C | SK | CHEMISTRY; METALLURGY |
C01 | USK | CHEMISTRY |
C01 | KL | INORGANIC CHEMISTRY |
C01B | UKL | NON-METALLIC ELEMENTS; COMPOUNDS THEREOF (fermentation or enzyme-using processes for the preparation of elements or inorganic compounds except carbon dioxide C12P 3/00; production of non-metallic elements or inorganic compounds by electrolysis or electrophoresis C25B) |
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C01B 3/00 | HGR | Hydrogen; Gaseous mixtures containing hydrogen; Separation of hydrogen from mixtures containing it; Purification of hydrogen (production of water-gas or synthesis gas from solid carbonaceous material C10J) [3, 2006.01] |
C01B 3/02 | UGR1 | . | Production of hydrogen or of gaseous mixtures containing hydrogen [3, 2006.01] |
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C01B 3/04 | UGR2 | . . | by decomposition of inorganic compounds, e.g. ammonia [3, 2006.01] |
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C01B 3/06 | UGR2 | . . | by reaction of inorganic compounds containing electro-positively bound hydrogen, e.g. water, acids, bases, ammonia, with inorganic reducing agents (by electrolysis of water C25B 1/04) [3, 2006.01] |
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C01B 3/08 | UGR3 | . . . | with metals [3, 2006.01] |
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C01B 3/10 | UGR4 | . . . . | by reaction of water vapour with metals [3, 2006.01] |
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C01B 3/12 | UGR3 | . . . | by reaction of water vapour with carbon monoxide [3, 2006.01] |
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C01B 3/14 | UGR4 | . . . . | Handling of heat and steam [3, 2006.01] |
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C01B 3/16 | UGR4 | . . . . | using catalysts [3, 2006.01] |
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C01B 3/18 | UGR4 | . . . . | using moving solid particles [3, 2006.01] |
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C01B 3/20 | UGR3 | . . . | by reaction of metal hydroxides with carbon monoxide [3, 2006.01] |
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C01B 3/22 | UGR2 | . . | by decomposition of gaseous or liquid organic compounds [3, 2006.01] |
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C01B 3/24 | UGR3 | . . . | of hydrocarbons [3, 2006.01] |
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C01B 3/26 | UGR4 | . . . . | using catalysts [3, 2006.01] |
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C01B 3/28 | UGR4 | . . . . | using moving solid particles [3, 2006.01] |
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C01B 3/30 | UGR5 | . . . . . | using the fluidised bed technique [3, 2006.01] |
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C01B 3/32 | UGR2 | . . | by reaction of gaseous or liquid organic compounds with gasifying agents, e.g. water, carbon dioxide, air [3, 2006.01] |
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C01B 3/34 | UGR3 | . . . | by reaction of hydrocarbons with gasifying agents [3, 2006.01] |
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C01B 3/36 | UGR4 | . . . . | using oxygen or mixtures containing oxygen as gasifying agents [3, 2006.01] |
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C01B 3/38 | UGR4 | . . . . | using catalysts [3, 2006.01] |
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C01B 3/40 | UGR5 | . . . . . | characterised by the catalyst [3, 2006.01] |
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C01B 3/42 | UGR5 | . . . . . | using moving solid particles [3, 2006.01] |
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C01B 3/44 | UGR6 | . . . . . . | using the fluidised bed technique [3, 2006.01] |
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C01B 3/46 | UGR4 | . . . . | using discontinuously preheated non-moving solid materials, e.g. blast and run [3, 2006.01] |
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C01B 3/48 | UGR4 | . . . . | followed by reaction of water vapour with carbon monoxide [3, 2006.01] |
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C01B 3/50 | UGR1 | . | Separation of hydrogen or hydrogen containing gases from gaseous mixtures, e.g. purification (C01B 3/14 takes precedence) [3, 2006.01] |
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C01B 3/52 | UGR2 | . . | by contacting with liquids; Regeneration of used liquids [3, 2006.01] |
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C01B 3/54 | UGR3 | . . . | including a catalytic reaction [3, 2006.01] |
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C01B 3/56 | UGR2 | . . | by contacting with solids; Regeneration of used solids [3, 2006.01] |
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C01B 3/58 | UGR3 | . . . | including a catalytic reaction [3, 2006.01] |
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C01B 4/00 | HGR | Hydrogen isotopes; Inorganic compounds thereof prepared by isotope exchange, e.g. NH3 + D2 → NH2D + HD [1, 2, 2006.01] |
C01B 5/00 | HGR | Water [1, 2006.01] |
C01B 5/02 | UGR1 | . | Heavy water; Preparation by chemical reaction of hydrogen isotopes or their compounds, e.g. 4ND3+7O2→ 4NO2+6D2O, 2D2+O2→ 2D2O [1, 2006.01] |
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C01B 6/00 | HGR | Hydrides of metals; Monoborane or diborane; Addition complexes thereof [1, 2, 2006.01] |
C01B 6/02 | UGR1 | . | Hydrides of transition elements; Addition complexes thereof [1, 2006.01] |
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C01B 6/04 | UGR1 | . | Hydrides of alkali metals, alkaline earth metals, beryllium or magnesium; Addition complexes thereof [1, 2006.01] |
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C01B 6/06 | UGR1 | . | Hydrides of aluminium, gallium, indium, thallium, germanium, tin, lead, arsenic, antimony, bismuth or polonium; Monoborane; Diborane; Addition complexes thereof [1, 2006.01] |
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C01B 6/10 | UGR2 | . . | Monoborane; Diborane; Addition complexes thereof [1, 2, 2006.01] |
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C01B 6/11 | UGR3 | . . . | Preparation from boron or inorganic compounds containing boron and oxygen [2, 2006.01] |
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C01B 6/13 | UGR3 | . . . | Addition complexes of monoborane or diborane, e.g. with phosphine, arsine or hydrazine [2, 2006.01] |
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C01B 6/15 | UGR4 | . . . . | Metal borohydrides; Addition complexes thereof [2, 2006.01] |
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C01B 6/17 | UGR5 | . . . . . | Preparation from boron or inorganic compounds containing boron and oxygen [2, 2006.01] |
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C01B 6/19 | UGR5 | . . . . . | Preparation from other compounds of boron [2, 2006.01] |
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C01B 6/21 | UGR6 | . . . . . . | Preparation of borohydrides of alkali metals, alkaline earth metals, magnesium or beryllium; Addition complexes thereof, e.g. LiBH4.2N2H4, NaB2H7 [2, 2006.01] |
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C01B 6/23 | UGR6 | . . . . . . | Preparation of borohydrides of other metals, e.g. aluminium borohydride; Addition complexes thereof, e.g. Li [Al(BH4)3H] [2, 2006.01] |
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C01B 6/24 | UGR1 | . | Hydrides containing at least two metals, e.g. Li(AlH4); Addition complexes thereof (C01B 6/13-C01B 6/23 take precedence) [1, 2, 2006.01] |
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C01B 6/26 | UGR2 | . . | Preparation from the metal with the highest valency or from its oxides or salts of its oxyacids [1, 2006.01] |
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C01B 6/34 | UGR1 | . | Purification; Stabilisation [1, 2006.01] |
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C01B 7/00 | HGR | Halogens; Halogen acids [1, 2006.01] |
C01B 7/01 | UGR1 | . | Chlorine; Hydrogen chloride [2, 2006.01] |
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C01B 7/03 | UGR2 | . . | Preparation from chlorides [2, 3, 2006.01] |
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C01B 7/04 | UGR3 | . . . | Preparation of chlorine from hydrogen chloride [1, 3, 2006.01] |
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C01B 7/05 | UGR3 | . . . | Preparation from ammonium chloride [2, 3, 2006.01] |
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C01B 7/07 | UGR2 | . . | Purification [2, 3, 2006.01] |
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C01B 7/075 | UGR3 | . . . | of liquid chlorine [2, 3, 2006.01] |
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C01B 7/09 | UGR1 | . | Bromine; Hydrogen bromide [2, 2006.01] |
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C01B 7/13 | UGR1 | . | Iodine; Hydrogen iodide [2, 2006.01] |
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C01B 7/14 | UGR2 | . . | Iodine [1, 2, 2006.01] |
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C01B 7/16 | UGR3 | . . . | Preparation from seaweed [1, 2, 2006.01] |
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C01B 7/19 | UGR1 | . | Fluorine; Hydrogen fluoride [2, 2006.01] |
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C01B 7/20 | UGR2 | . . | Fluorine [1, 2, 2006.01] |
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C01B 7/24 | UGR1 | . | Inter-halogen compounds [1, 2006.01] |
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C01B 9/00 | HGR | General methods of preparing halides (particular individual halides, see the relevant groups in subclasses C01B-C01G according to the element combined with the halogen; electrolytic production of inorganic compounds C25B) [1, 2006.01] |
C01B 9/02 | UGR1 | |
C01B 9/04 | UGR1 | |
C01B 9/06 | UGR1 | |
C01B 9/08 | UGR1 | |
C01B 11/00 | HGR | Oxides or oxyacids of halogens; Salts thereof [1, 2006.01] |
C01B 11/02 | UGR1 | . | Oxides of chlorine [1, 2006.01] |
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C01B 11/04 | UGR1 | . | Hypochlorous acid [1, 2006.01] |
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C01B 11/06 | UGR2 | . . | Hypochlorites, e.g. chlorinated lime [1, 2006.01] |
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C01B 11/08 | UGR1 | . | Chlorous acid [1, 2006.01] |
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C01B 11/10 | UGR2 | . . | Chlorites [1, 2006.01] |
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C01B 11/12 | UGR1 | . | Chloric acid [1, 2006.01] |
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C01B 11/14 | UGR2 | . . | Chlorates [1, 2006.01] |
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C01B 11/16 | UGR1 | . | Perchloric acid [1, 2006.01] |
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C01B 11/18 | UGR2 | . . | Perchlorates [1, 2006.01] |
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C01B 11/20 | UGR1 | . | Oxygen compounds of bromine [1, 2006.01] |
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C01B 11/22 | UGR1 | . | Oxygen compounds of iodine [1, 2006.01] |
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C01B 11/24 | UGR1 | . | Oxygen compounds of fluorine [1, 2006.01] |
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C01B 13/00 | HGR | Oxygen; Ozone; Oxides or hydroxides in general [1, 2006.01] |
C01B 13/02 | UGR1 | . | Preparation of oxygen (by liquefying F25J) [1, 2006.01] |
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C01B 13/08 | UGR2 | . . | from air with the aid of metal oxides, e.g. barium oxide, manganese oxide [1, 2006.01] |
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C01B 13/10 | UGR1 | . | Preparation of ozone [1, 2006.01] |
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C01B 13/11 | UGR2 | . . | by electric discharge [2, 2006.01] |
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C01B 13/14 | UGR1 | . | Methods for preparing oxides or hydroxides in general (particular individual oxides or hydroxides, see the relevant groups of subclasses C01B-C01G or C25B, according to the element combined with the oxygen or hydroxy group) [1, 2006.01] |
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C01B 13/16 | UGR2 | . . | Purification [3, 2006.01] |
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C01B 13/18 | UGR2 | . . | by thermal decomposition of compounds, e.g. of salts or hydroxides [3, 2006.01] |
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C01B 13/20 | UGR2 | . . | by oxidation of elements in the gaseous state; by oxidation or hydrolysis of compounds in the gaseous state [3, 2006.01] |
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C01B 13/22 | UGR3 | . . . | of halides or oxyhalides [3, 2006.01] |
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C01B 13/24 | UGR4 | . . . . | in the presence of hot combustion gases [3, 2006.01] |
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C01B 13/26 | UGR4 | . . . . | in the presence of a fluidised bed [3, 2006.01] |
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C01B 13/28 | UGR4 | . . . . | using a plasma or an electric discharge [3, 2006.01] |
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C01B 13/30 | UGR4 | . . . . | Removal and cooling of the oxide containing suspension [3, 2006.01] |
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C01B 13/32 | UGR2 | . . | by oxidation or hydrolysis of elements or compounds in the liquid or solid state [3, 2006.01] |
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C01B 13/34 | UGR2 | . . | by oxidation or hydrolysis of sprayed or atomised solutions [3, 2006.01] |
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C01B 13/36 | UGR2 | . . | by precipitation reactions in solutions [3, 2006.01] |
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C01B 15/00 | HGR | Peroxides; Peroxyhydrates; Peroxyacids or salts thereof; Superoxides; Ozonides [1, 2006.01] |
C01B 15/01 | UGR1 | . | Hydrogen peroxide [3, 2006.01] |
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C01B 15/013 | UGR2 | . . | Separation; Purification; Concentration [3, 2006.01] |
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C01B 15/017 | UGR3 | . . . | Anhydrous hydrogen peroxide; Anhydrous solutions or gaseous mixtures containing hydrogen peroxide [3, 2006.01] |
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C01B 15/022 | UGR2 | . . | Preparation from organic compounds [2, 2006.01] |
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C01B 15/023 | UGR3 | . . . | by the alkyl-anthraquinone process [3, 2006.01] |
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C01B 15/024 | UGR3 | . . . | from hydrocarbons [3, 2006.01] |
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C01B 15/026 | UGR3 | . . . | from alcohols [3, 2006.01] |
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C01B 15/027 | UGR2 | . . | Preparation from water [3, 2006.01] |
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C01B 15/029 | UGR2 | . . | Preparation from hydrogen and oxygen [3, 2006.01] |
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C01B 15/03 | UGR2 | . . | Preparation from inorganic peroxy-compounds, e.g. from peroxysulfates [3, 2006.01] |
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C01B 15/032 | UGR3 | . . . | from metal peroxides [3, 2006.01] |
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C01B 15/037 | UGR2 | . . | Stabilisation by additives [3, 2006.01] |
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C01B 15/04 | UGR1 | . | Metal peroxides or peroxyhydrates thereof; Superoxides; Ozonides [1, 3, 2006.01] |
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C01B 15/043 | UGR2 | . . | of alkali metals, alkaline earth metals or of magnesium [2, 3, 2006.01] |
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C01B 15/047 | UGR2 | . . | of heavy metals [2, 3, 2006.01] |
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C01B 15/055 | UGR1 | . | Peroxyhydrates (C01B 15/04 takes precedence); Peroxyacids or salts thereof [3, 2006.01] |
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C01B 15/06 | UGR2 | . . | containing sulfur [1, 3, 2006.01] |
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C01B 15/08 | UGR3 | . . . | Peroxysulfates [1, 3, 2006.01] |
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C01B 15/10 | UGR2 | . . | containing carbon [1, 3, 2006.01] |
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C01B 15/12 | UGR2 | . . | containing boron [1, 3, 2006.01] |
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C01B 15/14 | UGR2 | . . | containing silicon [1, 3, 2006.01] |
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C01B 15/16 | UGR2 | . . | containing phosphorus [1, 3, 2006.01] |
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C01B 17/00 | ZWE |
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C01B 17/00 | HGR | Sulfur; Compounds thereof [1, 2006.01] |
C01B 17/02 | UGR1 | . | Preparation of sulfur; Purification [1, 2006.01] |
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C01B 17/027 | UGR2 | . . | Recovery of sulfur from material containing elemental sulfur, e.g. luxmasses; Purification [3, 2006.01] |
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C01B 17/033 | UGR3 | . . . | using a liquid extractant [3, 2006.01] |
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C01B 17/04 | UGR2 | . . | from gaseous sulfur compounds including gaseous sulfides [1, 2006.01] |
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C01B 17/05 | UGR3 | . . . | by wet processes [3, 2006.01] |
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C01B 17/06 | UGR2 | . . | from non-gaseous sulfides or materials containing such sulfides, e.g. ores [1, 2006.01] |
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C01B 17/10 | UGR2 | . . | Finely-divided sulfur, e.g. sublimed sulfur, flowers of sulfur [1, 2006.01] |
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C01B 17/12 | UGR2 | . . | Insoluble sulfur (mu-sulfur) [1, 2006.01] |
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C01B 17/16 | UGR1 | . | Hydrogen sulfides [1, 2006.01] |
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C01B 17/18 | UGR2 | . . | Hydrogen polysulfides [1, 2006.01] |
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C01B 17/20 | UGR1 | . | Methods for preparing sulfides or polysulfides, in general (ammonium sulfides or polysulfides C01C; sulfides or polysulfides of metals, other than alkali metals, magnesium, calcium, strontium, and barium, see the relevant groups of subclasses C01F or C01G, according to the metal) [1, 2006.01] |
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C01B 17/22 | UGR1 | . | Alkali metal sulfides or polysulfides [1, 2006.01] |
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C01B 17/24 | UGR2 | . . | Preparation by reduction [1, 2006.01] |
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C01B 17/26 | UGR3 | . . . | with carbon [1, 2006.01] |
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C01B 17/28 | UGR3 | . . . | with reducing gases [1, 2006.01] |
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C01B 17/30 | UGR2 | . . | Preparation from sodium or potassium amalgam with sulfur or sulfides [1, 2006.01] |
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C01B 17/32 | UGR2 | . . | Hydrosulfides of sodium or potassium [1, 2006.01] |
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C01B 17/34 | UGR2 | . . | Polysulfides of sodium or potassium [1, 2006.01] |
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C01B 17/36 | UGR2 | . . | Purification [1, 2006.01] |
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C01B 17/38 | UGR2 | . . | Dehydration [1, 2006.01] |
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C01B 17/40 | UGR2 | . . | Making shaped products, e.g. granules [1, 2006.01] |
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C01B 17/42 | UGR1 | . | Sulfides or polysulfides of magnesium, calcium, strontium, or barium [1, 2006.01] |
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C01B 17/43 | UGR2 | . . | from oxides or hydroxides with sulfur or hydrogen sulfide [1, 2006.01] |
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C01B 17/44 | UGR2 | . . | by reduction of sulfates [1, 2006.01] |
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C01B 17/45 | UGR1 | . | Compounds containing sulfur and halogen, with or without oxygen [1, 2006.01] |
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C01B 17/46 | UGR1 | . | Compounds containing sulfur, halogen, hydrogen, and oxygen [1, 2006.01] |
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C01B 17/48 | UGR1 | . | Sulfur dioxide; Sulfurous acid [1, 2006.01] |
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C01B 17/50 | UGR2 | . . | Preparation of sulfur dioxide [1, 2006.01] |
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C01B 17/52 | UGR3 | . . . | by roasting sulfides (C22B 1/00 takes precedence) [1, 2006.01] |
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C01B 17/54 | UGR3 | . . . | by burning elemental sulfur [1, 2006.01] |
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C01B 17/56 | UGR3 | . . . | Separation; Purification [1, 2006.01] |
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C01B 17/58 | UGR3 | . . . | Recovery of sulfur dioxide from acid tar or the like [1, 2006.01] |
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C01B 17/60 | UGR3 | . . . | Isolation of sulfur dioxide from gases [1, 2006.01] |
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C01B 17/62 | UGR1 | . | Methods of preparing sulfites in general (particular individual sulfites, see the relevant groups of subclasses C01B-C01G, according to the cation) [1, 2006.01] |
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C01B 17/64 | UGR1 | . | Thiosulfates; Dithionites; Polythionates [1, 2006.01] |
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C01B 17/66 | UGR2 | . . | Dithionites [1, 2006.01] |
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C01B 17/69 | UGR1 | . | Sulfur trioxide; Sulfuric acid [3, 2006.01] |
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C01B 17/70 | UGR2 | . . | Stabilisation of gamma-form sulfur trioxide [1, 2006.01] |
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C01B 17/74 | UGR2 | . . | Preparation [1, 3, 2006.01] |
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C01B 17/76 | UGR3 | . . . | by contact processes [1, 2006.01] |
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C01B 17/765 | UGR4 | . . . . | Multi-stage SO3-conversion [3, 2006.01] |
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C01B 17/77 | UGR4 | . . . . | Fluidised-bed processes [3, 2006.01] |
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C01B 17/775 | UGR4 | . . . . | Liquid phase contacting processes or wet catalysis processes [3, 2006.01] |
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C01B 17/78 | UGR4 | . . . . | characterised by the catalyst used [1, 2006.01] |
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C01B 17/79 | UGR5 | . . . . . | containing vanadium [3, 2006.01] |
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C01B 17/80 | UGR4 | . . . . | Apparatus [1, 2006.01] |
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C01B 17/82 | UGR3 | . . . | of sulfuric acid using a nitrogen oxide process [1, 2006.01] |
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C01B 17/84 | UGR4 | . . . . | Chamber process [1, 2006.01] |
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C01B 17/86 | UGR4 | . . . . | Tower process [1, 2006.01] |
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C01B 17/88 | UGR2 | . . | Concentration of sulfuric acid [1, 2006.01] |
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C01B 17/90 | UGR2 | . . | Separation; Purification [1, 2006.01] |
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C01B 17/92 | UGR3 | . . . | Recovery from acid tar or the like [1, 2006.01] |
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C01B 17/94 | UGR3 | . . . | Recovery from nitration acids [1, 2006.01] |
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C01B 17/96 | UGR1 | . | Methods for the preparation of sulfates in general (particular individual sulfates, see the relevant groups of subclasses C01B-C01G, according to the cation) [1, 2006.01] |
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C01B 17/98 | UGR1 | . | Other compounds containing sulfur and oxygen (persulfuric acids C01B 15/06; persulfates C01B 15/08) [1, 2006.01] |
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C01B 19/00 | HGR | Selenium; Tellurium; Compounds thereof [1, 2006.01] |
C01B 19/02 | UGR1 | . | Elemental selenium or tellurium [3, 2006.01] |
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C01B 19/04 | UGR1 | . | Binary compounds [3, 2006.01] |
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C01B 21/00 | HGR | Nitrogen; Compounds thereof [1, 2006.01] |
C01B 21/02 | UGR1 | . | Preparation of nitrogen (by decomposition of ammonia C01B 3/04) [1, 2006.01] |
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C01B 21/04 | UGR1 | . | Purification or separation of nitrogen (by liquefying F25J) [1, 2006.01] |
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C01B 21/06 | UGR1 | . | Binary compounds of nitrogen with metals, with silicon, or with boron [1, 2006.01] |
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C01B 21/064 | UGR2 | . . | with boron [3, 2006.01] |
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C01B 21/068 | UGR2 | . . | with silicon [3, 2006.01] |
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C01B 21/072 | UGR2 | . . | with aluminium [3, 2006.01] |
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C01B 21/076 | UGR2 | . . | with titanium or zirconium [3, 2006.01] |
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C01B 21/08 | UGR1 | . | Hydrazoic acid; Azides; Halogen azides [1, 2006.01] |
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C01B 21/082 | UGR1 | |
C01B 21/083 | UGR2 | . . | containing one or more halogen atoms [3, 2006.01] |
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C01B 21/084 | UGR3 | . . . | containing also one or more oxygen atoms, e.g. nitrosyl halides [3, 2006.01] |
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C01B 21/086 | UGR2 | . . | containing one or more sulfur atoms [3, 2006.01] |
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C01B 21/087 | UGR2 | . . | containing one or more hydrogen atoms [3, 2006.01] |
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C01B 21/088 | UGR3 | . . . | containing also one or more halogen atoms [3, 2006.01] |
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C01B 21/09 | UGR4 | . . . . | Halogeno-amines, e.g. chloramine [3, 2006.01] |
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C01B 21/092 | UGR3 | . . . | containing also one or more metal atoms [3, 2006.01] |
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C01B 21/093 | UGR3 | . . . | containing also one or more sulfur atoms [3, 2006.01] |
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C01B 21/094 | UGR4 | . . . . | Nitrosyl containing acids [3, 2006.01] |
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C01B 21/096 | UGR4 | . . . . | Amidosulfonic acid; Salts thereof [3, 2006.01] |
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C01B 21/097 | UGR2 | . . | containing phosphorus atoms [3, 2006.01] |
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C01B 21/098 | UGR3 | . . . | Phosphonitrilic dihalides; Polymers thereof [3, 2006.01] |
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C01B 21/12 | UGR2 | . . | Carbamic acid; Salts thereof [1, 2006.01] |
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C01B 21/14 | UGR2 | . . | Hydroxylamine; Salts thereof [1, 2006.01] |
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C01B 21/16 | UGR2 | . . | Hydrazine; Salts thereof [1, 2006.01] |
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C01B 21/20 | UGR1 | . | Nitrogen oxides; Oxyacids of nitrogen; Salts thereof [1, 2006.01] |
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C01B 21/22 | UGR2 | . . | Nitrous oxide (N2O) [1, 2006.01] |
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C01B 21/24 | UGR2 | . . | Nitric oxide (NO) [1, 2006.01] |
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C01B 21/26 | UGR3 | . . . | Preparation by catalytic oxidation of ammonia [1, 2006.01] |
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C01B 21/28 | UGR4 | . . . . | Apparatus [1, 2006.01] |
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C01B 21/30 | UGR3 | . . . | Preparation by oxidation of nitrogen [1, 2006.01] |
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C01B 21/32 | UGR4 | . . . . | Apparatus [1, 2006.01] |
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C01B 21/34 | UGR2 | . . | Nitrogen trioxide (N2O3) [1, 2006.01] |
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C01B 21/36 | UGR2 | |
C01B 21/38 | UGR2 | . . | Nitric acid [1, 2006.01] |
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C01B 21/40 | UGR3 | . . . | Preparation by absorption of oxides of nitrogen [1, 2006.01] |
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C01B 21/42 | UGR3 | . . . | Preparation from nitrates [1, 2006.01] |
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C01B 21/44 | UGR3 | . . . | Concentration [1, 2006.01] |
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C01B 21/46 | UGR3 | . . . | Purification; Separation [1, 2006.01] |
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C01B 21/48 | UGR2 | . . | Methods for the preparation of nitrates in general (particular individual nitrates, see the relevant groups of subclasses C01B-C01G, according to the cation) [1, 2006.01] |
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C01B 21/50 | UGR2 | . . | Nitrous acid; Salts thereof [1, 2006.01] |
|
C01B 23/00 | HGR | Noble gases; Compounds thereof (liquefying F25J) [1, 2006.01] |
C01B 25/00 | HGR | Phosphorus; Compounds thereof (C01B 21/00, C01B 23/00 take precedence; perphosphates C01B 15/16) [1, 3, 2006.01] |
C01B 25/01 | UGR1 | . | Treating phosphate ores or other raw phosphate materials to obtain phosphorus or phosphorus compounds [2, 2006.01] |
|
C01B 25/02 | UGR1 | . | Preparation of phosphorus [1, 2006.01] |
|
C01B 25/023 | UGR2 | . . | of red phosphorus [2, 2006.01] |
|
C01B 25/027 | UGR2 | . . | of yellow phosphorus [2, 2006.01] |
|
C01B 25/04 | UGR1 | . | Purification of phosphorus [1, 2006.01] |
|
C01B 25/043 | UGR2 | . . | of red phosphorus [2, 2006.01] |
|
C01B 25/047 | UGR2 | . . | of yellow phosphorus [2, 2006.01] |
|
C01B 25/06 | UGR1 | . | Hydrogen phosphides [1, 2006.01] |
|
C01B 25/08 | UGR1 | . | Other phosphides [1, 2006.01] |
|
C01B 25/10 | UGR1 | . | Halides or oxyhalides of phosphorus [1, 2, 2006.01] |
|
C01B 25/12 | UGR1 | . | Oxides of phosphorus [1, 2006.01] |
|
C01B 25/14 | UGR1 | . | Sulfur, selenium, or tellurium compounds of phosphorus [1, 2006.01] |
|
C01B 25/16 | UGR1 | . | Oxyacids of phosphorus; Salts thereof (peroxyacids or salts thereof C01B 15/00) [1, 2006.01] |
|
C01B 25/163 | UGR2 | . . | Phosphorous acid; Salts thereof [2, 2006.01] |
|
C01B 25/165 | UGR2 | . . | Hypophosphorous acid; Salts thereof [2, 2006.01] |
|
C01B 25/168 | UGR2 | . . | Pyrophosphorous acid; Salts thereof [2, 2006.01] |
|
C01B 25/18 | UGR2 | . . | Phosphoric acid [1, 2006.01] |
|
C01B 25/20 | UGR3 | . . . | Preparation from elemental phosphorus or phosphoric anhydride [1, 2006.01] |
|
C01B 25/22 | UGR3 | . . . | Preparation by reacting phosphate containing material with an acid, e.g. wet process [1, 2006.01] |
|
C01B 25/222 | UGR4 | . . . . | with sulfuric acid, a mixture of acids mainly consisting of sulfuric acid or a mixture of compounds forming it in situ, e.g. a mixture of sulfur dioxide, water and oxygen [3, 2006.01] |
|
C01B 25/223 | UGR5 | . . . . . | only one form of calcium sulfate being formed [3, 2006.01] |
|
C01B 25/225 | UGR6 | . . . . . . | Dihydrate process [3, 2006.01] |
|
C01B 25/226 | UGR6 | . . . . . . | Hemihydrate process [3, 2006.01] |
|
C01B 25/228 | UGR5 | . . . . . | one form of calcium sulfate being formed and then converted to another form [3, 2006.01] |
|
C01B 25/229 | UGR6 | . . . . . . | Hemihydrate-dihydrate process [3, 2006.01] |
|
C01B 25/231 | UGR6 | . . . . . . | Dihydrate-hemihydrate process [3, 2006.01] |
|
C01B 25/232 | UGR5 | . . . . . | Preparation by reacting phosphate containing material with concentrated sulfuric acid and subsequently lixiviating the obtained mass, e.g. clincker process [3, 2006.01] |
|
C01B 25/234 | UGR3 | . . . | Purification; Stabilisation; Concentration (purification concomitant with preparation C01B 25/22; preparation involving solvent-solvent extraction C01B 25/46) [3, 2006.01] |
|
C01B 25/235 | UGR4 | . . . . | Clarification; Stabilisation to prevent post-precipitation of dissolved impurities [3, 2006.01] |
|
C01B 25/237 | UGR4 | . . . . | Selective elimination of impurities [3, 2006.01] |
|
C01B 25/238 | UGR5 | . . . . . | Cationic impurities [3, 2006.01] |
|
C01B 25/24 | UGR2 | . . | Condensed phosphoric acids [1, 2006.01] |
|
C01B 25/26 | UGR2 | . . | Phosphates (perphosphates C01B 15/16) [1, 2006.01] |
|
C01B 25/28 | UGR3 | . . . | Ammonium phosphates [1, 2006.01] |
|
C01B 25/30 | UGR3 | . . . | Alkali metal phosphates [1, 2006.01] |
|
C01B 25/32 | UGR3 | . . . | Phosphates of magnesium, calcium, strontium, or barium [1, 2006.01] |
|
C01B 25/34 | UGR4 | . . . . | Magnesium phosphates [1, 2006.01] |
|
C01B 25/36 | UGR3 | . . . | Aluminium phosphates [1, 2006.01] |
|
C01B 25/37 | UGR3 | . . . | Phosphates of heavy metals [2, 2006.01] |
|
C01B 25/38 | UGR3 | . . . | Condensed phosphates [1, 2006.01] |
|
C01B 25/39 | UGR4 | . . . . | of alkali metals [3, 2006.01] |
|
C01B 25/40 | UGR4 | . . . . | Polyphosphates [2, 2006.01] |
|
C01B 25/41 | UGR5 | . . . . . | of alkali metals [3, 2006.01] |
|
C01B 25/42 | UGR4 | . . . . | Pyrophosphates [2, 2006.01] |
|
C01B 25/44 | UGR4 | . . . . | Metaphosphates [2, 2006.01] |
|
C01B 25/445 | UGR5 | . . . . . | of alkali metals [3, 2006.01] |
|
C01B 25/45 | UGR3 | . . . | containing plural metal, or metal and ammonium [3, 2006.01] |
|
C01B 25/455 | UGR3 | . . . | containing halogen [3, 2006.01] |
|
C01B 25/46 | UGR2 | . . | Preparation involving solvent-solvent extraction [2, 2006.01] |
|
C01B 31/00 | GEL | (transferred to C01B 32/00; C01B 32/22; C01B 32/10-C01B 32/15) |
C01B 31/02 | GEL | (transferred to C01B 32/05; C01B 32/15-C01B 32/198) |
C01B 31/04 | GEL | (transferred to C01B 32/182-C01B 32/23) |
C01B 31/06 | GEL | (transferred to C01B 32/25-C01B 32/28) |
C01B 31/08 | GEL | (transferred to C01B 32/39; C01B 32/30-C01B 32/33; C01B 32/354-C01B 32/378) |
C01B 31/10 | GEL | (transferred to C01B 32/336) |
C01B 31/12 | GEL | (transferred to C01B 32/342-C01B 32/348) |
C01B 31/14 | GEL | (transferred to C01B 32/384) |
C01B 31/16 | GEL | (transferred to B01J 39/24; B01J 41/18) |
C01B 31/18 | GEL | (transferred to C01B 32/40) |
C01B 31/20 | GEL | (transferred to C01B 32/50) |
C01B 31/22 | GEL | (transferred to C01B 32/55) |
C01B 31/24 | GEL | (transferred to C01B 32/60) |
C01B 31/26 | GEL | (transferred to C01B 32/70-C01B 32/77) |
C01B 31/28 | GEL | (transferred to C01B 32/80) |
C01B 31/30 | GEL | (transferred to C01B 32/90-C01B 32/935) |
C01B 31/32 | GEL | (transferred to C01B 32/942) |
C01B 31/34 | GEL | (transferred to C01B 32/949) |
C01B 31/36 | GEL | (transferred to C01B 32/956-C01B 32/991) |
C01B 32/00 | HGR | Carbon; Compounds thereof (C01B 21/00, C01B 23/00 take precedence; percarbonates C01B 15/10; carbon black C09C 1/48) [2017.01] |
C01B 32/05 | UGR1 | |
C01B 32/10 | UGR1 | . | Carbon fluorides, e.g. [CF]n or [C2F]n (graphite intercalation thereof C01B 32/22) [2017.01] |
|
C01B 32/15 | UGR1 | . | Nanosized carbon materials [2017.01] |
|
C01B 32/152 | UGR2 | |
C01B 32/154 | UGR3 | . . . | Preparation [2017.01] |
|
C01B 32/156 | UGR3 | . . . | After-treatment [2017.01] |
|
C01B 32/158 | UGR2 | . . | Carbon nanotubes [2017.01] |
|
C01B 32/159 | UGR3 | . . . | single-walled [2017.01] |
|
C01B 32/16 | UGR3 | . . . | Preparation [2017.01] |
|
C01B 32/162 | UGR4 | . . . . | characterised by catalysts [2017.01] |
|
C01B 32/164 | UGR4 | . . . . | involving continuous processes [2017.01] |
|
C01B 32/166 | UGR4 | . . . . | in liquid phase [2017.01] |
|
C01B 32/168 | UGR3 | . . . | After-treatment [2017.01] |
|
C01B 32/17 | UGR4 | . . . . | Purification [2017.01] |
|
C01B 32/172 | UGR4 | |
C01B 32/174 | UGR4 | . . . . | Derivatisation; Solubilisation; Dispersion in solvents [2017.01] |
|
C01B 32/176 | UGR4 | |
C01B 32/178 | UGR4 | . . . . | Opening; Filling [2017.01] |
|
C01B 32/18 | UGR2 | . . | Nanoonions; Nanoscrolls; Nanohorns; Nanocones; Nanowalls [2017.01] |
|
C01B 32/182 | UGR2 | |
C01B 32/184 | UGR3 | . . . | Preparation [2017.01] |
|
C01B 32/186 | UGR4 | . . . . | by chemical vapour deposition [CVD] [2017.01] |
|
C01B 32/188 | UGR4 | . . . . | by epitaxial growth [2017.01] |
|
C01B 32/19 | UGR4 | . . . . | by exfoliation [2017.01] |
|
C01B 32/192 | UGR5 | . . . . . | starting from graphitic oxides [2017.01] |
|
C01B 32/194 | UGR3 | . . . | After-treatment [2017.01] |
|
C01B 32/196 | UGR4 | . . . . | Purification [2017.01] |
|
C01B 32/198 | UGR3 | . . . | Graphene oxide [2017.01] |
|
C01B 32/20 | UGR1 | |
C01B 32/205 | UGR2 | |
C01B 32/21 | UGR2 | . . | After-treatment [2017.01] |
|
C01B 32/215 | UGR3 | . . . | Purification; Recovery or purification of graphite formed in iron making, e.g. kish graphite [2017.01] |
|
C01B 32/22 | UGR3 | . . . | Intercalation [2017.01] |
|
C01B 32/225 | UGR4 | . . . . | Expansion; Exfoliation [2017.01] |
|
C01B 32/23 | UGR3 | |
C01B 32/25 | UGR1 | |
C01B 32/26 | UGR2 | . . | Preparation (by using ultra-high pressure B01J 3/06; by crystal growth C30B 29/04) [2017.01] |
|
C01B 32/28 | UGR2 | . . | After-treatment, e.g. purification, irradiation, separation or recovery [2017.01] |
|
C01B 32/30 | UGR1 | |
C01B 32/306 | UGR2 | . . | with molecular sieve properties [2017.01] |
|
C01B 32/312 | UGR2 | |
C01B 32/318 | UGR3 | . . . | characterised by the starting materials [2017.01] |
|
C01B 32/324 | UGR4 | . . . . | from waste materials, e.g. tyres or spent sulfite pulp liquor [2017.01] |
|
C01B 32/33 | UGR4 | . . . . | from distillation residues of coal or petroleum; from petroleum acid sludge [2017.01] |
|
C01B 32/336 | UGR3 | . . . | characterised by gaseous activating agents [2017.01] |
|
C01B 32/342 | UGR3 | . . . | characterised by non-gaseous activating agents [2017.01] |
|
C01B 32/348 | UGR4 | . . . . | Metallic compounds [2017.01] |
|
C01B 32/354 | UGR2 | . . | After-treatment [2017.01] |
|
C01B 32/36 | UGR3 | . . . | Reactivation or regeneration [2017.01] |
|
C01B 32/366 | UGR4 | . . . . | by physical processes, e.g. by irradiation, by using electric current passing through carbonaceous feedstock or by using recyclable inert heating bodies [2017.01] |
|
C01B 32/372 | UGR3 | . . . | Coating; Grafting; Microencapsulation [2017.01] |
|
C01B 32/378 | UGR3 | . . . | Purification [2017.01] |
|
C01B 32/384 | UGR3 | . . . | Granulation [2017.01] |
|
C01B 32/39 | UGR2 | . . | Apparatus for the preparation thereof [2017.01] |
|
C01B 32/40 | UGR1 | . | Carbon monoxide [2017.01] |
|
C01B 32/50 | UGR1 | . | Carbon dioxide [2017.01] |
|
C01B 32/55 | UGR2 | |
C01B 32/60 | UGR1 | . | Preparation of carbonates or bicarbonates in general (of percarbonates C01B 15/10; of specific carbonates or bicarbonates according to the cation C01B-C01G) [2017.01] |
|
C01B 32/70 | UGR1 | . | Compounds containing carbon and sulfur, e.g. thiophosgene [2017.01] |
|
C01B 32/72 | UGR2 | . . | Carbon disulfide [2017.01] |
|
C01B 32/75 | UGR3 | . . . | Preparation by reacting sulfur or sulfur compounds with hydrocarbons [2017.01] |
|
C01B 32/77 | UGR2 | . . | Carbon oxysulfide [2017.01] |
|
C01B 32/80 | UGR1 | |
C01B 32/90 | UGR1 | |
C01B 32/907 | UGR2 | . . | Oxycarbides; Sulfocarbides; Mixture of carbides [2017.01] |
|
C01B 32/914 | UGR2 | . . | Carbides of single elements [2017.01] |
|
C01B 32/921 | UGR3 | . . . | Titanium carbide [2017.01] |
|
C01B 32/928 | UGR3 | . . . | Carbides of actinides [2017.01] |
|
C01B 32/935 | UGR3 | . . . | Carbides of alkali metals, strontium, barium or magnesium [2017.01] |
|
C01B 32/942 | UGR3 | . . . | Calcium carbide [2017.01] |
|
C01B 32/949 | UGR3 | . . . | Tungsten or molybdenum carbides [2017.01] |
|
C01B 32/956 | UGR3 | . . . | Silicon carbide [2017.01] |
|
C01B 32/963 | UGR4 | . . . . | Preparation from compounds containing silicon [2017.01] |
|
C01B 32/97 | UGR5 | . . . . . | Preparation from SiO or SiO2 [2017.01] |
|
C01B 32/977 | UGR5 | . . . . . | Preparation from organic compounds containing silicon [2017.01] |
|
C01B 32/984 | UGR5 | . . . . . | Preparation from elemental silicon [2017.01] |
|
C01B 32/991 | UGR3 | . . . | Boron carbide [2017.01] |
|
C01B 33/00 | HGR | Silicon; Compounds thereof (C01B 21/00, C01B 23/00 take precedence; persilicates C01B 15/14; carbides C01B 32/956) [1, 3, 2006.01] |
C01B 33/02 | UGR1 | . | Silicon (forming single crystals or homogeneous polycrystalline material with defined structure C30B) [1, 5, 2006.01] |
|
C01B 33/021 | UGR2 | . . | Preparation (chemical coating from the vapour phase C23C 16/00) [5, 2006.01] |
|
C01B 33/023 | UGR3 | . . . | by reduction of silica or silica-containing material [5, 2006.01] |
|
C01B 33/025 | UGR4 | . . . . | with carbon or a solid carbonaceous material, i.e. carbo-thermal process [5, 2006.01] |
|
C01B 33/027 | UGR3 | . . . | by decomposition or reduction of gaseous or vaporised silicon compounds other than silica or silica-containing material [5, 2006.01] |
|
C01B 33/029 | UGR4 | . . . . | by decomposition of monosilane [5, 2006.01] |
|
C01B 33/03 | UGR4 | . . . . | by decomposition of silicon halides or halosilanes or reduction thereof with hydrogen as the only reducing agent [5, 2006.01] |
|
C01B 33/031 | UGR5 | . . . . . | by decomposition of silicon tetraiodide [5, 2006.01] |
|
C01B 33/033 | UGR4 | . . . . | by reduction of silicon halides or halosilanes with a metal or a metallic alloy as the only reducing agents [5, 2006.01] |
|
C01B 33/035 | UGR4 | . . . . | by decomposition or reduction of gaseous or vaporised silicon compounds in the presence of heated filaments of silicon, carbon or a refractory metal, e.g. tantalum or tungsten, or in the presence of heated silicon rods on which the formed silicon is deposited, a silicon rod being obtained, e.g. Siemens process [5, 2006.01] |
|
C01B 33/037 | UGR2 | . . | Purification (by zone-melting C30B 13/00) [5, 2006.01] |
|
C01B 33/039 | UGR3 | . . . | by conversion of the silicon into a compound, optional purification of the compound, and reconversion into silicon [5, 2006.01] |
|
C01B 33/04 | UGR1 | . | Hydrides of silicon [1, 2006.01] |
|
C01B 33/06 | UGR1 | . | Metal silicides [1, 2006.01] |
|
C01B 33/08 | UGR1 | . | Compounds containing halogen [1, 2006.01] |
|
C01B 33/10 | UGR2 | . . | Compounds containing silicon, fluorine, and other elements [1, 2006.01] |
|
C01B 33/107 | UGR2 | . . | Halogenated silanes [3, 2006.01] |
|
C01B 33/113 | UGR1 | . | Silicon oxides; Hydrates thereof [3, 2006.01] |
|
C01B 33/12 | UGR2 | . . | Silica; Hydrates thereof, e.g. lepidoic silicic acid [1, 3, 2006.01] |
|
C01B 33/14 | UGR3 | . . . | Colloidal silica, e.g. dispersions, gels, sols [1, 3, 2006.01] |
|
C01B 33/141 | UGR4 | . . . . | Preparation of hydrosols or aqueous dispersions [3, 2006.01] |
|
C01B 33/142 | UGR5 | . . . . . | by acidic treatment of silicates [3, 2006.01] |
|
C01B 33/143 | UGR6 | . . . . . . | of aqueous solutions of silicates [3, 2006.01] |
|
C01B 33/145 | UGR4 | . . . . | Preparation of hydroorganosols, organosols or dispersions in an organic medium [3, 2006.01] |
|
C01B 33/146 | UGR4 | . . . . | After-treatment of sols (preparation of hydroorganosols, organosols or dispersions in an organic medium from hydrosols C01B 33/145) [3, 2006.01] |
|
C01B 33/148 | UGR5 | . . . . . | Concentration; Drying; Dehydration; Stabilisation; Purification [3, 2006.01] |
|
C01B 33/149 | UGR5 | . . . . . | Coating [3, 2006.01] |
|
C01B 33/151 | UGR5 | . . . . . | by progressively adding a sol to a different sol, i.e. "build up" of particles using a "heel" [3, 2006.01] |
|
C01B 33/152 | UGR4 | . . . . | Preparation of hydrogels [3, 2006.01] |
|
C01B 33/154 | UGR5 | . . . . . | by acidic treatment of aqueous silicate solutions [3, 2006.01] |
|
C01B 33/155 | UGR4 | . . . . | Preparation of hydroorganogels or organogels [3, 2006.01] |
|
C01B 33/157 | UGR4 | . . . . | After-treatment of gels [3, 2006.01] |
|
C01B 33/158 | UGR5 | . . . . . | Purification; Drying; Dehydrating [3, 2006.01] |
|
C01B 33/159 | UGR5 | . . . . . | Coating or hydrophobisation [3, 2006.01] |
|
C01B 33/16 | UGR3 | . . . | Preparation of silica xerogels [1, 3, 2006.01] |
|
C01B 33/18 | UGR3 | . . . | Preparation of finely divided silica neither in sol nor in gel form; After-treatment thereof (treatment to enhance the pigmenting or filling properties C09C) [1, 3, 2006.01] |
|
C01B 33/187 | UGR4 | . . . . | by acidic treatment of silicates [3, 2006.01] |
|
C01B 33/193 | UGR5 | . . . . . | of aqueous solutions of silicates [3, 2006.01] |
|
C01B 33/20 | UGR1 | |
C01B 33/22 | UGR2 | . . | Magnesium silicates [1, 2006.01] |
|
C01B 33/24 | UGR2 | . . | Alkaline earth metal silicates [1, 2006.01] |
|
C01B 33/26 | UGR2 | . . | Aluminium-containing silicates [1, 5, 2006.01] |
|
C01B 33/32 | UGR2 | . . | Alkali metal silicates (C01B 33/26 takes precedence) [1, 3, 2006.01] |
|
C01B 33/36 | UGR2 | . . | having base-exchange properties but not having molecular sieve properties [6, 2006.01] |
|
C01B 33/38 | UGR3 | . . . | Layered base-exchange silicates, e.g. clays, micas or alkali metal silicates of kenyaite or magadiite type [6, 2006.01] |
|
C01B 33/40 | UGR4 | . . . . | Clays [6, 2006.01] |
|
C01B 33/42 | UGR4 | . . . . | Micas [6, 2006.01] |
|
C01B 33/44 | UGR4 | . . . . | Products obtained from layered base-exchange silicates by ion-exchange with organic compounds such as ammonium, phosphonium or sulfonium compounds or by intercalation of organic compounds, e.g. organoclay material [6, 2006.01] |
|
C01B 33/46 | UGR3 | . . . | Amorphous silicates, e.g. so-called "amorphous zeolites" [6, 2006.01] |
|
C01B 35/00 | HGR | Boron; Compounds thereof (monoborane, diborane, metal borohydrides or addition complexes thereof C01B 6/00; perborates C01B 15/12; binary compounds with nitrogen C01B 21/06; phosphides C01B 25/08; carbides C01B 32/991) [1, 2, 2006.01] |
C01B 35/02 | UGR1 | . | Boron; Borides [2, 2006.01] |
|
C01B 35/04 | UGR2 | . . | Metal borides [2, 2006.01] |
|
C01B 35/06 | UGR1 | . | Boron halogen compounds [2, 2006.01] |
|
C01B 35/08 | UGR1 | . | Compounds containing boron and nitrogen, phosphorus, oxygen, sulfur, selenium or tellurium [2, 2006.01] |
|
C01B 35/10 | UGR2 | . . | Compounds containing boron and oxygen (C01B 35/06 takes precedence) [2, 2006.01] |
|
C01B 35/12 | UGR3 | . . . | Borates [2, 2006.01] |
|
C01B 35/14 | UGR2 | . . | Compounds containing boron and nitrogen, phosphorus, sulfur, selenium or tellurium [2, 2006.01] |
|
C01B 35/16 | UGR1 | . | Compounds containing direct bonding between two boron atoms, e.g. Cl2B—BCl2 [2, 2006.01] |
|
C01B 35/18 | UGR1 | . | Compounds containing three or more boron atoms, e.g. NaB3H8, MgB10Br10 (borazoles C01B 35/14) [2, 2006.01] |
|
|
C01B 37/00 | HGR | Compounds having molecular sieve properties but not having base-exchange properties [6, 2006.01] |
C01B 37/02 | UGR1 | . | Crystalline silica-polymorphs, e.g. silicalites [6, 2006.01] |
|
C01B 37/04 | UGR1 | . | Aluminophosphates (APO compounds) [6, 2006.01] |
|
C01B 37/06 | UGR1 | . | Aluminophosphates containing other elements, e.g. metals, boron [6, 2006.01] |
|
C01B 37/08 | UGR2 | . . | Silicoaluminophosphates (SAPO compounds) [6, 2006.01] |
|
C01B 39/00 | HGR | Compounds having molecular sieve and base-exchange properties, e.g. crystalline zeolites; Their preparation; After-treatment, e.g. ion-exchange or dealumination (treatment to modify the sorption properties, e.g. shaping using a binder, B01J 20/10; treatment to modify the catalytic properties, e.g. combination of treatments to make the zeolites appropriate to their use as a catalyst, B01J 29/04; treatment to improve the ion-exchange properties B01J 39/14) [6, 2006.01] |
C01B 39/02 | UGR1 | . | Crystalline aluminosilicate zeolites; Isomorphous compounds thereof; Direct preparation thereof; Preparation thereof starting from a reaction mixture containing a crystalline zeolite of another type, or from preformed reactants: After-treatment thereof [6, 2006.01] |
|
C01B 39/04 | UGR2 | . . | using at least one organic template directing agent, e.g. an ionic quaternary ammonium compound or an aminated compound [6, 2006.01] |
|
C01B 39/06 | UGR2 | . . | Preparation of isomorphous zeolites characterised by measures to replace the aluminium or silicon atoms in the lattice framework by atoms of other elements [6, 2006.01] |
|
C01B 39/08 | UGR3 | . . . | the aluminium atoms being wholly replaced [6, 2006.01] |
|
C01B 39/10 | UGR3 | . . . | the replacing atoms being phosphorus atoms [6, 2006.01] |
|
C01B 39/12 | UGR3 | . . . | the replacing atoms being boron atoms [6, 2006.01] |
|
C01B 39/14 | UGR2 | |
C01B 39/16 | UGR3 | . . . | from aqueous solutions of an alkali metal aluminate and an alkali metal silicate excluding any other source of alumina or silica but seeds [6, 2006.01] |
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C01B 39/18 | UGR3 | . . . | from a reaction mixture containing at least one aluminium silicate or aluminosilicate of a clay type, e.g. kaolin or metakaolin or its exotherm modification or allophane [6, 2006.01] |
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C01B 39/20 | UGR2 | . . | Faujasite type, e.g. type X or Y [6, 2006.01] |
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C01B 39/22 | UGR3 | |
C01B 39/24 | UGR3 | |
C01B 39/26 | UGR2 | . . | Mordenite type [6, 2006.01] |
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C01B 39/28 | UGR2 | . . | Phillipsite or harmotome type, e.g. type B [6, 2006.01] |
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C01B 39/30 | UGR2 | . . | Erionite or offretite type, e.g. zeolite T [6, 2006.01] |
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C01B 39/32 | UGR2 | |
C01B 39/34 | UGR2 | . . | Type ZSM-4 or type Ω [6, 2006.01] |
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C01B 39/36 | UGR2 | . . | Pentasil type, e.g. types ZSM-5, ZSM-8 or ZSM-11 [6, 2006.01] |
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C01B 39/38 | UGR3 | . . . | Type ZSM-5 [6, 2006.01] |
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C01B 39/40 | UGR4 | . . . . | using at least one organic template directing agent [6, 2006.01] |
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C01B 39/42 | UGR2 | . . | Type ZSM-12 [6, 2006.01] |
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C01B 39/44 | UGR2 | . . | Ferrierite type, e.g. types ZSM-21, ZSM-35 or ZSM-38 [6, 2006.01] |
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C01B 39/46 | UGR2 | . . | Other types characterised by their X-ray diffraction pattern and their defined composition [6, 2006.01] |
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C01B 39/48 | UGR3 | . . . | using at least one organic template directing agent [6, 2006.01] |
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C01B 39/50 | UGR1 | . | Zeolites wherein inorganic bases or salts occlude channels in the lattice framework, e.g. sodalite, cancrinite, nosean, hauynite [6, 2006.01] |
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C01B 39/52 | UGR2 | . . | Sodalites [6, 2006.01] |
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C01B 39/54 | UGR1 | . | Phosphates, e.g. APO or SAPO compounds [6, 2006.01] |
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