count<br />

RT blood formation<br />

RT blood groups<br />

RT bone marrow<br />

RT connective tissue<br />

RT extracorporeal irradiation<br />

RT hematologic ag<strong>en</strong>ts<br />

RT hemic diseases<br />

RT hemocyanin<br />

RT hemorrhage<br />

RT hemosiderin<br />

RT homeostasis<br />

RT respiration<br />

RT septicemia<br />

RT transfusions<br />

RT uremia<br />

BLOOD-BRAIN BARRIER<br />

RT homeostasis<br />

RT physiology<br />

BLOOD CELLS<br />

*BT1 blood<br />

NT1 blood platelets<br />

NT1 erythrocytes<br />

NT2 reticulocytes<br />

NT1 leukocytes<br />

NT2 basophils<br />

NT2 eosinophils<br />

NT2 lymphocytes<br />

NT2 monocytes<br />

NT2 natural killer cells<br />

NT2 neutrophils<br />

RT biological indicators<br />

RT blood count<br />

RT bone marrow<br />

BLOOD CHEMISTRY<br />

INIS: 1982-06-09; ETDE: 1980-06-23<br />

*BT1 biochemistry<br />

RT blood coagulation factors<br />

RT blood plasma<br />

RT blood serum<br />

RT hemic diseases<br />

RT pbi<br />

RT qualitative chemical analysis<br />

RT quantitative chemical analysis<br />

BLOOD CIRCULATION<br />

UF cardiac output<br />

UF circulation (blood)<br />

RT blood<br />

RT blood flow<br />

RT blood pressure<br />

RT cardiography<br />

RT cardiovascular system<br />

RT emboli<br />

RT heart<br />

RT ischemia<br />

RT kidneys<br />

RT lungs<br />

RT mechanical heart<br />

RT myocardial infarction<br />

RT parabiosis<br />

RT physiology<br />

RT sple<strong>en</strong><br />

RT vasoconstriction<br />

RT vasodilation<br />

blood clotting<br />

USE blood coagulation<br />

BLOOD COAGULATION<br />

UF blood clotting<br />

UF coagulation (blood)<br />

RT anticoagulants<br />

RT blood coagulation factors<br />

RT blood platelets<br />

RT blood serum<br />

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

RT fibrinolysin<br />

RT hematologic ag<strong>en</strong>ts<br />

RT hematomas<br />

RT hemophilia<br />

RT hemorrhage<br />

RT thrombosis<br />

BLOOD COAGULATION FACTORS<br />

*BT1 proteins<br />

NT1 fibrin<br />

NT1 fibrinog<strong>en</strong><br />

NT1 kallikrein<br />

NT1 plasminog<strong>en</strong><br />

NT1 prothrombin<br />

NT1 thrombin<br />

NT1 thromboplastin<br />

NT1 urokinase<br />

RT blood chemistry<br />

RT blood coagulation<br />

RT blood platelets<br />

RT calcium<br />

RT fibrinolysin<br />

RT folic acid<br />

RT vitamin k<br />

BLOOD COUNT<br />

RT blood<br />

RT blood cells<br />

blood diseases<br />

USE hemic diseases<br />

BLOOD FLOW<br />

UF flow (blood)<br />

RT blood circulation<br />

RT blood vessels<br />

RT emboli<br />

RT organs<br />

BLOOD FORMATION<br />

UF hematopoiesis<br />

UF hemopoiesis<br />

SF leukocytin<br />

NT1 erythropoiesis<br />

NT1 leukopoiesis<br />

NT1 thrombopoiesis<br />

RT blood<br />

RT bone marrow<br />

RT bone marrow cells<br />

RT cell differ<strong>en</strong>tiation<br />

RT hematopoietic system<br />

RT sple<strong>en</strong><br />

RT sple<strong>en</strong> colony formation<br />

RT stem cells<br />

BLOOD GROUPS<br />

RT blood<br />

RT erythrocytes<br />

RT hemagglutinins<br />

RT transfusions<br />

BLOOD PLASMA<br />

UF plasma (blood)<br />

*BT1 blood<br />

NT1 blood serum<br />

RT biological indicators

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