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CALCIUM NITRIDES 157 CALDER HALL B-4 REACTOR<br />

CALCIUM NITRIDES<br />

*BT1 calcium compounds<br />

*BT1 nitrides<br />

CALCIUM OXIDES<br />

1996-07-08<br />

*BT1 calcium compounds<br />

*BT1 oxides<br />

RT becquerelite<br />

RT ellsworthite<br />

RT liming<br />

RT melanovanadite<br />

RT oxide minerals<br />

RT pascoite<br />

RT perovskite<br />

RT rauvite<br />

RT tyuyamunite<br />

RT zirconolite<br />

CALCIUM PERCHLORATES<br />

1991-09-16<br />

*BT1 calcium compounds<br />

*BT1 perchlorates<br />

CALCIUM PHOSPHATES<br />

1996-06-28<br />

UF calcium hydroxyapatite<br />

*BT1 calcium compounds<br />

*BT1 phosphates<br />

RT phosphate rocks<br />

CALCIUM SILICATES<br />

1996-11-13<br />

*BT1 calcium compounds<br />

*BT1 silicates<br />

RT epidotes<br />

RT garnets<br />

RT ilvaite<br />

RT kainosite<br />

RT lav<strong>en</strong>ite<br />

RT ranquilite<br />

RT silicate minerals<br />

RT uranophane<br />

CALCIUM SILICIDES<br />

INIS: 2000-05-02; ETDE: 1976-06-07<br />

*BT1 calcium compounds<br />

*BT1 silicides<br />

CALCIUM SULFATES<br />

*BT1 calcium compounds<br />

*BT1 sulfates<br />

RT anhydrite<br />

RT gypsum<br />

RT polyhalite<br />

RT sulfate minerals<br />

RT thermoluminesc<strong>en</strong>t dosemeters<br />

CALCIUM SULFIDES<br />

*BT1 calcium compounds<br />

*BT1 sulfides<br />

CALCIUM TUNGSTATES<br />

*BT1 calcium compounds<br />

*BT1 inorganic phosphors<br />

*BT1 tungstates<br />

CALCRETES<br />

INIS: 1994-09-29; ETDE: 1978-06-14<br />

Conglomerate consisting of surficial sand and<br />

gravel cem<strong>en</strong>ted in a hard mass by calcium<br />

carbonate. Important host for uranium<br />

deposits in some parts of the world.<br />

(Until September 1994 this concept was<br />

indexed to LIMESTONE.)<br />

*BT1 conglomerates<br />

CALCULATION METHODS<br />

INIS: 1996-07-08; ETDE: 1975-11-11<br />

NT1 adjoint differ<strong>en</strong>ce method<br />

NT1 approximations<br />

NT2 adiabatic approximation<br />

NT2 born approximation<br />

NT3 coupled channel born<br />

approximation<br />

NT3 dwba<br />

NT2 born-opp<strong>en</strong>heimer approximation<br />

NT2 brinkman-kramers approximation<br />

NT2 brok<strong>en</strong>-pair approximation<br />

NT2 diabatic approximation<br />

NT2 dirac approximation<br />

NT2 eikonal approximation<br />

NT2 equival<strong>en</strong>t-photon approximation<br />

NT2 fsc approximation<br />

NT2 guiding-c<strong>en</strong>ter approximation<br />

NT2 hartree-fock method<br />

NT2 impulse approximation<br />

NT2 ladder approximation<br />

NT2 pade approximation<br />

NT2 random phase approximation<br />

NT2 rosseland approximation<br />

NT2 semiclassical approximation<br />

NT2 spherical harmonics method<br />

NT3 p1-approximation<br />

NT3 p2-approximation<br />

NT3 p3-approximation<br />

NT2 straight-line path approximation<br />

NT2 sudd<strong>en</strong> approximation<br />

NT2 tomonaga approximation<br />

NT2 unitary pole approximation<br />

NT2 wkb approximation<br />

NT2 zero-range approximation<br />

NT1 binary <strong>en</strong>counter method<br />

NT1 bogolyubov method<br />

NT1 brueckner method<br />

NT1 case method<br />

NT1 chew-low method<br />

NT1 collision probability method<br />

NT1 deterministic estimation<br />

NT1 discrete ordinate method<br />

NT1 dynamic programming<br />

NT1 feynman method<br />

NT1 finite elem<strong>en</strong>t method<br />

NT2 boundary elem<strong>en</strong>t method<br />

NT1 g<strong>en</strong>erator-coordinate method<br />

NT1 homog<strong>en</strong>ization methods<br />

NT1 iterative methods<br />

NT2 finite differ<strong>en</strong>ce method<br />

NT2 galerkin-petrov method<br />

NT2 newton method<br />

NT2 runge-kutta method<br />

NT1 k-harmonics method<br />

NT1 lcao method<br />

NT1 linear programming<br />

NT1 lyapunov method<br />

NT1 molecular dynamics method<br />

NT1 molecular orbital method<br />

NT1 mom<strong>en</strong>ts method<br />

NT1 monte carlo method<br />

NT1 multiple collision method<br />

NT1 n-d method<br />

NT1 nodal expansion method<br />

NT1 nonlinear programming<br />

NT1 omnes-muskhelishvili method<br />

NT1 ose<strong>en</strong> method<br />

NT1 patterson method<br />

NT1 probabilistic estimation<br />

NT1 response matrix method<br />

NT1 ritz method<br />

NT1 rydberg-klein-rees method<br />

NT1 saddle-point method<br />

NT1 slater method<br />

NT1 tamm-dancoff method<br />

NT1 transfer matrix method<br />

NT1 variational methods<br />

NT2 d<strong>en</strong>sity functional method<br />

NT2 hsk procedure<br />

NT2 resonating-group method<br />

NT2 schwinger variational method<br />

NT1 wick-chandrasekhar method<br />

NT1 wigner-seitz method<br />

NT1 yvon method<br />

RT algorithms<br />

RT mathematical solutions<br />

RT measuring methods<br />

RT numerical solution<br />

RT s<strong>en</strong>sitivity analysis<br />

calculations (1-dim<strong>en</strong>sional)<br />

USE one-dim<strong>en</strong>sional calculations<br />

calculations (2-dim<strong>en</strong>sional)<br />

USE two-dim<strong>en</strong>sional calculations<br />

calculations (3-dim<strong>en</strong>sional)<br />

USE three-dim<strong>en</strong>sional calculations<br />

calculations (4-dim<strong>en</strong>sional)<br />

USE four-dim<strong>en</strong>sional calculations<br />

calculations (computer)<br />

USE computer calculations<br />

calculations (many dim<strong>en</strong>sions)<br />

USE many-dim<strong>en</strong>sional calculations<br />

CALCULATORS<br />

INIS: 1985-12-10; ETDE: 1978-11-14<br />

Small, oft<strong>en</strong> hand-held, devices capable of<br />

carrying out limited logic and arithmetic<br />

operations.<br />

UF pocket calculators<br />

*BT1 digital computers<br />

RT data processing<br />

CALCULI<br />

In biology and medicine only; to be assigned<br />

in coordination with descriptors specifying<br />

their location such as URINARY TRACT,<br />

PANCREAS, etc.<br />

UF gallstones<br />

UF kidney stones<br />

RT kidneys<br />

RT urinary tract<br />

calculus (differ<strong>en</strong>tial)<br />

USE differ<strong>en</strong>tial calculus<br />

CALCUTTA CYCLOTRON<br />

INIS: 1983-06-01; ETDE: 1983-03-24<br />

*BT1 heavy ion accelerators<br />

*BT1 variable <strong>en</strong>ergy cyclotrons<br />

CALDASITE<br />

*BT1 igneous rocks<br />

*BT1 uranium ores<br />

RT baddeleyite<br />

RT zircon<br />

CALDER HALL A-1 REACTOR<br />

Seascale, Cumbria, United Kingdom.<br />

UF a-1 reactor (calder hall)<br />

*BT1 carbon dioxide cooled reactors<br />

*BT1 magnox type reactors<br />

*BT1 plutonium production reactors<br />

*BT1 thermal reactors<br />

CALDER HALL A-2 REACTOR<br />

Seascale, Cumbria, United Kingdom.<br />

UF a-2 reactor (calder hall)<br />

*BT1 carbon dioxide cooled reactors<br />

*BT1 magnox type reactors<br />

*BT1 plutonium production reactors<br />

*BT1 thermal reactors<br />

CALDER HALL B-3 REACTOR<br />

Seascale, Cumbria, United Kingdom.<br />

*BT1 carbon dioxide cooled reactors<br />

*BT1 magnox type reactors<br />

*BT1 plutonium production reactors<br />

*BT1 thermal reactors

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