N. Taylor

发表

Molecular mass calibration in size-exclusion chromatography of coal derivatives

K. Bartle, C. Snape, M. Mulligan, 1984 .

Evaporative analyser as a mass detector in the size-exclusion chromatography of coal extracts

C. Gibson, K. Bartle, M. Mulligan, 1983 .

Mechanistic Studies on trans-Dicarbonyl Phosphine Complexes of Molybdenum(I)

N. Taylor, B. Shaw, R. Abdel-Hamid, 1994 .

An investigation into the determination of stability constants of metal complexes by convolution-deconvolution cyclic voltammetry.

N. Taylor, J. Gregor, G. M. Barnard, 1990, Talanta.

Antiferromagnetic spin-coupling between MnII and amminium radical cation ligands: models for coordination polymer magnets

R. Bushby, N. Taylor, C. Kilner, 2008 .

Ferromagnetic spin-coupling 4,4″-through metaterphenyl: models for high-spin polymers

R. Bushby, N. Taylor, Rhidian A. Williams, 2007 .

Disjoint and coextensive amminium radical cations : a general problem in making amminium radical cation based high-spin polymers

R. Bushby, N. Taylor, C. Kilner, 2007 .

Disjoint and coextensive diradical diions

R. Bushby, N. Taylor, K. Ng, 1997 .

p-Doped high spin polymers1

R. Bushby, N. Taylor, K. Ng, 1997 .

Coulombic effects in radical-cation-based high-spin polymers

R. Bushby, N. Taylor, K. Ng, 1996 .

Electrolyte solutions in liquid ammonia. X: A cyclic voltammetric examination of electron transfer between solvated ruthenium(III) and ruthenium(II) cations, and anodic passivation of platinum electrodes

M. Hall, N. Taylor, J. B. Gill, 1988 .

The Synthesis of Singlet Ground State Derivatives of Non-Kekule Polynuclear Aromatics.

G. Allinson, J. Paillaud, R. Bushby, 1997 .

Identification of aromatic systems by differential pulse voltammetry in the study of the hydropyrolysis of pyrene and coal asphaltenes

K. Bartle, W. Steedman, N. Taylor, 1985 .

Differential-pulse voltammetry at the hanging-mercury-drop electrode for identification of aromatic structures in coal extracts

C. Gibson, K. Bartle, C. Snape, 1982 .

Errors in the determination of molecular mass distributions of coal derivatives by size-exclusion chromatography

K. Bartle, M. Mulligan, N. Taylor, 1986 .

Rearrangement in the synthesis of isoquinolines from benzylaminoacetonitriles

N. Taylor, R. Waigh, D. Harcourt, 1972 .

An approach to the synthesis of peptide analogues of oligonucleotides (nucleopeptides)

N. Taylor, A. S. Jones, M. Doel, 1969 .

The adsorption and absorption of hydrogen and deuterium by vanadium I: The kinetics of uptake

N. Taylor, D. Atkinson, 1981 .

Hydrogen and deuterium adsorption and absorption by rare-earth metals

N. Taylor, S. Coldrick, G. Atkinson, 1976 .

An electrochemical study of the oxidative dissolution of synthetic pentlandite in aqueous media

Terence E. Warner, N. Taylor, N. Rice, 1992 .

The kinetics and energetics of hydrogen and deuterium uptake by manganese

N. Taylor, G. Atkinson, 1980 .

A study of the oxidative dissolution of synthetic copper-silver selenide minerals using the Intermittent galvanostatic polarisation (IGP) technique

R. Gee, N. Taylor, N. Rice, 1997 .

Synthetic Analogues of Polynucleotides: Interaction of a Polymeric Adenine Derivative with DNA

N. Taylor, A. S. Jones, 1967, Nature.

Extraction of Avgamasya asphaltite with sub- and supercritical solvents

K. Bartle, C. Snape, N. Taylor, 1985 .

One‐ and two‐stage coprocessing of coal and petroleum residues

K. Bartle, W. Steedman, N. Taylor, 1994 .

New technique for the electrochemical analysis of coal-derived materials

K. Bartle, N. Taylor, P. Burchill, 1997 .

Electrochemical identification of aromatic structures containing basic nitrogen in coal-derived liquids

K. Bartle, N. Taylor, D. G. Mills, 1991 .

Electrochemical analysis of higher molecular mass coal-derived materials

K. Bartle, N. Taylor, A. Tytko, 1987 .

A mechanistic study on complexes of type mer-[Cr(CO)3(η2-L–L)(σ-L–L)](where L–L = Ph2PCH2PPh2, Ph2PNHPPh2, or Ph2PNMePPh2) using spectroscopic and convolutive electrochemical techniques

N. Taylor, B. Shaw, S. Carr, 1985 .

Rapid analysis of coal-derived oils for polycyclic aromatic compounds by differential pulse voltammetry

K. Bartle, N. Taylor, A. Tytko, 1987 .

Defining the parameters of coal beneficiation by chemical and electrochemical oxidation

K. Bartle, N. Taylor, D. G. Mills, 1986 .

Variation of coal extract structure with molecular mass

C. Gibson, K. Bartle, C. Snape, 1983 .

A MECHANISTIC STUDY ON COMPLEXES OF TYPE MER-(CR(CO)3(η2-L-L)(Σ-L-L)) (WHERE L-L = PH2PCH2PPH2, PH2PNHPPH2, OR PH2PNMEPPH2) USING SPECTROSCOPIC AND CONVOLUTIVE ELECTROCHEMICAL TECHNIQUES

N. Taylor, B. Shaw, S. Carr, 1985 .

Mechanistic Studies in Organo-Metallic Electrochemistry. The Role of Computer Based Techniques & Simulation

N. Taylor, T. Boddington, P. Halford-Maw, 1993 .

Differentiation of forward and back reactions during co-processing of coal and petroleum by isotope mass balance analysis

P. Louie, K. Bartle, S. Bottrell, 1990 .

Thermodynamic stability of pentlandite and violarite and new EH-pH diagrams for the iron-nickel sulphur aqueous system

Terence E. Warner, N. Taylor, N. Rice, 1996 .

Electrochemical oxidation of coals: Voltammetry and mass spectrometry

C. Gibson, K. Bartle, N. Taylor, 1985 .

On a possible role for electrochemical oxidation in coal liquefaction

C. Gibson, K. Bartle, N. Taylor, 1985 .

Determination of coal reactivity during coprocessing using stable isotope mass spectrometry

P. Louie, K. Bartle, S. Bottrell, 1991 .