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  • B01J35/00
    		•  Catalysts, in general, characterised by their form or physical properties [2024.01] HB CC 4G169
  • B01J35/20
    		•  .characterised by their non-solid state [2024.01] HB CC 4G169
  • B01J35/23
    		•  ..in a colloidal state [2024.01] HB CC 4G169
  • B01J35/27
    		•  ..in a liquid or molten state [2024.01] HB CC 4G169
  • B01J35/30
    		•  .characterised by their physical properties [2024.01] HB CC 4G169
  • B01J35/31
    		•  ..Density [2024.01] HB CC 4G169
  • B01J35/32
    		•  ...Bulk density [2024.01] HB CC 4G169
  • B01J35/33
    		•  ..Electric or magnetic properties [2024.01] HB CC 4G169
  • B01J35/34
    		•  ..Mechanical properties [2024.01] HB CC 4G169
  • B01J35/36
    		•  ...Mechanical strength [2024.01] HB CC 4G169
  • B01J35/36,301
    		•  ....containing fibrous reinforcing material HB CC 4G169
  • B01J35/37
    		•  ...Crush or impact strength [2024.01] HB CC 4G169
  • B01J35/38
    		•  ...Abrasion or attrition resistance [2024.01] HB CC 4G169
  • B01J35/39
    		•  ..Photocatalytic properties [2024.01] HB CC 4G169
  • B01J35/40
    		•  .characterised by dimensions, e.g. grain size (in a colloidal state B01J 35/23; crystallite size B01J 35/77) [2024.01] HB CC 4G169
  • B01J35/45
    		•  ..Nanoparticles [2024.01] HB CC 4G169
  • B01J35/50
    		•  .characterised by their shape or configuration [2024.01] HB CC 4G169
  • B01J35/50,301
    		•  ..Catalyst bodies of heat exchange type HB CC 4G169
  • B01J35/50,311
    		•  ..Integration of heating measures HB CC 4G169
  • B01J35/50,321
    		•  ..Coated catalysts of self-cleaning type HB CC 4G169
  • B01J35/50,331
    		•  ..Granulated, formed catalysts accommodated or retained with ventilating material, e.g. wire mesh HB CC 4G169
  • B01J35/50,341
    		•  ..With plural catalyst units assembled HB CC 4G169
  • B01J35/50,351
    		•  ..Filling material for formed catalysts (for spheres 35/51) HB CC 4G169
  • B01J35/50,351@A
    		•  Solid-core columns (for ones with penetrated holes @Z) HB CC 4G169
  • B01J35/50,351@Z
    		•  Others HB CC 4G169
  • B01J35/51
    		•  ..Spheres [2024.01] HB CC 4G169
  • B01J35/52
    		•  ...Hollow spheres [2024.01] HB CC 4G169
  • B01J35/53
    		•  ...with a core-shell structure [2024.01] HB CC 4G169
  • B01J35/54
    		•  ..Bars or plates [2024.01] HB CC 4G169
  • B01J35/54,301
    		•  ...Plate type HB CC 4G169
  • B01J35/54,301@A
    		•  Carriers, supports made of woven wire or expanded metal (for open mesh 35/57) HB CC 4G169
  • B01J35/54,301@B
    		•  Assembling or laminating plate catalysts (including winding type. for honeycomb type 35/57) HB CC 4G169
  • B01J35/54,301@Z
    		•  Others HB CC 4G169
  • B01J35/55
    		•  ..Cylinders or rings [2024.01] HB CC 4G169
  • B01J35/56
    		•  ..Foraminous structures having flow-through passages or channels, e.g. grids or three-dimensional monoliths [2024.01] HB CC 4G169
  • B01J35/56@A
    		•  Formation of porous catalysts ( for micropore on the surface 35/60) HB CC 4G169
  • B01J35/56@B
    		•  .obtained by forming or further sintering granules, pellets, fragments and the like HB CC 4G169
  • B01J35/56@C
    		•  .obtained by removing flammable components in the formed body by combustion HB CC 4G169
  • B01J35/56@D
    		•  .produced by removing fusible components in the formed body by eluting HB CC 4G169
  • B01J35/56@E
    		•  Wire mesh (including expanded metals) HB CC 4G169
  • B01J35/56@Z
    		•  Others HB CC 4G169
  • B01J35/56,301
    		•  ...having three dimensional skeletons HB CC 4G169
  • B01J35/56,301@A
    		•  Three dimensional skeletons constructed with metals (B takes precedence) HB CC 4G169
  • B01J35/56,301@B
    		•  Production methods of three dimensional skeletons HB CC 4G169
  • B01J35/56,301@Z
    		•  Others HB CC 4G169
  • B01J35/57
    		•  ...Honeycombs [2024.01] HB CC 4G169
  • B01J35/57@A
    		•  Characterized by shapes of penetrated holes or shapes of paths, e.g. with shapes of cell unit openings having different opening areas inside and outside, B takes precedence HB CC 4G169
  • B01J35/57@B
    		•  With variant thickness of partition walls constituting cell units (for thick peripheral walls F) HB CC 4G169
  • B01J35/57@C
    		•  Characterized by shapes or structures of cell walls or the surface thereof, e.g. with cell walls with openings HB CC 4G169
  • B01J35/57@D
    		•  Characterized by shapes, structures or material of honeycomb edges HB CC 4G169
  • B01J35/57@E
    		•  having both openings and closings at the edge surface of honeycomb bodies HB CC 4G169
  • B01J35/57@F
    		•  Characterized by shapes, structures of honeycomb periphery , e.g. with grooves on periphery, with buried openings at periphery HB CC 4G169
  • B01J35/57@G
    		•  Characterized by entire shapes of honeycomb HB CC 4G169
  • B01J35/57@H
    		•  Having fillings in cells (for filling only at periphery F) HB CC 4G169
  • B01J35/57@J
    		•  Binding or combining plural honeycombs HB CC 4G169
  • B01J35/57@K
    		•  Characterized by specified diameter of openings, rate of openings or size of honeycombs HB CC 4G169
  • B01J35/57@L
    		•  With variant amount of catalyst holdings, e.g. variant amount of impregnation, variant coated layers of carriers HB CC 4G169
  • B01J35/57@M
    		•  Production methods of honeycombs HB CC 4G169
  • B01J35/57@N
    		•  .by extrusion HB CC 4G169
  • B01J35/57@P
    		•  Characterized by base material of honeycombs HB CC 4G169
  • B01J35/57@Z
    		•  Others HB CC 4G169
  • B01J35/57,301
    		•  ....Lamination layer type HB CC 4G169
  • B01J35/57,301@A
    		•  By lamination with flat plates combined with corrugated plates or plates with spacers HB CC 4G169
  • B01J35/57,301@B
    		•  By lamination only with plates provided with spacers HB CC 4G169
  • B01J35/57,301@C
    		•  By lamination only with corrugated plates HB CC 4G169
  • B01J35/57,301@D
    		•  Characterized by material or preparation of basic material of lamination HB CC 4G169
  • B01J35/57,301@Z
    		•  Others HB CC 4G169
  • B01J35/57,311
    		•  .....wound type (convoluted type) HB CC 4G169
  • B01J35/57,311@A
    		•  Wound with flat plates combined with corrugated plates or plates with spacers HB CC 4G169
  • B01J35/57,311@B
    		•  wound only with plates with spacers HB CC 4G169
  • B01J35/57,311@Z
    		•  Others HB CC 4G169
  • B01J35/58
    		•  ..Fabrics or filaments [2024.01] HB CC 4G169
  • B01J35/58@A
    		•  Woven cloth (including unwoven cloth, paper) HB CC 4G169
  • B01J35/58@B
    		•  .consisting of different fibres, e.g. with fiberglass and metal fibre woven together HB CC 4G169
  • B01J35/58@C
    		•  .consisting of metal fibre HB CC 4G169
  • B01J35/58@D
    		•  .Laminated layers, e.g. placed on support bodies HB CC 4G169
  • B01J35/58@E
    		•  .characterized by shapes or structures of woven cloth and the like HB CC 4G169
  • B01J35/58@F
    		•  .characterized by shapes or structures of fibre which constitutes woven cloth and the like HB CC 4G169
  • B01J35/58@G
    		•  .characterized by chemical treatment of fibre which constitutes woven cloth and the like HB CC 4G169
  • B01J35/58@H
    		•  .characterized by formation methods of woven cloth and the like HB CC 4G169
  • B01J35/58@J
    		•  Filaments (including monofil, whiskers, twisted threads) HB CC 4G169
  • B01J35/58@K
    		•  .Fiberglass HB CC 4G169
  • B01J35/58@L
    		•  .Carbon fibre HB CC 4G169
  • B01J35/58@M
    		•  .Organic fibre HB CC 4G169
  • B01J35/58@Z
    		•  Others HB CC 4G169
  • B01J35/59
    		•  ...Membranes [2024.01] HB CC 4G169
  • B01J35/60
    		•  .characterised by their surface properties or porosity [2024.01] HB CC 4G169
  • B01J35/60@A
    		•  Characterized by the diameter distribution or volume of minute holes, for hydrogenation, cracking, reforming of hydrocarbons HB CC 4G169
  • B01J35/60@B
    		•  .Desulfurizing HB CC 4G169
  • B01J35/60@C
    		•  .Demetalizing HB CC 4G169
  • B01J35/60@D
    		•  .Desulfurizing and demetalizing simultaneously HB CC 4G169
  • B01J35/60@E
    		•  .Desulfurizing, demetalizing and deasphaltenating simultaneously HB CC 4G169
  • B01J35/60@F
    		•  Characterized by the diameter distribution or volume of minute holes, for treatment of exhaust gases HB CC 4G169
  • B01J35/60@G
    		•  Characterized by the diameter distribution or volume of minute holes, for reactions other than for hydrogenation, cracking or reforming of hydrocarbons, and for treatment of exhaust gases HB CC 4G169
  • B01J35/60@H
    		•  Control methods of variant diameters of small apertures or capacity thereof HB CC 4G169
  • B01J35/60@Z
    		•  Others HB CC 4G169
  • B01J35/61
    		•  ..Surface area [2024.01] HB CC 4G169
  • B01J35/63
    		•  ..Pore volume [2024.01] HB CC 4G169
  • B01J35/64
    		•  ..Pore diameter [2024.01] HB CC 4G169
  • B01J35/66
    		•  ..Pore distribution [2024.01] HB CC 4G169
  • B01J35/67
    		•  ...monomodal [2024.01] HB CC 4G169
  • B01J35/69
    		•  ...bimodal [2024.01] HB CC 4G169
  • B01J35/70
    		•  .characterised by their crystalline properties, e.g. semi-crystalline (catalysts comprising carbon B01J 21/18; molecular sieves B01J 29/00) [2024.01] HB CC 4G169
  • B01J35/73
    		•  ..having a two-dimensional layered crystalline structure, e.g. layered double hydroxide [LDH] [2024.01] HB CC 4G169
  • B01J35/77
    		•  ..Compounds characterised by their crystallite size [2024.01] HB CC 4G169
  • B01J35/80
    		•  .characterised by their amorphous structures [2024.01] HB CC 4G169
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