School of Chemistry, UNSW

A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | WXYZ

A	alicyclic chemistry, Bishop analytical chemistry, Gooding, Guilhaus, Hibbert, Moran antifreeze proteins, Harding artificial intelligence applied to Chemistry, Hibbert artificial and natural protein pumps, Colbran atropisomerism, Harper
B	bioconjugate chemistry, Thordarson bioelectronics, Gooding, Thordarson biological inorganic chemistry, Colbran, Harding biological organic chemistry, Kumar, Read bio-mimetic chemistry, Thordarson biomolecular modelling, Kumar, Colbran bioorganic chemistry, Harper, Thordarson biosensors, Gooding
C	catalysis, Field, Messerle chemical education, Haines chemical metrology, Hibbert chemical sensors, Hibbert, Moran chemometrics, Hibbert coal, Buckley computers and instrumentation, Haines coordination chemistry, Colbran	[top]
D	DNA, Ball, Gooding, Harding design, synthesis, struct. of inclusion & host-guest compounds, Bishop, Colbran donor-acceptor systems, Thordarson
E	electroanalytical chemistry, Gooding, Hibbert electrochemistry, Colbran, Gooding, Hibbert environmental mass spectrometry, Guilhaus environmentally friendly chemistry, Harper enzymes in synthesis, Harper explosives, Read
F	fullerene chemistry, Ball, Willett
H	heterocyclic chemistry, Cole, Kumar, Read heterogeneous reactions, Gooding homogeneous catalysis, Colbran, Messerle host-guest compounds, Bishop, Kumar	[top]
I	ICP-AES applications, Moran inclusion compounds, Bishop indoles, Black inorganic applications of NMR spectroscopy, Ball inorganic chemistry on functionalised surfaces, Colbran instrument design, Guilhaus instrument user interfaces, Haines intermolecular attractions between organic molecules, Bishop ionic liquids, Harper isoflavones, Kumar
L	lanthanide chemistry, Cole lignans, Read	[top]
M	main group chemistry, Cole mass spectrometry, Guilhaus, Willett materials chemistry, Stride medicinal chemistry, Kumar, Harding membranes and pervaporation, Guilhaus metal hydrides and alkyls, Cole, Field metallocenes, Field metalloprotein models, Colbran microscopy (AFM, STM, TEM, SEM) in chemistry, Thordarson minerals processing, Buckley molecular machines, Colbran molecular structure, Colbran, Messerle, Stride muscarinic, Read
N	nanoparticles, Gooding, Stride nanostructured materials, Bishop, Gooding, Stride nanotechnology, Gooding, Stride nanotubes, Gooding, Hibbert, Stride natural product chemistry, Kumar, Read neutron scattering, Stride nitrogen fixation, Field nitrogen donor ligands, Colbran, Messerle NMR, Ball, Field, Messerle NMR spectroscopy of polymers, Moran
O	optical spectroscopy, Moran organic synthesis, Black, Edwards, Kumar, Read organometallics, Ball, Colbran, Cole, Messerle
P	parahydrogen, Messerle peptide chemistry, Harper peptide mimetics, Kumar phosphorus ligands, Colbran photophysical chemistry, Thordarson physical organic chemistry, Harper, Thordarson polymers and membranes, Gooding, Moran protein chemistry, Thordarson	[top]
R
S	scaffolds to control reactions, Harper self-assembled materials, Gooding, Thordarson spectro-electrochemistry, Colbran structure determination by NMR, Ball supramolecular chemistry, Bishop, Colbran, Harding, Thordarson surface chemistry, Gooding
T	time-of-flight Mass Spectrometry, Guilhaus transition metal chemistry, Colbran
V
WXYZ	XANES, XPS, Buckley	[top]

Index of Research Topics