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SUPERCONDUCTING CAVITY RESONATORS 1121 SUPERCRITICAL GAS EXTRACTION<br />

RT gas-insulated cables<br />

RT superconducting composites<br />

RT superconducting devices<br />

RT superconductivity<br />

SUPERCONDUCTING CAVITY<br />

RESONATORS<br />

*BT1 cavity resonators<br />

BT1 superconducting devices<br />

RT cyclic accelerators<br />

RT microwave equipm<strong>en</strong>t<br />

RT rf systems<br />

SUPERCONDUCTING COILS<br />

INIS: 1995-02-27; ETDE: 1975-11-11<br />

(Prior to January 1983 this concept was<br />

indexed by SUPERCONDUCTING<br />

DEVICES.)<br />

*BT1 electric coils<br />

RT magnet coils<br />

RT magnetic <strong>en</strong>ergy storage equipm<strong>en</strong>t<br />

RT superconducting magnetic <strong>en</strong>ergy<br />

storage<br />

RT superconducting magnets<br />

SUPERCONDUCTING COLLOID<br />

DETECTORS<br />

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

Operates on the principle that a charged<br />

particle passing through a superconducting<br />

colloid in the metastable, superheated state<br />

leads to a measurable change in the<br />

inductance of a surrounding pick-up coil.<br />

*BT1 radiation detectors<br />

BT1 superconducting devices<br />

RT colloids<br />

RT position s<strong>en</strong>sitive detectors<br />

SUPERCONDUCTING COMPOSITES<br />

Superconductors embedded or clad in a<br />

conductor matrix.<br />

*BT1 composite materials<br />

RT superconducting cables<br />

SUPERCONDUCTING<br />

CYCLOTRONS<br />

INIS: 1991-10-08; ETDE: 1983-03-24<br />

*BT1 cyclotrons<br />

NT1 milan superconducting cyclotron<br />

NT1 texas superconducting cyclotron<br />

RT superconducting devices<br />

SUPERCONDUCTING DEVICES<br />

1976-02-24<br />

Restricted to g<strong>en</strong>eral or review articles and<br />

bibliographies.<br />

NT1 cryotrons<br />

NT1 flux pumps<br />

NT1 squid devices<br />

NT1 superconducting cavity resonators<br />

NT1 superconducting colloid detectors<br />

NT1 superconducting g<strong>en</strong>erators<br />

NT1 superconducting magnets<br />

NT1 superconducting motors<br />

RT superconducting cables<br />

RT superconducting cyclotrons<br />

RT superconducting junctions<br />

SUPERCONDUCTING FILMS<br />

1983-06-30<br />

BT1 films<br />

RT superconductors<br />

superconducting flux pumps<br />

2000-04-12<br />

USE flux pumps<br />

SUPERCONDUCTING<br />

GENERATORS<br />

*BT1 rotating g<strong>en</strong>erators<br />

BT1 superconducting devices<br />

SUPERCONDUCTING JUNCTIONS<br />

1999-10-15<br />

SF junctions<br />

NT1 josephson junctions<br />

RT superconducting devices<br />

RT superconductors<br />

RT tunnel effect<br />

SUPERCONDUCTING MAGNETIC<br />

ENERGY STORAGE<br />

INIS: 1995-01-11; ETDE: 1982-10-20<br />

(Until January 1995 this concept was indexed<br />

to SUPERCONDUCTIVE ENERGY<br />

STORAGE.)<br />

UF smes<br />

UF superconductive <strong>en</strong>ergy storage<br />

*BT1 magnetic <strong>en</strong>ergy storage<br />

RT superconducting coils<br />

RT superconducting magnets<br />

SUPERCONDUCTING MAGNETS<br />

1995-02-27<br />

(From February 1979 to March 1997 LARGE<br />

COIL PROGRAM was a valid ETDE<br />

descriptor.)<br />

UF large coil program<br />

UF superconducting sol<strong>en</strong>oids<br />

*BT1 electromagnets<br />

BT1 superconducting devices<br />

RT magnet coils<br />

RT magnetic <strong>en</strong>ergy storage<br />

RT magnetic <strong>en</strong>ergy storage equipm<strong>en</strong>t<br />

RT superconducting coils<br />

RT superconducting magnetic <strong>en</strong>ergy<br />

storage<br />

RT superconductors<br />

SUPERCONDUCTING MOTORS<br />

*BT1 electric motors<br />

BT1 superconducting devices<br />

superconducting quantum<br />

interfer<strong>en</strong>ce devices<br />

1993-11-09<br />

USE squid devices<br />

superconducting sol<strong>en</strong>oids<br />

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

USE sol<strong>en</strong>oids<br />

USE superconducting magnets<br />

SUPERCONDUCTING SUPER<br />

COLLIDER<br />

INIS: 1985-01-18; ETDE: 1984-03-06<br />

UF desertron<br />

UF ssc<br />

BT1 storage rings<br />

*BT1 synchrotrons<br />

SUPERCONDUCTING WIRES<br />

1982-11-30<br />

BT1 wires<br />

RT superconductors<br />

superconductive <strong>en</strong>ergy storage<br />

INIS: 1995-01-11; ETDE: 2002-06-13<br />

(Until January 1995 this was a valid<br />

descriptor.)<br />

USE superconducting magnetic <strong>en</strong>ergy<br />

storage<br />

SUPERCONDUCTIVITY<br />

1996-01-24<br />

*BT1 electric conductivity<br />

RT abrikosov theory<br />

RT ac losses<br />

RT anyons<br />

RT bcs theory<br />

RT belyaev theory<br />

RT bogolyubov method<br />

RT coher<strong>en</strong>ce l<strong>en</strong>gth<br />

RT collective excitations<br />

RT cooper pairs<br />

RT critical curr<strong>en</strong>t<br />

RT critical field<br />

RT cryog<strong>en</strong>ics<br />

RT electron-electron coupling<br />

RT electron-hole coupling<br />

RT electron-ion coupling<br />

RT electron-phonon coupling<br />

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

RT flux quantization<br />

RT ginzburg-landau theory<br />

RT gorkov-eliashberg theory<br />

RT helicon resonance<br />

RT high-tc superconductors<br />

RT hubbard model<br />

RT intermediate state<br />

RT josephson effect<br />

RT kisslinger-sor<strong>en</strong>s<strong>en</strong> theory<br />

RT kosterlitz-thouless theory<br />

RT london equation<br />

RT magnetic flux<br />

RT meissner-ochs<strong>en</strong>feld effect<br />

RT mixed state<br />

RT p<strong>en</strong>etration depth<br />

RT pippard theory<br />

RT proximity effect<br />

RT qu<strong>en</strong>ching<br />

RT superconducting cables<br />

RT tunnel effect<br />

SUPERCONDUCTORS<br />

NT1 organic superconductors<br />

NT2 bedt-ttf<br />

NT2 tmtsf<br />

NT2 ttf-tcnq<br />

NT1 stabilized superconductors<br />

NT1 type-i superconductors<br />

NT1 type-ii superconductors<br />

NT2 high-tc superconductors<br />

RT abrikosov theory<br />

RT electric conductors<br />

RT magnetic shielding<br />

RT squid devices<br />

RT superconducting films<br />

RT superconducting junctions<br />

RT superconducting magnets<br />

RT superconducting wires<br />

SUPERCONVERGENCE RELATIONS<br />

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

RT mathematics<br />

RT series expansion<br />

SUPERCOOLING<br />

2008-06-10<br />

BT1 cooling<br />

RT boiling points<br />

RT melting points<br />

RT solidification<br />

supercritical flow<br />

USE turbul<strong>en</strong>t flow<br />

SUPERCRITICAL FLUID<br />

CHROMATOGRAPHY<br />

INIS: 1993-03-23; ETDE: 1983-07-07<br />

*BT1 chromatography<br />

RT capillaries<br />

RT chemical analysis<br />

SUPERCRITICAL GAS<br />

EXTRACTION<br />

INIS: 1994-09-08; ETDE: 1978-11-14<br />

Extraction of a substance with a solv<strong>en</strong>t in its<br />

supercritical state.<br />

*BT1 solv<strong>en</strong>t extraction<br />

RT coal liquefaction<br />

RT coal liquids

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