| Section 815-20: Superconducting properties |
| 815-20-01 | perfect diamagnetism | |
| 815-20-02 | superconductivity | |
| 815-20-03 | superconducting, adj | |
| 815-20-04 | superconductive, adj | |
| 815-20-05 | superconducting state | |
| 815-20-06 | superconductor, <electromagnetism> | |
| 815-20-07 | normal state, <superconductor> | |
| 815-20-08 | normal state resistance | |
| 815-20-09 | superconducting transition | |
| 815-20-10 | critical temperature | |
| 815-20-11 | Meissner state | |
| 815-20-12 | flux expulsion | |
| 815-20-13 | Meissner-Ochsenfeld effect | |
| 815-20-14 | persistent current | |
| 815-20-15 | flux quantum, <superconductor> | |
| 815-20-16 | fluxoid | |
| 815-20-17 | fluxon | |
| 815-20-18 | fluxon lattice | |
| 815-20-19 | mixed state | |
| 815-20-20 | intermediate state | |
| 815-20-21 | superconducting condensation energy | |
| 815-20-22 | critical field strength | |
| 815-20-23 | type I superconductor | |
| 815-20-24 | lower critical field strength | |
| 815-20-25 | upper critical field strength | |
| 815-20-26 | type II superconductor | |
| 815-20-27 | surface superconductivity | |
| 815-20-28 | Cooper pair, <superconductor> | |
| 815-20-29 | BCS theory | |
| 815-20-30 | isotope effect | |
| 815-20-31 | superconducting energy gap | |
| 815-20-32 | Ginzburg-Landau theory | |
| 815-20-33 | order parameter, <superconductor> | |
| 815-20-34 | BCS coherence length | |
| 815-20-35 | coherence length | |
| 815-20-36 | London penetration depth | |
| 815-20-37 | Ginzburg-Landau parameter | |
| 815-20-38 | clean superconductor | |
| 815-20-39 | dirty superconductor | |
| 815-20-40 | Josephson junction, <superconductor> | |
| 815-20-41 | direct-current Josephson effect | |
| 815-20-42 | AC Josephson effect, <superconductor> | |
| 815-20-43 | quasi-particle | |
| 815-20-44 | proximity effect, <superconductor> | |
| 815-20-45 | pancake vortex | |
| 815-20-46 | Josephson vortex | |
| Section 815-21: Superconducting materials |
| 815-21-01 | superconducting element | |
| 815-21-02 | alloy superconductor | |
| 815-21-03 | Nb-Ti | |
| 815-21-04 | compound superconductor | |
| 815-21-05 | A-15 superconductor | |
| 815-21-06 | Nb3Sn | |
| 815-21-07 | organic superconductor | |
| 815-21-08 | oxide superconductor | |
| 815-21-09 | perovskite superconductor | |
| 815-21-10 | CuO2 sheet | |
| 815-21-11 | copper-oxide superconductor | |
| 815-21-12 | p-type copper-oxide superconductor | |
| 815-21-13 | n-type copper-oxide superconductor | |
| 815-21-14 | bismuth-based oxide superconductor | |
| 815-21-15 | REBCO | |
| 815-21-16 | high-temperature superconductor | |
| 815-21-17 | low-temperature superconductor | |
| 815-21-18 | B-1 superconductor | |
| 815-21-19 | Laves phase superconductor | |
| 815-21-20 | Chevrel phase superconductor | |
| 815-21-21 | fullerene superconductor | |
| 815-21-22 | boron carbide superconductor | |
| 815-21-23 | magnesium di-boride superconductor | |
| 815-21-24 | iron-based superconductor | |
| 815-21-25 | sulphur trihydride superconductor | |
| Section 815-22: Electromagnetic phenomena and properties |
| 815-22-01 | critical current | |
| 815-22-02 | critical current criterion | |
| 815-22-03 | critical current density | |
| 815-22-04 | transport critical current density | |
| 815-22-05 | critical surface | |
| 815-22-06 | critical state model | |
| 815-22-07 | Bean model | |
| 815-22-08 | Kim model | |
| 815-22-09 | magnetization, <superconductor> | |
| 815-22-10 | magnetization critical current density | |
| 815-22-11 | n-value, <superconductor> | |
| 815-22-12 | Lorentz force, <on fluxons> | |
| 815-22-13 | pinning centre | |
| 815-22-14 | flux pinning | |
| 815-22-15 | pinning force | |
| 815-22-16 | elementary pinning force | |
| 815-22-17 | pinning force density | |
| 815-22-18 | scaling law of pinning force density | |
| 815-22-19 | Kramer's law | |
| 815-22-20 | flux creep | |
| 815-22-21 | flux flow | |
| 815-22-22 | flux jump | |
| 815-22-23 | irreversibility field | |
| 815-22-24 | surface barrier | |
| 815-22-25 | surface pinning | |
| 815-22-26 | trapped flux | |
| 815-22-27 | Joule heating | |
| 815-22-28 | stress effect | |
| 815-22-29 | radiation effect | |
| 815-22-30 | grain boundary weak link | |
| 815-22-31 | subgap region | |
| 815-22-32 | subgap current | |
| 815-22-33 | surface impedance | |
| Section 815-23: Wires and conductors |
| 815-23-01 | conductor, <in superconductivity-related technology> | |
| 815-23-02 | concentric lay cable | |
| 815-23-03 | braid, <in superconductivity-related technology> | |
| 815-23-04 | strand | |
| 815-23-05 | coreless cable | |
| 815-23-06 | tape conductor | |
| 815-23-07 | hollow conductor, <in superconductivity-related technology> | |
| 815-23-08 | tubular conductor | |
| 815-23-09 | compact round cable | |
| 815-23-10 | core cable | |
| 815-23-11 | Litz cable | |
| 815-23-12 | stranded conductor | |
| 815-23-13 | compact stranded conductor | |
| 815-23-14 | keystone stranded conductor | |
| 815-23-15 | Rutherford cable | |
| 815-23-16 | cable-in-conduit conductor | |
| 815-23-17 | stacked conductor | |
| 815-23-18 | superconducting filament | |
| 815-23-19 | superconducting wire | |
| 815-23-20 | multi-filamentary superconducting wire | |
| 815-23-21 | composite superconductor | |
| 815-23-22 | wire in channel | |
| 815-23-23 | single core wire, <in superconductivity-related technology> | |
| 815-23-24 | monolithic superconducting wire | |
| 815-23-25 | superconducting cable | |
| 815-23-26 | stabilized superconducting wire | |
| 815-23-27 | insulated superconducting wire | |
| 815-23-28 | force-cooled superconducting wire | |
| 815-23-29 | reinforced superconducting wire | |
| 815-23-30 | three-component superconducting wire | |
| 815-23-31 | twisted superconducting wire | |
| 815-23-32 | DC superconducting wire | |
| 815-23-33 | pulsed-current superconducting wire | |
| 815-23-34 | AC superconducting wire | |
| 815-23-35 | superconducting film | |
| 815-23-36 | coated conductor | |
| 815-23-37 | Roebel cable | |
| 815-23-38 | bulk superconductor | |
| 815-23-39 | spacing to diameter ratio | |
| 815-23-40 | matrix, <in superconductivity-related technology> | |
| 815-23-41 | mixed matrix, <in superconductivity-related technology> | |
| 815-23-42 | matrix to superconductor volume ratio | |
| 815-23-43 | copper to superconductor volume ratio | |
| 815-23-44 | copper to non-copper volume ratio | |
| 815-23-45 | volume per cent of superconductor | |
| 815-23-46 | stabilizer | |
| 815-23-47 | diffusion barrier | |
| 815-23-48 | reinforcing member | |
| 815-23-49 | sheath, <in superconductivity-related technology> | |
| 815-23-50 | twist | |
| 815-23-51 | twist pitch length | |
| 815-23-52 | transposition pitch length | |
| 815-23-53 | aspect ratio | |
| 815-23-54 | corner radius | |
| 815-23-55 | eddy current | |
| 815-23-56 | AC loss | |
| 815-23-57 | AC energy loss density | |
| 815-23-58 | hysteresis loss, <in superconductivity-related technology> | |
| 815-23-59 | effective filament diameter | |
| 815-23-60 | eddy current loss, <in superconductivity-related technology> | |
| 815-23-61 | coupling current | |
| 815-23-62 | proximity coupling current | |
| 815-23-63 | coupling current loss | |
| 815-23-64 | coupling time constant | |
| 815-23-65 | current transfer, <in superconductivity-related technology> | |
| 815-23-66 | current sharing | |
| 815-23-67 | current-sharing temperature | |
| 815-23-68 | magnetic diffusivity | |
| 815-23-69 | magnetic diffusion time constant | |
| 815-23-70 | thermal diffusion time constant | |
| 815-23-71 | normal zone propagation velocity | |
| 815-23-72 | current instability | |
| 815-23-73 | quench | |
| 815-23-74 | recovery current | |
| 815-23-75 | thermal runaway | |
| 815-23-76 | degradation, <in superconductivity-related technology> | |
| 815-23-77 | residual resistivity | |
| 815-23-78 | residual resistance ratio | |
| Section 815-24: Production processes |
| 815-24-01 | drawing | |
| 815-24-02 | swaging | |
| 815-24-03 | extrusion | |
| 815-24-04 | billet | |
| 815-24-05 | cold work | |
| 815-24-06 | intermediate heat treatment | |
| 815-24-07 | twisting | |
| 815-24-08 | stranding | |
| 815-24-09 | composite fabrication process | |
| 815-24-10 | surface diffusion process | |
| 815-24-11 | external diffusion process | |
| 815-24-12 | bronze process | |
| 815-24-13 | internal tin process | |
| 815-24-14 | infiltration process | |
| 815-24-15 | jelly roll process | |
| 815-24-16 | chemical vapour deposition process | |
| 815-24-17 | physical vapour deposition process | |
| 815-24-18 | in-situ process | |
| 815-24-19 | ex-situ process | |
| 815-24-20 | powder metallurgy process | |
| 815-24-21 | tube process | |
| 815-24-22 | melt-textured growth process | |
| 815-24-23 | texture control | |
| 815-24-24 | melt process | |
| 815-24-25 | calcination | |
| 815-24-26 | precursor | |
| 815-24-27 | sintering | |
| 815-24-28 | sol-gel process | |
| 815-24-29 | coprecipitation process | |
| 815-24-30 | spray drying process | |
| 815-24-31 | spray pyrolysis process | |
| 815-24-32 | freeze-drying process | |
| 815-24-33 | plasma spray process | |
| Section 815-25: Technologies for superconducting magnets and power devices |
| 815-25-01 | wind and react technique | |
| 815-25-02 | react and wind technique | |
| 815-25-03 | impregnated coil | |
| 815-25-04 | vacuum impregnation | |
| 815-25-05 | wet winding | |
| 815-25-06 | sectioning | |
| 815-25-07 | grading | |
| 815-25-08 | persistent mode operation | |
| 815-25-09 | longitudinal propagation | |
| 815-25-10 | transverse propagation | |
| 815-25-11 | adiabatic temperature rise | |
| 815-25-12 | training effect | |
| 815-25-13 | stabilization, <in superconductivity-related technology> | |
| 815-25-14 | full stabilization | |
| 815-25-15 | adiabatic stabilization | |
| 815-25-16 | dynamic stabilization | |
| 815-25-17 | Stekly's stability criterion | |
| 815-25-18 | Maddock's stability criterion | |
| 815-25-19 | equal area theorem | |
| 815-25-20 | minimum propagation zone criterion | |
| 815-25-21 | insulation | |
| 815-25-22 | spacer | |
| 815-25-23 | current lead | |
| 815-25-24 | protection circuit | |
| 815-25-25 | external resistor | |
| 815-25-26 | coupled secondary coil | |
| 815-25-27 | quench detector | |
| Section 815-26: Technologies for superconducting electronics |
| 815-26-01 | temperature sensitivity | |
| 815-26-02 | critical current modulation parameter | |
| 815-26-03 | Stewart-McCumber parameter | |
| 815-26-04 | additional positive feedback | |
| 815-26-05 | flux locked loop | |
| 815-26-06 | bridge junction | |
| 815-26-07 | feedback coil | |
| 815-26-08 | gradiometer | |
| 815-26-09 | planar gradiometer | |
| Section 815-27: Applied technologies for superconducting magnets and power devices |
| 815-27-01 | coil | |
| 815-27-02 | magnet | |
| 815-27-03 | superconducting magnet | |
| 815-27-04 | solenoid | |
| 815-27-05 | pancake coil | |
| 815-27-06 | split pair coil | |
| 815-27-07 | Helmholtz coil | |
| 815-27-08 | saddle coil | |
| 815-27-09 | race-track coil | |
| 815-27-10 | dipole magnet | |
| 815-27-11 | quadrupole magnet | |
| 815-27-12 | toroidal coil | |
| 815-27-13 | poloidal coil | |
| 815-27-14 | centre solenoid coil | |
| 815-27-15 | shim coil | |
| 815-27-16 | pulsed magnet | |
| 815-27-17 | hybrid coil | |
| 815-27-18 | superconducting motor | |
| 815-27-19 | superconducting generator | |
| 815-27-20 | superconducting power cable | |
| 815-27-21 | superconducting transformer | |
| 815-27-22 | superconducting fault current limiter | |
| 815-27-23 | superconducting magnetic energy storage | |
| 815-27-24 | nuclear fusion generation | |
| 815-27-25 | magnetohydrodynamic generation | |
| 815-27-26 | superconducting magnetically levitated train | |
| 815-27-27 | superconducting particle accelerator | |
| 815-27-28 | superconducting cavity | |
| 815-27-29 | particle detector | |
| 815-27-30 | cyclotron | |
| 815-27-31 | gyrotron | |
| 815-27-32 | synchrotron | |
| 815-27-33 | synchrotron radiation facility | |
| 815-27-34 | nuclear magnetic resonance apparatus | |
| 815-27-35 | magnetic resonance imaging apparatus | |
| 815-27-36 | superconducting high gradient magnetic separation | |
| 815-27-37 | flux pump | |
| 815-27-38 | cryotron | |
| 815-27-39 | persistent current switch | |
| 815-27-40 | superconducting magnetic shielding | |
| 815-27-41 | magnetic bearing | |
| 815-27-42 | superconducting MCZ | |
| Section 815-28: Applied technologies for superconducting electronics |
| 815-28-01 | transition-edge sensor | |
| 815-28-02 | superconducting tunnel junction detector | |
| 815-28-03 | metallic magnetic calorimetric detector | |
| 815-28-04 | microwave kinetic inductance detector | |
| 815-28-05 | superconducting strip detector | |
| 815-28-06 | SQUID | |
| 815-28-07 | SQUID array | |
| 815-28-08 | nano-SQUID | |
| 815-28-09 | SQUID ring | |
| 815-28-10 | superconducting transistor | |
| 815-28-11 | superconducting memory | |
| 815-28-12 | superconductor-insulator-superconductor mixer | |
| 815-28-13 | superconducting hot electron bolometric mixer | |
| 815-28-14 | single flux quantum device | |
| 815-28-15 | superconducting microwave resonator | |
| 815-28-16 | superconducting microwave filter | |
| 815-28-17 | superconducting microwave antenna | |
| 815-28-18 | superconducting microwave delay line | |
| 815-28-19 | superconducting qubit | |
| 815-28-20 | SQUID amplifier | |
| 815-28-21 | superconducting communication cable | |
| 815-28-22 | Josephson voltage standard | |
| Section 815-29: Technologies for cooling |
| 815-29-01 | cryogenic refrigeration | |
| 815-29-02 | cryogenic refrigerator | |
| 815-29-03 | cryostat | |
| 815-29-04 | heat transfer | |
| 815-29-05 | bath cooling | |
| 815-29-06 | nucleate boiling | |
| 815-29-07 | film boiling | |
| 815-29-08 | cooling channel | |
| 815-29-09 | conduction cooling | |
| 815-29-10 | coldhead | |
| 815-29-11 | cryocooler | |
| 815-29-12 | cryogen-free superconducting magnet | |
| 815-29-13 | convection cooling | |
| 815-29-14 | residual gas | |
| 815-29-15 | residual gas heat transfer | |
| 815-29-16 | radiation cooling | |
| 815-29-17 | radiation shield | |
| 815-29-18 | vacuum insulation | |
| 815-29-19 | multilayer insulation | |
| 815-29-20 | supercritical helium | |
| 815-29-21 | superfluid helium | |
| Section 815-30: Test and evaluation methods |
| 815-30-01 | natural engineering strain | |
| 815-30-02 | nominal engineering strain | |
| 815-30-03 | bending strain | |
| 815-30-04 | maximum bending strain | |
| 815-30-05 | serration | |
| 815-30-06 | stress condition | |
| 815-30-07 | fracture toughness | |
| 815-30-08 | compliance method | |
| 815-30-09 | S-N curve | |
| 815-30-10 | electrical resistance method | |
| 815-30-11 | magnetic susceptibility, <superconductor> | |
| 815-30-12 | DC magnetic susceptibility method | |
| 815-30-13 | AC magnetic susceptibility | |
| 815-30-14 | AC magnetic susceptibility method | |
| 815-30-15 | magnetization method for AC energy loss density measurement | |
| 815-30-16 | calorimetric method for AC loss measurement | |
| 815-30-17 | Poynting’s vector method for AC loss measurement | |
| 815-30-18 | trapped flux density test method | |
| 815-30-19 | magnetoscan technique | |
| 815-30-20 | standard two-resonator method | |
| 815-30-21 | uncertainty of measurement | |