Cooperative Patent Classification

Indent Level

Version: 2016.11
CPC
COOPERATIVE PATENT CLASSIFICATION
H05H
PLASMA TECHNIQUE (fusion reactors G21B; ion-beam tubes H01J 27/00; magnetohydrodynamic generators H02K 44/08; producing X-rays involving plasma generation H05G 2/00); PRODUCTION OF ACCELERATED ELECTRICALLY-CHARGED PARTICLES OR OF NEUTRONS (obtaining neutrons from radioactive sources G21, e.g. G21B, G21C, G21G); PRODUCTION OR ACCELERATION OF NEUTRAL MOLECULAR OR ATOMIC BEAMS (atomic clocks G04F 5/14; devices using stimulated emission H01S; frequency regulation by comparison with a reference frequency determined by energy levels of molecules, atoms, or subatomic particles H03L 7/26) [2013-01]
H05H 1/00
Generating plasma; Handling plasma [2013-01]
H05H 1/0006
.
{Investigating plasma, e.g. degree of ionisation (electron temperature)} [2013-01]
H05H 1/0012
. .
{by using radiation} [2013-01]
H05H 1/0018
. . .
{Details} [2013-01]
H05H 1/0025
. . .
{by using photoelectric means (H05H 1/0031 - H05H 1/0043 take precedence)} [2016-05]
H05H 1/0031
. . .
{by interferrometry} [2013-01]
H05H 1/0037
. . .
{by spectrometry (see G01N 3/00)} [2013-01]
H05H 1/0043
. . .
{by using infra-red or ultra-violet radiation} [2013-01]
H05H 1/005
. . .
{by using X-rays or alpha rays (see G01N 23/00)} [2013-01]
H05H 1/0056
. . .
{by using neutrons (see G01N 23/00)} [2013-01]
H05H 1/0062
. . .
{by using microwaves (see G01N 23/223)} [2013-01]
H05H 1/0068
. .
{by thermal means (see G01N 25/00)} [2013-01]
H05H 1/0075
. . .
{Langmuir probes} [2013-01]
H05H 1/0081
. .
{by electric means (see G01N 27/00, G01R)} [2013-01]
H05H 1/0087
. .
{by magnetic means (see G01N 27/00, G01R)} [2013-01]
H05H 1/0093
. .
{by acoustic, e.g. ultrasonic means (see G01N 29/02)} [2013-01]
H05H 1/02
.
Arrangements for confining plasma by electric or magnetic fields; Arrangements for heating plasma ({G21B 1/00 takes precedence; } electron optics H01J) [2013-01]
H05H 1/03
. .
using electrostatic fields [2013-01]
H05H 1/04
. .
using magnetic fields substantially generated by the discharge in the plasma [2013-01]
H05H 1/06
. . .
longitudinal pinch devices [2013-01]
H05H 1/08
. . .
Theta pinch devices {, e.g. SCYLLA} [2016-08]
H05H 1/10
. .
using externally-applied magnetic field only {, e.g. Q-machines, Yin-Yang, base-ball} [2016-08]
H05H 1/105
. . .
{using magnetic pumping} [2013-01]
H05H 1/11
. . .
using cusp configuration (H05H 1/14 takes precedence) [2013-01]
H05H 1/12
. . .
wherein the containment vessel forms a closed or nearly closed loop {(G21B 1/05 takes precedence)} [2013-01]
H05H 1/14
. . .
wherein the containment vessel is straight and has magnetic mirrors [2013-01]
H05H 1/16
. .
using externally-applied electric and magnetic field [2013-01]
H05H 1/18
. . .
wherein the field oscillate at very high frequency, e.g. in the microwave range {, e.g. using cyclotron resonance} [2016-08]
H05H 1/20
. .
Ohmic heating [2013-01]
H05H 1/22
. .
for injection heating {(G21B 1/15 takes precedence)} [2013-01]
H05H 1/24
.
Generating plasma {(gas-filled discharge reactors H01J 37/32; nuclear fusion reactors G21B 1/00; ohmic heating H05H 1/20; injection heating H05H 1/22)} [2013-01]
H05H 1/2406
. .
{Dielectric barrier discharges} [2013-01]
H05H 2001/2412
. . .
{the dielectric being interposed between the electrodes} [2013-01]
H05H 2001/2418
. . .
{the electrodes being embedded in the dielectric} [2013-01]
H05H 2001/2425
. . .
{the electrodes being flush with the dielectric} [2013-01]
H05H 2001/2431
. . .
{Cylindrical electrodes} [2013-01]
H05H 2001/2437
. . .
{Multilayer systems} [2013-01]
H05H 2001/2443
. . .
{Flow through, i.e. the plasma fluid flowing in a dielectric tube} [2013-01]
H05H 2001/245
. . . .
{Internal electrodes} [2013-01]
H05H 2001/2456
. . . .
{External electrodes} [2013-01]
H05H 2001/2462
. . . .
{Ring electrodes} [2013-01]
H05H 2001/2468
. . . .
{Spiral electrodes} [2013-01]
H05H 1/2475
. .
{Acoustic pressure discharge} [2013-01]
H05H 2001/2481
. . .
{Piezoelectric actuators} [2013-01]
H05H 2001/2487
. . .
{Mechanical actuators} [2013-01]
H05H 2001/2493
. . .
{Horns} [2013-01]
H05H 1/26
. .
Plasma torches {(metal working with constricted arc B23K 10/00, B23K 10/02; metal spraying B05B 7/18, B05B 7/20)} [2015-07]
H05H 1/28
. . .
Cooling arrangements [2013-01]
H05H 1/30
. . .
using applied electromagnetic fields, e.g. high frequency or microwave energy (H05H 1/28 takes precedence) [2013-01]
H05H 1/32
. . .
using an arc (H05H 1/28 takes precedence) [2013-01]
H05H 1/34
. . . .
Details, e.g. electrodes, nozzles {(cf. B23K 9/24)} [2013-01]
H05H 1/3405
. . . . .
{Arc stabilising or constricting arrangements, e.g. by an additional gas flow (by externally applied magnetic field H05H 1/40; by using powders or liquids H05H 1/42; using coaxial protecting fluid H05H 1/341)} [2013-01]
H05H 1/341
. . . . .
{using coaxial protecting fluid (arc stabilising or constricting arrangements H05H 1/3405; introducing materials into the plasma H05H 1/42)} [2013-01]
H05H 2001/3415
. . . . .
{indexing scheme associated with H05H 1/34} [2013-01]
H05H 2001/3421
. . . . . .
{transferred arc mode} [2013-01]
H05H 2001/3426
. . . . . .
{pilot arc} [2013-01]
H05H 2001/3431
. . . . . .
{coaxial cylindrical electrodes} [2013-01]
H05H 2001/3436
. . . . . .
{hollow cathode with internal coolant flow} [2013-01]
H05H 2001/3442
. . . . . .
{cathode with inserted tip} [2013-01]
H05H 2001/3447
. . . . . .
{rod-like cathode} [2013-01]
H05H 2001/3452
. . . . . .
{supplementary electrodes between cathode and anode, e.g. cascade} [2013-01]
H05H 2001/3457
. . . . . .
{nozzle protection devices} [2013-01]
H05H 2001/3463
. . . . . .
{oblique nozzle} [2013-01]
H05H 2001/3468
. . . . . .
{vortex generator} [2013-01]
H05H 2001/3473
. . . . . .
{safety means} [2013-01]
H05H 2001/3478
. . . . . .
{geometrical details} [2013-01]
H05H 2001/3484
. . . . . .
{convergent/divergent nozzle} [2013-01]
H05H 2001/3489
. . . . . .
{contact starting} [2013-01]
H05H 2001/3494
. . . . . .
{discharge parameter control} [2013-01]
H05H 1/36
. . . . .
Circuit arrangements (H05H 1/38, H05H 1/40 take precedence) [2013-01]
H05H 1/38
. . . . .
Guiding or centering of electrodes [2013-01]
H05H 1/40
. . . . .
using applied magnetic fields, e.g. for fucusing or rotating the arc {(cf. B23K 9/08, B23K 9/073)} [2013-01]
H05H 1/42
. . . .
with provision for introducing materials into the plasma, e.g. powder, liquid (electrostatic spraying, spraying apparatus with means for charging the spray electrically B05B 5/00 {cf. B23K 9/324, B05B 7/22; arc stabilising or constricting arrangements H05H 1/3405; coaxial protecting fluids H05H 1/341}) [2013-01]
H05H 1/44
. . . .
using more than one torch [2013-01]
H05H 1/46
. .
using applied electromagnetic fields, e.g. high frequency or microwave energy (H05H 1/26 takes precedence) [2013-01]
H05H 2001/4607
. . .
{Microwave discharges} [2013-01]
H05H 2001/4615
. . . .
{Surface waves} [2013-01]
H05H 2001/4622
. . . .
{Waveguides} [2013-01]
H05H 2001/463
. . . .
{Antennas or applicators} [2013-01]
H05H 2001/4637
. . . .
{Cables} [2013-01]
H05H 2001/4645
. . .
{Radiofrequency discharges} [2013-01]
H05H 2001/4652
. . . .
{Inductively coupled} [2013-01]
H05H 2001/466
. . . . .
{Electrodes} [2013-01]
H05H 2001/4667
. . . . .
{Coiled antennas} [2013-01]
H05H 2001/4675
. . . .
{Capacitively coupled} [2013-01]
H05H 2001/4682
. . . .
{Associated power generators, e. G. Circuits, matching networks} [2013-01]
H05H 2001/469
. . .
{Flow through, i.e the plasma fluid flowing in a non-dielectric vessel} [2013-01]
H05H 2001/4692
. . . .
{dielectric barrier discharge (H05H 1/2406 takes precedence)} [2013-01]
H05H 2001/4695
. . . .
{Arc discharge} [2013-01]
H05H 2001/4697
. . . .
{Glow discharge} [2013-01]
H05H 1/48
. .
using an arc (H05H 1/26 takes precedence) [2013-01]
H05H 2001/481
. . .
{Corona discharges} [2013-01]
H05H 2001/483
. . . .
{Pointed electrodes} [2013-01]
H05H 2001/485
. . . .
{Cylindrical electrodes, e.g. Rotary drums electrodes} [2013-01]
H05H 2001/486
. . . .
{Filamentary electrodes} [2013-01]
H05H 2001/488
. . . .
{Segmented electrodes} [2013-01]
H05H 1/50
. . .
and using applied magnetic fields, e.g. for focusing or rotating the arc [2013-01]
H05H 1/52
. .
using exploding wires or spark gaps (H05H 1/26 takes precedence; spark gaps in general H01T) [2013-01]
H05H 1/54
.
Plasma accelerators [2013-01]
H05H 3/00
Production or acceleration of neutral particle beams, e.g. molecular or atomic beams [2013-01]
H05H 3/02
.
Molecular or atomic beam generation {(charge exchange devices G21K 1/14; polarising devices G21K 1/16; using resonance or molecular beams for analysing or investigating materials G01N 24/002; atomic clock G04F 5/14; beam masers H01S 1/06)} [2013-01]
H05H 3/04
.
Acceleration by electromagnetic wave pressure [2013-01]
H05H 3/06
.
Generating neutron beams (targets for producing nuclear reactions H05H 6/00; neutron sources G21G 4/02) [2013-01]
H05H 5/00
Direct voltage accelerators; Accelerators using single pulses (H05H 3/06 takes precedence) [2013-01]
H05H 5/02
.
Details (targets for producing nuclear reactions H05H 6/00) [2013-01]
H05H 5/03
. .
Accelerating tubes (vessels or containers of electric discharge tubes with improved potential distribution over surface of vessel H01J 5/06; shields of X-ray tubes associated with vessels or containers H01J 35/16) [2013-01]
H05H 5/04
.
energised by electrostatic generators [2015-11]
H05H 5/042
. .
{of the van de Graaf type} [2013-01]
H05H 5/045
. .
{High voltage cascades, e.g. Greinacher cascade} [2013-01]
H05H 5/047
. .
{Pulsed generators} [2013-01]
H05H 5/06
.
Multistage accelerators [2015-11]
H05H 5/063
. .
{Tandems} [2013-01]
H05H 5/066
. .
{Onion-like structures} [2013-01]
H05H 5/08
.
Particle accelerators using step-up transformers, e.g. resonance transformers [2013-01]
H05H 6/00
Targets for producing nuclear reactions (supports for targets or objects to be irradiated G21K 5/08 {preparation of tritium C01B 4/00}); {targets, e.g. pellets for fusion reactions by laser or charged particles beam injection H05H 1/22} [2013-01]
H05H 2006/002
.
{Windows} [2013-01]
H05H 6/005
.
{Polarised targets (polarising devices, e.g. for obtaining a polarised ion beam G21K 1/16)} [2013-01]
H05H 2006/007
.
{Radiation protection arrangements, e.g. screens} [2013-01]
H05H 7/00
Details of devices of the types covered by groups H05H 9/00, H05H 11/00, H05H 13/00 [2013-01]
H05H 7/001
.
{Arrangements for beam delivery or irradiation (irradiation systems per se G21K 5/00)} [2013-01]
H05H 2007/002
. .
{for modifying beam trajectory, e.g. gantries} [2013-01]
H05H 2007/004
. .
{for modifying beam energy, e.g. spread out Bragg peak devices} [2013-01]
H05H 2007/005
. .
{for modifying beam emittance, e.g. stochastic cooling devices, stripper foils} [2013-01]
H05H 2007/007
. .
{for focusing the beam to irradiation target} [2013-01]
H05H 2007/008
. .
{for measuring beam parameters} [2013-01]
H05H 7/02
.
Circuits or systems for supplying or feeding radio-frequency energy (radio-frequency generators H03B) [2013-01]
H05H 2007/022
. .
{Pulsed systems} [2013-01]
H05H 2007/025
. .
{Radiofrequency systems} [2013-01]
H05H 2007/027
. .
{Microwave systems} [2013-01]
H05H 7/04
.
Magnet systems {, e.g. undulators, wigglers (free-electron laser H01S 3/0903)}; Energisation thereof [2016-08]
H05H 2007/041
. .
{for beam bunching, e.g. undulators} [2013-01]
H05H 2007/043
. .
{for beam focusing} [2013-01]
H05H 2007/045
. .
{for beam bending} [2013-01]
H05H 2007/046
. .
{for beam deflection} [2013-01]
H05H 2007/048
. .
{for modifying beam trajectory, e.g. gantry systems} [2013-01]
H05H 7/06
.
Two-beam arrangements; Multi-beam arrangements {storage rings}; Electron rings [2013-01]
H05H 2007/065
. .
{Multi-beam merging, e.g. funneling} [2013-01]
H05H 7/08
.
Arrangements for injecting particles into orbits [2013-01]
H05H 2007/081
. .
{Sources} [2013-01]
H05H 2007/082
. . .
{Ion sources, e.g. ECR, duoplasmatron, PIG, laser sources} [2013-01]
H05H 2007/084
. . .
{Electron sources} [2013-01]
H05H 2007/085
. .
{by electrostatic means} [2013-01]
H05H 2007/087
. .
{by magnetic means} [2013-01]
H05H 2007/088
. .
{by mechanical means, e.g. stripping foils} [2013-01]
H05H 7/10
.
Arrangements for ejecting particles from orbits [2013-01]
H05H 7/12
.
Arrangements for varying final energy of beam [2013-01]
H05H 2007/122
. .
{by electromagnetic means, e.g. RF cavities} [2013-01]
H05H 2007/125
. .
{by mechanical means, e.g. stripping foils} [2013-01]
H05H 2007/127
. .
{by emittance variation, e.g. stochastic cooling} [2013-01]
H05H 7/14
.
Vacuum chambers (H05H 5/03 takes precedence) [2013-01]
H05H 7/16
. .
of the waveguide type [2013-01]
H05H 7/18
. .
Cavities; Resonators {(travelling-wave tubes H01J 23/18; hyperfrequency cavities in general H01P 7/04, H01P 7/06)} [2013-01]
H05H 7/20
. . .
with superconductive walls [2013-01]
H05H 7/22
.
Details of linear accelerators, e.g. drift tubes (H05H 7/02 - H05H 7/20 take precedence) [2016-05]
H05H 2007/222
. .
{drift tubes} [2013-01]
H05H 2007/225
. .
{coupled cavities arrangements} [2013-01]
H05H 2007/227
. .
{power coupling, e.g. coupling loops} [2013-01]
H05H 9/00
Linear accelerators [2013-01]
H05H 9/005
.
{Dielectric wall accelerators} [2013-01]
H05H 9/02
.
Travelling-wave linear accelerators {(travelling-wave tubes H01J 25/34)} [2013-01]
H05H 9/04
.
Standing-wave linear accelerators [2013-01]
H05H 9/041
. .
{Hadron LINACS} [2013-01]
H05H 9/042
. . .
{Drift tube LINACS} [2013-01]
H05H 9/044
. . .
{Coupling cavity LINACS, e.g. side coupled} [2013-01]
H05H 9/045
. . .
{Radio frequency quadrupoles} [2013-01]
H05H 9/047
. . .
{Hybrid systems} [2013-01]
H05H 9/048
. .
{Lepton LINACS} [2013-01]
H05H 11/00
Magnetic induction accelerators, e.g. betatrons [2013-01]
H05H 11/02
.
Air-cored betatrons [2013-01]
H05H 11/04
.
Biased betatrons [2013-01]
H05H 13/00
Magnetic resonance accelerators; Cyclotrons {(strophotrons, turbine tubes H01J 25/62)} [2013-01]
H05H 13/005
.
{Cyclotrons} [2013-01]
H05H 13/02
.
Synchrocyclotrons, i.e. frequency modulated cyclotrons [2013-01]
H05H 13/04
.
Synchrotrons [2013-01]
H05H 13/06
.
Air-cored magnetic resonance accelerators [2013-01]
H05H 13/08
.
Alternating-gradient magnetic resonance accelerators [2013-01]
H05H 13/085
. .
{Fixed-field alternating gradient accelerators [FFAG]} [2013-01]
H05H 13/10
.
Accelerators comprising one or more linear accelerating sections and bending magnets or the like to return the charged particles in a trajectory parallel to the first accelerating section, e.g. microtrons [2013-01]
H05H 15/00
Methods or devices for acceleration of charged particles not otherwise provided for [2013-01]
H05H 2240/00
Test [2013-01]
H05H 2240/10
.
at atmospheric pressure [2013-01]
H05H 2240/20
.
Non-thermal plasma [2013-01]
H05H 2242/00
Auxiliary systems [2013-01]
H05H 2242/10
.
Cooling arrangements [2013-01]
H05H 2242/1005
. .
Power supply other than for plasma torches [2013-01]
H05H 2245/00
test [2013-01]
H05H 2245/104
.
spiral electrodes [2013-01]
H05H 2245/12
.
Applications [2013-01]
H05H 2245/121
. .
treatment of exhaust gas, e.g. Ambient air, ozonizers [2013-01]
H05H 2245/1215
. . .
Exhaust gas [2013-01]
H05H 2245/122
. .
medical applications {, e.g. plasma scalpels, blades, bistouri} [2016-08]
H05H 2245/1225
. . .
Sterilization of objects [2013-01]
H05H 2245/123
. .
surface treatments [2013-01]
H05H 2245/1235
. . .
coating of large volume items [2013-01]
H05H 2245/124
. .
production of nanostructures [2013-01]
H05H 2245/125
. .
portable devices [2013-01]
H05H 2277/00
Applications [2013-01]
H05H 2277/10
.
Medical devices [2013-01]
H05H 2277/11
. .
Radiotherapy [2013-01]
H05H 2277/113
. . .
Diagnostic systems [2013-01]
H05H 2277/116
. . .
Isotope production [2013-01]
H05H 2277/12
.
Ion implantation [2013-01]
H05H 2277/13
.
High energy applications, e.g. fusion [2013-01]
H05H 2277/14
.
Portable devices [2013-01]
H05H 2277/1405
. .
Detection systems [2013-01]