Commission Electrotechnique Internationale
International Electrotechnical Commission
Международная Электротехническая Комиссия
 
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Area: 815: Superconductivity           Index language:

Hide details for [<u>Section 815-01: Superconducting properties</u>]Section 815-01: Superconducting properties
815-01-01
perfect diamagnetism
815-01-02
superconductivity
815-01-03
superconducting
815-01-04
superconductive
815-01-05
superconducting state
815-01-06
superconductor
815-01-07
normal (conducting) state
815-01-08
superconducting transition
815-01-09
critical temperature
815-01-10
Meissner state
815-01-11
flux expulsion
815-01-12
Meissner effect
815-01-13
persistent current
815-01-14
flux quantum
815-01-15
fluxoid
815-01-16
fluxon
815-01-17
fluxon lattice
815-01-18
mixed state
815-01-19
intermediate state
815-01-20
superconducting condensation energy
815-01-21
critical (magnetic) field strength
815-01-22
type I superconductor
815-01-23
lower critical (magnetic) field strength
815-01-24
upper critical (magnetic) field strength
815-01-25
type II superconductor
815-01-26
Cooper pair
815-01-27
BCS theory
815-01-28
superconducting energy gap
815-01-29
Ginzburg-Landau theory
815-01-30
(superconducting) order parameter
815-01-31
BCS coherence length
815-01-32
coherence length
815-01-33
(London) penetration depth
815-01-34
Ginzburg-Landau parameter
815-01-35
clean superconductor
815-01-36
dirty superconductor
815-01-37
Josephson junction
815-01-38
DC Josephson effect
815-01-39
AC Josephson effect
815-01-40
isotope effect
815-01-41
surface superconductivity
815-01-42
(superconducting) proximity effect
Hide details for [<u>Section 815-02: Superconducting materials</u>]Section 815-02: Superconducting materials
815-02-01
superconducting element
815-02-02
alloy superconductor
815-02-03
compound superconductor
815-02-04
organic superconductor
815-02-05
oxide superconductor
815-02-06
Perovskite (compound) superconductor
815-02-07
CuO2 sheet
815-02-08
copper-oxide (cuprate) superconductor
815-02-09
p-type copper-oxide (cuprate) superconductor
815-02-10
n-type copper-oxide (cuprate) superconductor
815-02-11
high temperature superconductor
815-02-12
low temperature superconductor
815-02-13
A-15 (compound) superconductor
815-02-14
B-1 (compound) superconductor
815-02-15
Laves phase (compound) superconductor
815-02-16
Chevrel phase (compound) superconductor
815-02-17
fullerene (compound) superconductor
815-02-18
boron carbide superconductor
Hide details for [<u>Section 815-03: Electromagnetic phenomena and properties</u>]Section 815-03: Electromagnetic phenomena and properties
815-03-01
critical current
815-03-02
critical current criterion
815-03-03
critical current density
815-03-04
transport critical current density
815-03-05
critical surface
815-03-06
critical state model
815-03-07
Bean model
815-03-08
Kim model
815-03-09
magnetization critical current density
815-03-10
n-value (of a superconductor)
815-03-11
quench
815-03-12
stabilizer
815-03-13
recovery current
815-03-14
stress effect
815-03-15
radiation effect
815-03-16
Lorentz force (on fluxons)
815-03-17
surface barrier
815-03-18
pinning center
815-03-19
flux pinning
815-03-20
flux creep
815-03-21
flux flow
815-03-22
flux jump
815-03-23
pinning force
815-03-24
elementary pinning force
815-03-25
pinning force density
815-03-26
scaling law of pinning force density
815-03-27
Kramer's law
815-03-28
trapped flux
815-03-29
surface pinning
815-03-30
irreversibility line
Hide details for [<u>Section 815-04: Wires and conductors</u>]Section 815-04: Wires and conductors
815-04-01
wire (in superconductivity-related technology)
815-04-02
conductor (in superconductivity-related technology)
815-04-03
composite conductor
815-04-04
cable (in superconductivity-related technology)
815-04-05
concentric lay cable
815-04-06
braid (in superconductivity-related technology)
815-04-07
strand (in superconductivity-related technology)
815-04-08
coreless cable
815-04-09
tape conductor
815-04-10
hollow conductor
815-04-11
tubular conductor
815-04-12
compact round cable
815-04-13
core cable
815-04-14
Litz cable
815-04-15
stranded conductor (in superconductivity-related technology)
815-04-16
compact stranded conductor
815-04-17
keystone stranded conductor
815-04-18
Rutherford cable
815-04-19
braided conductor
815-04-20
cable-in-conduit conductor
815-04-21
composite superconductor
815-04-22
superconducting filament
815-04-23
superconducting wire
815-04-24
superconducting cable
815-04-25
stabilized superconducting wire
815-04-26
insulated superconducting wire
815-04-27
force-cooled superconducting wire
815-04-28
reinforced superconducting wire
815-04-29
superconducting film
815-04-30
single core (superconducting) wire
815-04-31
multi-filamentary superconducting wire
815-04-32
monolithic superconducting wire
815-04-33
three-component superconducting wire
815-04-34
twisted superconducting wire
815-04-35
DC superconducting wire
815-04-36
pulsed-current superconducting wire
815-04-37
AC superconducting wire
815-04-38
spacing to diameter ratio
815-04-39
matrix (of composite superconductor)
815-04-40
mixed matrix (of a composite superconductor)
815-04-41
matrix to superconductor (volume) ratio
815-04-42
copper to superconductor (volume) ratio
815-04-43
copper to non-copper (volume) ratio
815-04-44
volume percent of superconductor
815-04-45
diffusion barrier
815-04-46
reinforcing member
815-04-47
sheath
815-04-48
twist
815-04-49
twist pitch length
815-04-50
transposition (pitch) length
815-04-51
aspect ratio
815-04-52
corner radius
815-04-53
eddy currents
815-04-54
AC loss
815-04-55
hysteresis loss
815-04-56
eddy current loss
815-04-57
coupling current
815-04-58
proximity coupling current
815-04-59
(filament) coupling (current) loss
815-04-60
(filament) coupling time constant
815-04-61
effective filament diameter
815-04-62
surface impedance
815-04-63
residual resistivity
815-04-64
residual resistance ratio
Hide details for [<u>Section 815-05: Production process</u>]Section 815-05: Production process
815-05-01
drawing
815-05-02
swaging
815-05-03
cold work
815-05-04
billet
815-05-05
extrusion
815-05-06
twisting
815-05-07
stranding
815-05-08
intermediate heat treatment
815-05-09
surface diffusion process
815-05-10
composite fabrication process
815-05-11
bronze process
815-05-12
chemical vapor deposition process
815-05-13
physical vapor deposition process
815-05-14
in-situ process
815-05-15
ex-situ process
815-05-16
powder metallurgy process
815-05-17
external diffusion process
815-05-18
tube process
815-05-19
internal tin process
815-05-20
infiltration process
815-05-21
jelly roll process
815-05-22
melt-textured growth process
815-05-23
texture control
815-05-24
melt process
815-05-25
calcination
815-05-26
precursor
815-05-27
sintering
815-05-28
sol-gel process
815-05-29
coprecipitation process
815-05-30
spray drying process
815-05-31
spray pyrolysis process
815-05-32
freeze-drying process
815-05-33
plasma spray process
Hide details for [<u>Section 815-06: Superconducting magnet technologies</u>]Section 815-06: Superconducting magnet technologies
815-06-01
cryogenic refrigeration
815-06-02
cryocooler
815-06-03
cooling channel
815-06-04
heat transfer
815-06-05
pool boiling (cooling)
815-06-06
conduction cooling
815-06-07
convection cooling
815-06-08
nucleate boiling
815-06-09
film boiling
815-06-10
radiation cooling
815-06-11
radiation shield
815-06-12
residual gas
815-06-13
residual gas heat transfer
815-06-14
vacuum insulation
815-06-15
multilayer insulation
815-06-16
supercritical helium
815-06-17
superfluid helium
815-06-18
stabilization
815-06-19
full stabilization
815-06-20
adiabatic stabilization
815-06-21
dynamic stabilization
815-06-22
magnetic diffusivity
815-06-23
magnetic diffusion time constant
815-06-24
thermal diffusion time constant
815-06-25
current sharing
815-06-26
Stekly's stability criterion
815-06-27
Maddock's stability criterion
815-06-28
equal area theorem
815-06-29
normal zone propagation velocity
815-06-30
thermal runaway
815-06-31
minimum propagation zone criterion
815-06-32
longitudinal propagation
815-06-33
transverse propagation
815-06-34
adiabatic temperature rise
815-06-35
protection circuit
815-06-36
sectioning
815-06-37
grading
815-06-38
external resistor
815-06-39
coupled secondary coil
815-06-40
Joule heating
815-06-41
wind and react technique
815-06-42
react and wind technique
815-06-43
vacuum impregnation
815-06-44
wet winding
815-06-45
insulation
815-06-46
spacer
815-06-47
current lead
815-06-48
training effect
815-06-49
degradation
815-06-50
cryostat
Hide details for [<u>Section 815-07: Applied technology</u>]Section 815-07: Applied technology
815-07-01
coil
815-07-02
magnet
815-07-03
superconducting magnet
815-07-04
solenoid
815-07-05
pancake coil
815-07-06
split pair coil
815-07-07
Helmholtz coil
815-07-08
saddle coil
815-07-09
race-track coil
815-07-10
dipole magnet
815-07-11
quadrupole magnet
815-07-12
toroidal coil
815-07-13
poloidal coil
815-07-14
shim coil
815-07-15
impregnated coil
815-07-16
pulsed magnet
815-07-17
hybrid coil
815-07-18
superconducting (electric) motor
815-07-19
superconducting generator
815-07-20
superconducting power cable
815-07-21
superconducting communication cable
815-07-22
superconducting transformer
815-07-23
superconducting fault current limiter
815-07-24
superconducting magnetic energy storage
815-07-25
nuclear fusion generation
815-07-26
magneto hydrodynamic generation
815-07-27
superconducting magnetically levitated train
815-07-28
superconducting particle accelerator
815-07-29
superconducting cavity
815-07-30
particle detector
815-07-31
cyclotron
815-07-32
gyrotron
815-07-33
synchrotron
815-07-34
synchrotron radiation facility
815-07-35
nuclear magnetic resonance apparatus
815-07-36
magnetic resonance imaging apparatus
815-07-37
superconducting high gradient magnetic separation
815-07-38
flux pump
815-07-39
cryotron
815-07-40
persistent current switch
815-07-41
superconducting magnetic shielding
815-07-42
superconducting transistor
815-07-43
superconducting memory
815-07-44
superconductor-insulator-superconductor mixer
815-07-45
single flux quantum device
815-07-46
superconducting quantum interference device
815-07-47
Josephson voltage standard
815-07-48
magnetic bearing
Hide details for [<u>Section 815-08: Test and evaluation methods</u>]Section 815-08: Test and evaluation methods
815-08-01
natural (logarithmic) strain
815-08-02
nominal (engineering) strain
815-08-03
bending strain
815-08-04
maximum bending strain
815-08-05
serration
815-08-06
stress intensity factor
815-08-07
fracture toughness
815-08-08
compliance method
815-08-09
S-N curve
815-08-10
electrical resistance method
815-08-11
magnetic susceptibility
815-08-12
DC susceptibility method
815-08-13
AC susceptibility
815-08-14
AC susceptibility method
815-08-15
magnetization method for AC loss
815-08-16
calorimetric method for AC loss


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