Matthäus Siebenhofer

Univ.-Prof. Dipl.-Ing. Dr.techn.

1970 …2019
Wenn Sie Änderungen in Pure vorgenommen haben, werden diese hier in Kürze erscheinen.

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Chemische Bestandteile

Carbonates
Methane
Carbon Dioxide
Esterification
Minerals
Carboxylic Acids
Hydrogenation
Calcination
Acetic Acid
Carbon Monoxide
Magnesium Oxide
Iron
Emulsification
Beneficiation
Catalysis
Catalysts
Mass transfer
Bicarbonates
Hydrogen
Nickel
1-Octanol
Molecular weight
formic acid
Metals
Hydraulics
Surface-Active Agents
Residence time distribution
Centrifugation
Experiments
Design of experiments
Industrial applications
Temperature
Butyric Acid
Hydrocarbons
Transition metals
Water gas shift
Surface tension
Viscosity
Pig iron
Pressure gages
Industry
Deionized water
Oxides
Kinetics
magnesium carbonate
Emulsions
Reaction products
Ammonium Compounds
Ores
dextran-bound sulfonamide

Ingenieurwesen & Materialwissenschaft

Esterification
Carboxylic acids
Hydrogenation
Carbon dioxide
Acetic acid
Minerals
Carbonates
Emulsification
Magnesite
Catalysts
Catalysis
Magnesia
Hydrogen
Carbon monoxide
Mass transfer
Sedimentation
Methane
Phase separation
Calcination
Molecular weight
Nickel
Hydraulics
Iron
Residence time distribution
Sulfuric acid
Surface active agents
Centrifugation
Liquids
Acids
Metals
Experiments
Viscosity
Industrial applications
Propionic acid
Butyric acid
Formic acid
Transition metals
Chemical industry
Coalescence
Dispersions
Surface tension
Design of experiments
Temperature
Water gas shift
Physical properties
Deionized water
Industry
Emulsions
Kinetics
Effluents

Erd- und Umweltwissenschaften

carbonate
catalysis
hydrogen
carboxylic acid
carbon dioxide
nickel
mineral
iron
decarboxylation
catalyst
atmosphere
sulfuric acid
metal
transition element
surfactant
mass transfer
carbon monoxide
acid
kinetics
temperature
emulsion
experimental study
acetic acid
methane
hydrocarbon
acetate
solubility
oxidation
emission reduction
effluent
resource
water