Tim Zeiner

Univ.-Prof. Dr.-Ing. habil.

20072020
Wenn Sie Änderungen in Pure vorgenommen haben, werden diese hier in Kürze erscheinen.

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Chemische Bestandteile

Polymers
Purification
Liquids
Laccase
Phase equilibria
Amines
Adsorption isotherms
Alkanes
Chromatography
Phase behavior
Association reactions
Water
Thermodynamics
Solubility
Ternary systems
Dextrans
Membranes
Sodium Chloride
Adsorption
Polymer solutions
Fermentation
Surface tension
Recycling
Equations of state
Mass transfer
Ion exchange membranes
Density functional theory
Immunoglobulins
Isomers
Monoclonal Antibodies
Experiments
Hexanes
Enzyme activity
Molecules
Proteins
Enzymes
Methanol
Biomolecules
Acetic Acid
Complexation
Serine
Bovine Serum Albumin
Processing
Phosphates
Dicarboxylic Acids
Phase diagrams
Molar mass
Functional groups
Acids
Esterification

Ingenieurwesen & Materialwissenschaft

Purification
Liquids
Polymers
Phase equilibria
Polyethylene glycols
Amines
Dextran
Thermodynamics
Sodium chloride
Adsorption isotherms
Association reactions
Acids
Membranes
Polymer solutions
Monoclonal antibodies
Paraffins
Acetonitrile
Ternary systems
Proteins
Recycling
Surface tension
Adsorption
Chromatography
Fermentation
Solubility
Mass transfer
Phase behavior
Phosphates
Ion exchange membranes
Equations of state
Water
Hexane
Experiments
Enzyme activity
Enzymes
Acetic acid
Biomolecules
Complexation
Methanol
Molecules
Processing
Density functional theory
Molar mass
Phase diagrams
Esterification
Recovery
Ion exchange
Fungi
Aldehydes
Isomers

Physik & Astronomy

Chemistry and Materials

dendrimers
polymers
liquids
adsorption
dextrans
water
albumins
aldehydes
amino acids
glycols
polyesters
amines
alkanes
isomers
interfacial tension
acids
dicarboxylic acids

General

binary systems (materials)
mass transfer
isotherms
curves
density functional theory
solubility
polyethylenes
equations of state
aqueous solutions
thermodynamics
buffers
membranes
cells
critical point

Physics

gradients

Engineering

purification

Life Sciences

antibodies
serums