ja-en - IAEA

NS MUTSU 734 NUCLEAR DETERRENCE
NS MUTSU
UF mutsu (nuclear ship)
*BT1 nuclear merchant ships
RT mutsu reactor
NS OTTO HAHN
UF otto hahn (nuclear ship)
*BT1 nuclear merchant ships
RT otto hahn reactor
NS SAVANNAH
UF savannah (nuclear ship)
*BT1 nuclear merchant ships
RT savannah reactor
NS SIBIR
INIS: 1985-09-09; ETDE: 1985-10-10
UF sibir (nuclear ship)
*BT1 nuclear ships
RT sibir reactor
NSCR REACTOR
Texas A and M Univ., College Station, Texas,
USA.
UF college station texas training reactor
UF nuclear science center reactor texas
UF texas college station training reactor
*BT1 pool type reactors
*BT1 training reactors
*BT1 triga type reactors
NSF-RFP REACTOR
Rockwell International, Rocky Flats Plant,
Golden, Colorado, USA.
UF nuclear safety facility-rfp reactor
UF rocky flats plant nuclear safety
facility
*BT1 zero power reactors
NSLS
INIS: 1979-09-18; ETDE: 1979-04-11
UF national synchrotron light source
*BT1 synchrotron radiation sources
RT light sources
RT synchrotrons
RT x-ray sources
nspp
USE nuclear safety pilot plant
NSRR REACTOR
JAERI, Tokai, Ibaraki, Japan.
UF nuclear safety research reactor
(japan)
*BT1 enriched uranium reactors
*BT1 hydride moderated reactors
*BT1 mixed spectrum reactors
*BT1 pulsed reactors
*BT1 research reactors
*BT1 solid homogeneous reactors
*BT1 water cooled reactors
*BT1 water moderated reactors
NSTX DEVICE
INIS: 1999-07-26; ETDE: 1999-09-03
National Spherical Torus Experiment,
Princeton Plasma Physics Laboratory, USA.
*BT1 spheromak devices
NTA
UF nitrilotriacetic acid
*BT1 amino acids
BT1 chelating agents
NTR REACTOR
General Electric Company, Vallecitos Nuclear
Center, Pleasanton, California, USA.
UF general electric nuclear test reactor
UF nuclear test reactor general electric
company
UF pleasanton usa ntr reactor
*BT1 enriched uranium reactors
*BT1 graphite moderated reactors
*BT1 research reactors
*BT1 tank type reactors
*BT1 test reactors
*BT1 thermal reactors
*BT1 water cooled reactors
*BT1 water moderated reactors
NTU PROCESS
2000-04-12
Air is admitted at top of retort, supporting
combustion which moves downward through
oil shale bed. When fire front reaches bottom,
operation is halted; spent shale is dumped. A
batch process, it is not suitable for retorting
on commercial basis.
RT oil shales
RT retorting
nuclear accidents
SEE radiation accidents
SEE reactor accidents
nuclear acoustic resonance
USE acoustic nmr
NUCLEAR ALIGNMENT
RT oriented nuclei
RT spin orientation
nuclear and radiation safety federal
authority of russia
1997-08-08
USE gosatomnadzor rossii
nuclear attacks
USE nuclear weapons
NUCLEAR CASCADES
UF cascades (nuclear)
UF intranuclear cascades
BT1 energy-level transitions
NT1 gamma cascades
RT energy levels
nuclear charge
USE atomic number
NUCLEAR CHEMISTRY
1999-05-04
Study of nuclei and nuclear reactions using
chemical methods.
(Prior to March 1986 RADIOCHEMISTRY
was used for this concept.)
BT1 chemistry
RT nuclear physics
RT radiochemistry
nuclear contestation
USE public relations
nuclear controversy
This concept has also been indexed by the
combination HAZARDS + HUMAN
POPULATIONS.
(Prior to January 1983 PUBLIC RELATIONS
was used for this concept.)
USE nuclear power
USE public opinion
NUCLEAR CORES
UF core polarization (nuclei)
UF cores (nuclear)
RT nuclear structure
NUCLEAR DAMAGE
INIS: 1976-12-08; ETDE: 1989-11-03
All physical or material damage caused by a
nuclear incident, i.e. resulting from the
radioactive or other hazardous properties of
nuclear materials.
UF damage (nuclear)
RT accidents
RT damage
RT vcoclnd
nuclear damage, conv. on
supplementary compensation for
2000-10-18
USE cscnd
nuclear damage, vienna civil liability
convention
INIS: 1984-06-21; ETDE: 2002-04-17
USE vcoclnd
NUCLEAR DATA COLLECTIONS
Use only for items about nuclear data
collections, not for items which contain
nuclear data.
UF endf
UF evaluated nuclear data file
RT cinda
RT compiled data
RT data base management
RT data compilation
RT evaluated data
RT information systems
RT international nuclear data committee
RT libraries
RT us nuclear data network
NUCLEAR DECAY
INIS: 1978-02-23; ETDE: 1988-10-12
BT1 decay
NT1 alpha decay
NT1 beta decay
NT2 beta-minus decay
NT3 double beta decay
NT2 beta-plus decay
NT2 electron capture decay
NT3 k capture
NT3 l capture
NT3 m capture
NT1 gamma decay
NT1 heavy ion emission decay
NT2 carbon 12 emission decay
NT2 carbon 14 emission decay
NT2 carbon 16 emission decay
NT2 magnesium 28 emission decay
NT2 magnesium 30 emission decay
NT2 neon 24 emission decay
NT2 oxygen 16 emission decay
NT2 silicon 32 emission decay
NT2 silicon 34 emission decay
NT1 internal conversion
NT2 k conversion
NT2 l conversion
NT2 m conversion
NT1 proton-emission decay
NT1 spontaneous fission
NUCLEAR DEFORMATION
For the deformation in the excited state of
nuclei which are not deformed in the ground
state.
BT1 deformation
RT deformed nuclei
nuclear density
INIS: 1984-04-04; ETDE: 2002-04-17
Coordinate descriptor below with NEUTRON
DENSITY and/or PROTON DENSITY.
USE nuclear matter