Japanese
close

FI (list display)

  • H01F1/00
    		•  Magnets or magnetic bodies characterised by the magnetic materials therefor; Selection of materials for their magnetic properties
    		HB CC 5E040
  • H01F1/00,109
    		•  .Antiferromagnetic materials, i.e. materials showing Neel transmission temperatures (H01F1/00, 136 take precedence) HB CC 5E040
  • H01F1/00,118
    		•  .Diamagnetic or paramagnetic materials, i.e. materials having low magnetic susceptibility and no hysteresis (H01F1/00, 136 take precedence) HB CC 5E040
  • H01F1/00,127
    		•  .magnetic thick film HB CC 5E040
  • H01F1/00,136
    		•  .showing low-dimensional magnetism, i.e. rearrangement of spins by restricting dimensions, e.g. showing giant magnetoresistivity (H01F1/153, H01F1/42 and H01F10/00 take precedence) HB CC 5E040
  • H01F1/00,145
    		•  ..zero dimensional, e.g. nanoparticles, soft nanoparticles for medical/biological use HB CC 5E040
  • H01F1/00,154
    		•  ...Coated nanoparticles, e.g. nanoparticles coated with organic surfactants HB CC 5E040
  • H01F1/00,163
    		•  ...in a non-magnetic matrix, e.g. granular solids HB CC 5E040
  • H01F1/00,172
    		•  ..one dimensional, i.e. linear or dendritic nanostructure HB CC 5E040
  • H01F1/00,181
    		•  ...in a non-magnetic matrix, e.g. Fe-nanowires in a nanoporous membrane HB CC 5E040
  • H01F1/00,190
    		•  ..bidimensional, e.g. nanoscale period nanomagnet arrays (H01F10/00 takes precedence) HB CC 5E040
  • H01F1/01
    		•  .of inorganic materials(H01F1/44 takes precedence) [6] HB CC 5E040
  • H01F1/01,120
    		•  ..adapted for magnetic entropy change by magnetocaloric effect, e.g. used as magnetic refrigerating materials HB CC 5E040
  • H01F1/01,150
    		•  ...Metals or alloys HB CC 5E040
  • H01F1/01,170
    		•  ...Compounds HB CC 5E040
  • H01F1/03
    		•  ..characterised by their coercivity [6]
    		HB CC 5E040
  • H01F1/03,102
    		•  ...characterised by unspecified or heterogeneous hardness or specially adapted for magnetic hardness transitions HB CC 5E040
  • H01F1/03,104
    		•  ....adapted for large Barkhausen jumps or domain wall rotations, e.g. WIEGAND or MATTEUCCI effect (H01F1/14, 130 and H01F1/153, 191 take precedence) HB CC 5E040
  • H01F1/03,106
    		•  ....Metals or alloys, e.g. LAVES phase alloys of the MgCu2-type (H01F1/03, 104 take precedence) HB CC 5E040
  • H01F1/03,108
    		•  .....with magnetic shape memory [MSM], i.e. with lattice transformations driven by a magnetic field, e.g. Heusler alloys HB CC 5E040
  • H01F1/03,111
    		•  ....Compounds (H01F1/03, 104 take precedence) HB CC 5E040
  • H01F1/03,113
    		•  .....Oxidic compounds HB CC 5E040
  • H01F1/03,115
    		•  ......Ferrites HB CC 5E040
  • H01F1/03,117
    		•  ......Manganites HB CC 5E040
  • H01F1/032
    		•  ...of hard-magnetic materials [6] HB CC 5E040
  • H01F1/04
    		•  ....metals or alloys [6] HB CC 5E040
  • H01F1/047
    		•  .....Alloys characterised by their composition [5, 6] HB CC 5E040
  • H01F1/053
    		•  ......containing rare earth elements [5, 6] HB CC 5E040
  • H01F1/053,130
    		•  .......in a bonding agent HB CC 5E040
  • H01F1/053,160
    		•  .......sintered HB CC 5E040
  • H01F1/055
    		•  .......and magnetic transition metals, e.g. SmCo5 [6] HB CC 5E040
  • H01F1/055,110
    		•  ........in the form of particles, e.g. quenched powders or ribbon flakes HB CC 5E040
  • H01F1/055,120
    		•  .........having protection layers HB CC 5E040
  • H01F1/055,130
    		•  ........Obtained by reduction or obtained by the pulverization of hydrogen storage or embrittlement HB CC 5E040
  • H01F1/055,150
    		•  ........pressed, sintered or bonded together HB CC 5E040
  • H01F1/055,160
    		•  .........pressed HB CC 5E040
  • H01F1/055,170
    		•  .........sintered HB CC 5E040
  • H01F1/055,180
    		•  .........bonded together HB CC 5E040
  • H01F1/057
    		•  ........and IIIa elements, e.g. Nd2Fe14B [6] HB CC 5E040
  • H01F1/057,110
    		•  .........in the form of particles, e.g. quenched powders or ribbon flakes HB CC 5E040
  • H01F1/057,120
    		•  ..........having protection layers HB CC 5E040
  • H01F1/057,130
    		•  ..........obtained by reduction or obtained by the pulverization of hydrogen storage or embrittlement HB CC 5E040
  • H01F1/057,140
    		•  ..........obtained by liquid dynamic compaction HB CC 5E040
  • H01F1/057,150
    		•  ..........pressed, sintered or bonded together HB CC 5E040
  • H01F1/057,160
    		•  ...........pressed, e.g. hot working HB CC 5E040
  • H01F1/057,170
    		•  ...........sintered HB CC 5E040
  • H01F1/057,180
    		•  ...........bonded together HB CC 5E040
  • H01F1/057,190
    		•  .........with exchange spin coupling between hard and soft nanophases, e.g. nanocomposite spring magnets HB CC 5E040
  • H01F1/058
    		•  ........and IVa elements, e.g. Gd2Fe14C [6] HB CC 5E040
  • H01F1/059
    		•  ........and Va elements, e.g. Sm2Fe17N2 [6] HB CC 5E040
  • H01F1/059,130
    		•  .........Tetragonal ThMn12 structure HB CC 5E040
  • H01F1/059,160
    		•  .........orthorhombus or rhombohedron Th2Zn17 structure or hexagonal crystal Th2Ni17 structure HB CC 5E040
  • H01F1/06
    		•  .....in the form of particles, e.g. powder (H01F 1/047 takes precedence) [5, 6] HB CC 5E040
  • H01F1/06,110
    		•  ......having protection layers HB CC 5E040
  • H01F1/06,130
    		•  ......with non-magnetic core HB CC 5E040
  • H01F1/06,150
    		•  ......obtained by reduction HB CC 5E040
  • H01F1/06,160
    		•  ......obtained by liquid dynamic compaction HB CC 5E040
  • H01F1/06,180
    		•  ......with L10 crystal structure, e.g. [Co, Fe][Pt, Pd]particles[nanoparticles] HB CC 5E040
  • H01F1/08
    		•  ......pressed, sintered, or bound together [6] HB CC 5E040
  • H01F1/08,130
    		•  .......in a bonding agent HB CC 5E040
  • H01F1/08,160
    		•  .......sintered HB CC 5E040
  • H01F1/09
    		•  ....mixtures of metallic and non-metallic particles; metallic particles having oxide skin HB CC 5E040
  • H01F1/10
    		•  ....non-metallic substances, e.g. ferrites [6] HB CC 5E040
  • H01F1/11
    		•  .....in the form of particles [6] HB CC 5E040
  • H01F1/11,110
    		•  ......with non-magnetic core HB CC 5E040
  • H01F1/11,120
    		•  ......with a film (H01F1/113 takes precedence) HB CC 5E040
  • H01F1/113
    		•  ......in a bonding agent [6] HB CC 5E040
  • H01F1/117
    		•  .......Flexible bodies [6] HB CC 5E040
  • H01F1/12
    		•  ...of soft-magnetic materials [6] HB CC 5E041
  • H01F1/14
    		•  ....metals or alloys [6] HB CC 5E041
  • H01F1/14,130
    		•  .....in the form of a wire (H01F1/147 takes precedence) HB CC 5E041
  • H01F1/147
    		•  .....Alloys characterised by their composition [5,6] HB CC 5E041
  • H01F1/147,108
    		•  ......Fe-Ni alloys HB CC 5E041
  • H01F1/147,116
    		•  .......in the form of a sheet HB CC 5E041
  • H01F1/147,125
    		•  ........with insulating coating HB CC 5E041
  • H01F1/147,133
    		•  .......in the form of particles HB CC 5E041
  • H01F1/147,141
    		•  ........pressed, sintered or bonded together HB CC 5E041
  • H01F1/147,150
    		•  .........insulated particles HB CC 5E041
  • H01F1/147,158
    		•  ..........by macromolecular organic substances HB CC 5E041
  • H01F1/147,166
    		•  ......Fe-Si alloys HB CC 5E041
  • H01F1/147,175
    		•  .......in the form of a sheet HB CC 5E041
  • H01F1/147,183
    		•  ........with insulating coating HB CC 5E041
  • H01F1/147,191
    		•  .......Fe-Si-AI alloys, e.g. Sendust HB CC 5E041
  • H01F1/153
    		•  ......Amorphous metallic alloys, e.g. glassy metals [5,6] HB CC 5E041
  • H01F1/153,108
    		•  .......based on Fe/Ni (H01F1/153, 125 take precedence) HB CC 5E041
  • H01F1/153,116
    		•  .......based on Co (H01F1/153, 125 take precedence) HB CC 5E041
  • H01F1/153,125
    		•  .......including rare earths HB CC 5E041
  • H01F1/153,133
    		•  .......including nanocrystal, e.g. obtained by annealing HB CC 5E041
  • H01F1/153,141
    		•  .......manufacturing processes HB CC 5E041
  • H01F1/153,150
    		•  ........by powder metallurgy, e.g. spark erosion HB CC 5E041
  • H01F1/153,158
    		•  .......making agglomerates, e.g. by pressing HB CC 5E041
  • H01F1/153,166
    		•  ........with a binder HB CC 5E041
  • H01F1/153,175
    		•  .........with a polymer HB CC 5E041
  • H01F1/153,183
    		•  .......applied by coatings (H01F1/153,166 take precedence) HB CC 5E041
  • H01F1/153,191
    		•  .......Elongated structure, e.g. wires HB CC 5E041
  • H01F1/16
    		•  .....in the form of sheets (H01F 1/147 takes precedence) [5,6] HB CC 5E041
  • H01F1/18
    		•  ......with insulating coating [6] HB CC 5E041
  • H01F1/20
    		•  .....in the form of particles, e.g. powder (H01F 1/147 takes precedence) [5,6] HB CC 5E041
  • H01F1/22
    		•  ......pressed, sintered, or bound together [6] HB CC 5E041
  • H01F1/24
    		•  .......the particles being insulated [6] HB CC 5E041
  • H01F1/26
    		•  ........by macromolecular organic substances [6] HB CC 5E041
  • H01F1/28
    		•  ......dispersed or suspended in a bonding agent [6] HB CC 5E041
  • H01F1/33
    		•  ....mixtures of metallic and non-metallic particles; metallic particles having oxide skin [6] HB CC 5E041
  • H01F1/34
    		•  ....non-metallic substances, e.g. ferrites [6] HB CC 5E041
  • H01F1/34,120
    		•  .....Oxides (H01F1/36 and H01F1/38 take precedence) HB CC 5E041
  • H01F1/34,140
    		•  ......Ferrites, e.g. magnetite Fe304 HB CC 5E041
  • H01F1/34,160
    		•  .......Garnet-type (H01F10/24 takes precedence) HB CC 5E041
  • H01F1/34,180
    		•  .......Hexagonal ferrites with low rigidity or anisotropy, i.e. with increased permeability in the microwave range, e.g. having a hexagonal crystallographic structure HB CC 5E041
  • H01F1/36
    		•  .....in the form of particles [6] HB CC 5E041
  • H01F1/37
    		•  ......in a bonding agent [6] HB CC 5E041
  • H01F1/375
    		•  .......Flexible bodies [6] HB CC 5E041
  • H01F1/38
    		•  .....Amorphous, e.g. amorphous oxides [6] HB CC 5E041
  • H01F1/40
    		•  ..Materials for magnetic semiconductors, e.g. CdCr2S4 [6] HB CC 5E040
  • H01F1/40,110
    		•  ...Materials for dilute magnetic semiconductors HB CC 5E040
  • H01F1/40,120
    		•  ....II-V type, e.g. Zn1-xCrxSe HB CC 5E040
  • H01F1/40,140
    		•  ....III-V type, e.g. In1-MnxAs HB CC 5E040
  • H01F1/40,150
    		•  ....IV type, e.g. Ge1-xMnx HB CC 5E040
  • H01F1/40,170
    		•  ....Diluted non-magnetic ions in a magnetic cation-sublattice, e.g. La1-x(Ba,Sr)xMnO3 HB CC 5E040
  • H01F1/40,180
    		•  ...Semimetal, i.e. with one-direction electric spin at Fermi level, e.g. CrO2, Heusler alloy (H01F10/193 takes precedence) HB CC 5E040
  • H01F1/42
    		•  .of organic or organo-metallic materials(H01F1/44 takes precedence) [6] HB CC 5E040
  • H01F1/44
    		•  .Magnetic liquids, e.g. ferroliquids [6] HB CC 5E041
  • H01F1/44,120
    		•  ..The magnetic component being a metal or alloy, e.g. Fe (H01F1/44, 170 take precedence) HB CC 5E041
  • H01F1/44,150
    		•  ..The magnetic component being a compound, e.g. Fe3O4(H01F1/44, 170 take precedence)} HB CC 5E041
  • H01F1/44,170
    		•  ..characterised by magnetoviscosity, e.g. magnetorheological, magnetothixotropic, magnetodilatant liquids HB CC 5E041
    TOP