S. Fletcher

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Tables of Degenerate Electrical Networks for Use in the Equivalent‐Circuit Analysis of Electrochemical Systems

S. Fletcher, 1994 .

Behaviour of lead electrodes in sulphate electrolytes. I. Effect of electrode preparation on discriminant curve cyclic voltammograms

S. Fletcher, D. Matthews, 1981 .

Photoelectrochemistry in the lead-sulphuric acid system

S. Fletcher, D. Matthews, 1981 .

A universal equivalent circuit for carbon-based supercapacitors

S. Fletcher, V. J. Black, I. Kirkpatrick, 2014, Journal of Solid State Electrochemistry.

Nucleation and charge-transfer kinetics at the viologen/SnO2 interface in electrochromic device applications

S. Fletcher, R. Barradas, L. Duff, 1979 .

Poly(bisphenol) Polymers as Passivating Agents for Carbon Electrodes in Ionic Liquids

S. Fletcher, V. J. Black, 2016 .

Nucleation of 2-d films — I. Some phenomenological considerations

S. Fletcher, A. Smith, A. Smith, 1980 .

Chapter 3. Electrochemistry (1992–1995)

J. Bockris, K. Uosaki, S. Fletcher, 1995 .

Nanocomposite electrodes made of carbon nanofibers and black wax. Anodic stripping voltammetry of zinc and lead.

F. Marken, C. Madden, S. Fletcher, 2001, The Analyst.

Nucleation on active sites: Part III. Nucleation modelled as a pure birth process and nucleation modelled as a birth-and-death process

S. Fletcher, 1986 .

Electrochemical deposition of hemispherical nuclei under diffusion control. Some theoretical considerations

S. Fletcher, 1983 .

A voltammetric study of direct electron transfer to cytochrome c using a very large assembly of carbon microelectrodes.

H. Hill, S. Fletcher, Y. Nakagawa, 2001, Lab on a chip.

Selective knockout of gold active sites.

S. Fletcher, F. Scholz, A. Nowicka, 2010, Angewandte Chemie.

Ternary mixtures of sulfolanes and ionic liquids for use in high-temperature supercapacitors

R. Thring, S. Fletcher, V. J. Black, 2017 .

Directed assembly of multilayers--the case of Prussian blue.

F. Marken, C. Madden, I. Sutherland, 2001, Chemical communications.

The Anodic Oxidation of Copper Amalgam and Polycrystalline Copper Electrodes in LiOH Solution

S. Fletcher, R. Barradas, J. D. Porter, 1978 .

Behaviour of lead electrodes in sulphate electrolytes. II. Investigation of the electrode kinetics

S. Fletcher, D. Matthews, 1981 .

Voltammetry at carbon nanofiber electrodes

F. Marken, C. Madden, S. Fletcher, 2001 .

The two-terminal equivalent network of a three-terminal electrochemical cell

S. Fletcher, 2001 .

Screen-printed carbon electrodes

S. Fletcher, 2015 .

The response of some nucleation/growth processes to triangular scans of potential

David J. Gates, Mark Westcott, Stephen Fletcher, 1983 .

Nucleation-growth kinetics of the oxidation of silver nanocrystals to silver halide crystals

Fritz Scholz, Stephen Fletcher, S. Fletcher, 2006 .

Some recent developments in electrochemical nucleation-growth-collision theory

S. Fletcher, 1981 .

Invention of cyclic resistometry

Rex Louis Deutscher, Stephen Fletcher, S. Fletcher, 1986 .

The non-steady state of electrocrystallization modelled as an immigration—propagation process

S. Fletcher, 1981 .

The anodic behaviour of lead amalgam electrodes in HCl solution

S. Fletcher, R. Barradas, J. D. Porter, 1977 .

Temperature effects in the electrochemical behaviour of cycled lead electrodes in HCl solutions

S. Fletcher, R. Barradas, 1977 .

New analysis of data obtained from two-dimensional nucleation/growth/collision experiments

S. Fletcher, R. Deutscher, 1983 .

An electrical model circuit that reproduces the behaviour of conducting polymer electrodes in electrolyte solutions

S. Fletcher, 1992 .

The relationship between the electrochemistry and the crystallography of microcrystals. The case of TCNQ (7,7,8,8-tetracyanoquinodimethane)†‡

A. Bond, S. Fletcher, P. Symons, 1998 .

Numerical analysis of 2D nucleation/growth/collision processes: Part I. Test of the Kolmogoroff—Avrami theorem

S. Fletcher, M. Thomson, Tam Tran, 1986 .

A new formula for the electrical current-time behaviour of two-dimensional nucleation/growth/collision processes

S. Fletcher, 1985 .

The theory of electron transfer

S. Fletcher, 2010 .

Tafel slopes from first principles

S. Fletcher, 2009 .

Femtomolar Detection of Silver Nanoparticles by Flow-Enhanced Direct-Impact Voltammetry at a Microelectrode Array

R. Compton, S. Fletcher, S. Sokolov, 2016, Analytical chemistry.

Electrochemical and X-ray diffraction study of the redox cycling of nanocrystals of 7,7,8,8-tetracyanoquinodimethane. Observation of a solid–solid phase transformation controlled by nucleation and growth

S. J. Shaw, A. Bond, F. Marken, 1996 .

The hydrolysis of maleimide in alkaline solution

S. Fletcher, R. Barradas, J. D. Porter, 1976 .

Growth of mercury electrodeposits on an inlaid disc thermodynamic theory

K. B. Oldham, C. Colyer, S. Fletcher, 1990 .

A computer simulation of the voltammogram describing the active-passive transition of the Pb(Hg)/PbCl2 interface

S. Fletcher, R. Barradas, F. C. Benson, 1977 .

Studies in electrocrystallization

S. Fletcher, R. Barradas, J. D. Porter, 1977 .

The direct electrochemistry of ferritin compared with the direct electrochemistry of nanoparticulate hydrous ferric oxide

F. Marken, C. Madden, S. Fletcher, 2002 .

The catalysis of solid state intercalation processes by organic solvents

A. Bond, Graeme A. Snook, S. Fletcher, 2003 .

The use of massograms and voltammograms for distinguishing five basic combinations of charge transfer and mass transfer at electrode surfaces

A. Bond, Graeme A. Snook, S. Fletcher, 2002 .

Discovery of a single molecule transistor in photosystem II

S. Fletcher, 2014, Journal of Solid State Electrochemistry.

Application of a large assembly of microelectrodes to the study of cytochrome‐c and other redox proteins

S. Fletcher, P. Bianco, J. Haladjian, 1997 .

Random Assemblies of Microdisk Electrodes (Ram Electrodes) for Nucleation Studies. A Tutorial Review

S. Fletcher, 1991 .

Quantum design of ionic liquids for extreme chemical inertness and a new theory of the glass transition

Thomas S. Varley, S. Fletcher, V. J. Black, 2013, Journal of Solid State Electrochemistry.

The new theory of electron transfer: application to the photosynthetic reaction centre

S. Fletcher, 2008 .

Surface thermodynamics reconsidered. Derivation of the Gokhshtein relations from the Gibbs potential and a new approach to surface stress

S. Fletcher, 2013, Journal of Solid State Electrochemistry.

The fine structure of the Kolmogoroff–Avrami theorem

S. Fletcher, Arthur Smith, 1979 .

Some formulae describing spherical and hemispherical diffusion to small crystals in unstirred solutions

S. Fletcher, 1983 .

Studies in electrocrystallization: Part III. The effect of ohmic and finite risetime distortions on data acquisition in 2D nucleation and growth

S. Fletcher, R. Barradas, 1978 .

A computer simulation of the voltammogram corresponding to the two-dimensional progressive nucleation and growth of a passivating film

S. Fletcher, R. Barradas, F. C. Benson, 1977 .

Nucleation on active sites: Part I. Probabilistic formulae for the numbers of crystals

S. Fletcher, R. Deutscher, 1984 .

Nucleation on active sites: Part II. Probabilistic formulae for electrical currents

S. Fletcher, 1984 .

Some new formulae applicable to electrochemical nucleation/growth/collision

S. Fletcher, 1983 .

Nucleation of two dimensional films — II. Calculation of coverage probabilities

S. Fletcher, A. Smith, 1980 .

Supercatalysis by Superexchange

S. Fletcher, N. V. Dijk, 2016 .

RANDOM ASSEMBLIES OF MICROELECTRODES (RAM ELECTRODES) FOR ELECTROCHEMICAL STUDIES

Michael D. Horne, Stephen Fletcher, S. Fletcher, 1999 .

A non-Marcus model for electrostatic fluctuations in long range electron transfer

S. Fletcher, 2007 .

Nucleation on active sites: Part IV. Invention of an electronic method of counting the number of crystals as a function of time; and the discovery of nucleation rate dispersion

S. Fletcher, R. Deutscher, 1988 .

Studies in electrocrystallization: Part II. Experimental determination of the effect of ohmic overpotential on the transient response of a three-dimensional progressive nucleation and growth mechanism

S. Fletcher, R. Barradas, J. D. Porter, 1977 .

Catalyst modification by metal deposition: the deposition of silver on platinum at underpotential and overpotential

S. Fletcher, R. Barradas, S. Szabó, 1978 .

Beyond the Butler-Volmer equation. Curved Tafel slopes from steady-state current-voltage curves.

Thomas S. Varley, Stephen Fletcher, Thomas Stephen Varley, 2011, Physical chemistry chemical physics : PCCP.

Characterisation of conductive, electroactive polymers using resistometry

G. Wallace, S. Fletcher, A. Talaie, 1991 .

Contribution to the theory of conducting-polymer electrodes in electrolyte solutions

S. Fletcher, 1993 .

The modelling of carbon-based supercapacitors: Distributions of time constants and Pascal Equivalent Circuits

R. H. Thring, Simon R. Howroyd, Robert Puttock, 2017 .

Expander action at the Pb(Hg)/PbCl2 interface

S. Fletcher, R. Barradas, J. D. Porter, 1977 .

The application of anthraquinone redox catalysts for accelerating the aeration step in the becher process

W. Bruckard, G. Sparrow, S. Fletcher, 2004 .

Extracting nucleation rates from current–time transients. Concluding remarks

S. Fletcher, 2002 .

Extracting nucleation rates from current–time transients. Comments on three papers by Abyaneh and Fleischmann published in this issue

S. Fletcher, 2002 .

The deconvolution of nucleation and growth rates from electrochemical current–time transients

S. Fletcher, R. Deutscher, 1998 .

Linear-Scan Anodic Stripping Voltammetry with Thin-Film Electrodes: Theory of the Stripping Stage and Experimental Tests

K. B. Oldham, A. Bond, S. Fletcher, 1997 .

The Frumkin Era in Electrochemistry

S. Fletcher, O. Petrii, 2015 .

Nucleation on active sites: Part V. The theory of nucleation rate dispersion

S. Fletcher, R. Deutscher, 1990 .

The Definition of Electrochromism

S. Fletcher, 2015, Journal of Solid State Electrochemistry.

Electrochemistry in a Divided World: The Political Background

S. Fletcher, 2015 .

From electrons to electrode kinetics: A tutorial review

S. Fletcher, 2021, Atomic‐Scale Modelling of Electrochemical Systems.

Accelerated Testing of Additives in Zinc Plates of Nickel Zinc Cells

S. Fletcher, R. Woods, R. Deutscher, 1983 .

Further work on additives in the zinc plates of nickel/zinc test cells

S. Fletcher, R. Deutscher, J. Galéa, 1984 .

The new theory of electron transfer. Thermodynamic potential profiles in the inverted and superverted regions

S. Fletcher, 2008 .

Irreversible kinetics on a one-dimensional lattice: Comparison of exact result with a point-process nucleation-growth-collision model

S. Fletcher, 1983 .

A reference half-cell capillary that improves the high frequency performance of the potentiostat/whole-cell combination

S. Fletcher, M. Horne, 1991 .

The effect of the variation of potential on progressive three-dimensional nucleation and growth

S. Fletcher, Arthur Smith, 1978 .

Anodic oxidation of some polycyclic bridgehead iodides in anhydrous acetonitrile

E. W. Della, S. Fletcher, R. Abeywickrema, 1982 .

A new model for the nucleation and growth of thick polycrystal films. I Calculation of volume transforms

S. Fletcher, D. Matthews, 1981 .

Solution of some integral equations occurring in the theory of electrochemical nucleation and growth

S. Fletcher, 1984 .

A new model for the nucleation and growth of thick polycrystal films. II Investigation of i-η-t responses

S. Fletcher, D. Matthews, 1981 .

The electrochemical formation of mercuric oxide in alkaline solution

S. Fletcher, R. Barradas, J. D. Porter, 1978 .

Electrochemical potentials from first principles

S. Fletcher, 2020, Journal of Solid State Electrochemistry.

Selective knockout of gold active sites.

S. Fletcher, F. Scholz, A. Nowicka, 2010, Angewandte Chemie.

Are Nanoparticles Spherical or Quasi-Spherical?

R. Compton, S. Fletcher, K. Tschulik, 2015, Chemistry.

Some statistical aspects of the growth of crystals in passivation, metal deposition and anodic film formation

S. Fletcher, R. Barradas, J. D. Porter, 1979 .

Hemispherical nucleation of nanoparticles as a boundary value problem. Some comments on a proposed new approach by Abyaneh et al. (2019). Closing remarks

S. Fletcher, 2020 .

Comments on the paper “Modelling the growth of a single centre”, by M.Y. Abyaneh, M. Fleischmann, and M.H. Mehrabi, published in the Journal of Electroanalytical Chemistry, 834,114–123 (2019).

S. Fletcher, 2020 .