Ian Williams

Prof

  • WESSEX HOUSE 1.19

Accepting PhD Students

1974 …2020
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Chemical Compounds

Isotopes
Kinetics
Lactones
Water
Enzymes
Cations
Chorismate Mutase
Glycoside Hydrolases
Hydrolysis
Anions
Ions
Oxygen
L-Lactate Dehydrogenase
Bromine
Fumarates
Ethyl Chloride
Gases
Alcohols
Methyl Chloride
Vibrational spectra
Oxazolidinones
Molecular recognition
Mutagenesis
Ruthenium
Xylose
Cyanides
Hydrolases
Glycosides
Computational methods
Dimethyl Sulfoxide
Aluminum
Alkenes
Carbon
Sulfur
Glycine
Potential energy surfaces
Methanol
Tyrosine
Sulfur Isotopes
Glutamic Acid
Propionates
Orbital calculations
Carbon Monoxide
Endo-1,4-beta Xylanases
S-Adenosylmethionine
Acids

Physics & Astronomy

General

isotope effect
rings
kinetics
free energy
continuums
solvation
molecular dynamics
mutagenesis
retaining
set theory
activation
aqueous solutions
fractionation
closures
hydration
substitutes
cut-off
polymerization
stereochemistry
entropy
simulation
energy

Chemistry and Materials

water
hydrolysis
catalysis
maleates
xylose
bromine
acrylates
enzymes
glucosides
tyrosine
glycine
molecules
methylidyne
alkenes
alcohols
sulfur
dehydrogenases
sulfur isotopes
hydrogen bonds
propionic acid
glutamic acid
glutamates

Physics

vacuum
cations
vibrational spectra
atoms

Aerospace Sciences

boats

Engineering

seats

Engineering & Materials Science

Isotopes
Enzymes
Kinetics
Molecular dynamics
Pulse code modulation
Positive ions
Hydrides
Molecules
Atoms
Hydrolases
Enzyme kinetics
Water
Proton transfer
Substitution reactions
Chemical reactions
Protonation
Ring opening polymerization
Solvation
Bacilli
Strain energy
Ruthenium
Discrete Fourier transforms
Ions
Catalysis
Free energy
Alkenylation
Set theory
Flaps
Methanol
Alcohols
Negative ions
Friedel-Crafts reaction
Sampling
Aluminum