C. Simpson

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Surface science letterThermodynamic measurements of adsorption of Xe and CO on NaCl(100)

G. Ewing, J. P. Hardy, R. Stables, 1985 .

Vibrational deactivation of CO (ν = 1) by inelastic collisions with 3He and 4He at low impact energies

J. Reid, C. Simpson, H. Quiney, 1995 .

Vibrational relaxation of CO (v=1) by inelastic collisions with 3He and 4He

J. Reid, C. Simpson, H. Quiney, 1995 .

The vibrational deactivation of the bending modes of CD4 and CH4 measured down to 90 K

G. Wilson, C. Simpson, R. M. Siddles, 1994 .

Rate constants for vibrational energy transfer between CO (ν = 1) and CH4 and substituted methane molecules in the temperature range 300 to 80 K

D. C. Allen, C. Simpson, 1983 .

Radiative cooling near the mesopause

D. C. Allen, J. Houghton, C. Simpson, 1979, Nature.

The vibrational deactivation of CO(v=1) by inelastic collisions with H2 and D2

J. Reid, C. Simpson, H. Quiney, 1997 .

Nonresonant (VV) transfer between molecules dissolved in liquid N2, liquid Ar, and liquid N2/Ar mixtures

G. Wilson, C. Simpson, M. Turnidge, 1995 .

The vibrational deactivation of the (00o1) and (0110): Modes of CO2 measured down to 140 K

G. Wilson, C. Simpson, R. M. Siddles, 1994 .

The deactivation of 12C16O(v=1) by HD in the gas phase down to 35 K and in liquid D2 solution

G. Wilson, C. Simpson, M. Turnidge, 1994 .

Non-resonant (VV) transfer between molecules dissolved in liquid N2 and in liquid Ar at 85 K

G. Wilson, C. Simpson, M. Turnidge, 1993 .

The breakdown of the isolated binary collision hypothesis for near-resonant VV processes in liquid argon

H. T. Williams, P. Madden, D. C. McDermott, 1989 .

Near- and non-resonant VV transfer between the isotopes of CO and the molecules CH4, CF4, CD4 and CD3H in the gas phase and in liquid ar at 85 k and 1 atm pressure

H. T. Williams, C. Simpson, M. Purvis, 1988 .

Rate constants for the deactivation of the 15 μm band of carbon dioxide by the collision partners CH3F, CO2, N2, Ar and Kr over the temperature range 300 to 150 K

C. Simpson, S. Lunt, C. Wickham-Jones, 1985 .

Experimental and theoretical study of the V → T,R relaxation of CD4 between 300 and 100 K

F. Wolfenden, C. Simpson, M. R. Buckingham, 1984 .

Experimental and theoretical study of the vibrational relaxation of CO(ν = 1) and N2(ν = 1): V-T relaxation by the isotopes of helium

D. Cartwright, M. Maricq, C. Simpson, 1983 .

Vibrational energy exchange between CO(v=1) and 14N2 and CO(v=1) and 15N2XXXured to 60 k in the gas phase

C. Simpson, R. M. Siddles, Eric A. Gregory, 1981 .

Low temperature fluorescence studies of the deactivation of the bend—stretch manifold of CO2

D. C. Allen, C. Simpson, T. Scragg, 1980 .

Vibrational energy exchange between CO and the isotopes of N2 between 300 K and 80 K

D. C. Allen, C. Simpson, 1980 .

Vibrational deactivation of CO by n-H2, by p-H2 and by HD measured down to 77 K using laser fluorescence

A. Andrews, C. Simpson, 1976 .

Experimental and theoretical studies of CO vibrational relaxation by He atoms

H. T. Williams, C. Simpson, C. Wickham-Jones, 1987 .

The dynamics of the thermal decomposition of norbornenone

C. Simpson, J. Buxton, R. H. Sohm, 1985 .

Non-dissociative laser induced desorption of molecules from dielectric surfaces

A. Parker, S. Clemett, A. Takami, 1990 .

The vibrational deactivation of the bending mode of CO2 by O2 and by N2

J. Simmie, P. Gait, C. Simpson, 1977 .

Vibrational deactivation of the bending mode of CO2 measured between 1500 K and 150 K

D. C. Allen, C. Simpson, T. Price, 1977 .

A shock tube study of vibrational relaxation in pure CO2 and mixtures of CO2 with the inert gases, nitrogen, deuterium and hydrogen

C. Simpson, T. Chandler, 1970, Proceedings of the Royal Society of London. A. Mathematical and Physical Sciences.

Shock‐Tube Study of Vibrational Relaxation in Carbon Dioxide

C. Simpson, T. Chandler, K. Bridgman, 1968 .

Thermodynamic measurements of adsorption of Xe and CO on NaCl(100)

G. Ewing, J. P. Hardy, R. Stables, 1985 .

Thermal decarbonylations of unsaturated cyclic ketones: kinetics and dynamics

C. Simpson, J. Buxton, 1986 .

Out of the Plane Bending Vibrations of Planar Molecules

C. Simpson, 1956 .

Effect on Shock Trajectory of the Opening Time of Diaphragms in a Shock Tube

C. Simpson, T. Chandler, K. Bridgman, 1967 .

Erratum: Vibrational Relaxation in CO2 and CO2–Ar Mixtures Studied Using a Shock Tube and a Laser–Schlieren Technique

C. Simpson, T. Chandler, A. C. Strawson, 1969 .

The high-temperature pyrolysis of formaldehyde: kinetics and energy disposal to CO(v)

C. Simpson, J. Buxton, 1986 .

Vibrational Product States from Reactions of CN(-) with the Hydrogen Halides and Hydrogen Atoms,

M. Smith, G. Ellison, M. Maricq, 1981 .

Comment on ’’On the relation between collinear and three dimensional collision rates with applications to vibrational energy transfer’’

C. Simpson, T. Price, 1977 .

Direct Detection of the Product Vibrational-State Distribution in the Associative Detachment Reaction Cl^{-}+H→HCl(v)+e

S. Leone, V. Bierbaum, G. Ellison, 1980 .

Near- and non-resonant (VV) energy transfer between molecules dissolved in liquid krypton: a comparison with liquid argon

C.J.S.M. Simpson, J. J. Andrew, D. C. McDermott, 1991 .

Non-resonant VV transfer in liquid Ar and in the gas phase at 85K

H. T. Williams, C. Simpson, M. Purvis, 1987 .

A comparison of rate constants for vibrational relaxation in liquid argon and in the gas phase at the same temperature

H. T. Williams, M. Maricq, C. Simpson, 1985 .

Limits of inflammability

J. Linnett, C. Simpson, 1957 .

Vibrational analysis of the products from thermal decomposition of OCS and CO2

M. I. Wood, C. Simpson, A. Fakhr, 1983 .

Shock‐Tube Study of Vibrational Relaxation in Nitrous Oxide

C. Simpson, T. Chandler, K. Bridgman, 1968 .

Non-resonant V—V energy transfer between diatomic molecules at low temperatures

M. Maricq, C. Simpson, Eric A. Gregory, 1985 .

Laser-induced thermal desorption of atoms and molecules physisorbed onto a metal surface

C.J.S.M. Simpson, J. P. Hardy, C. Simpson, 1986 .

Comment on ``Shock‐tube study of vibrational relaxation in nitrogen using pressure measurements''

C. Simpson, 1973 .

Photodissociation of alkyl nitrites adsorbed on an MgF2 surface. Rotational and translational energy distributions of product NO(ν, J) molecules

Paul Thomas Griffiths, M. Towrie, H. L. Wallaart, 1996 .

The photodissociation of physisorbed alkyl nitrites. Lð doublet population and alignement of desorbed NO

Paul Thomas Griffiths, M. Towrie, S. Stolte, 1999 .

The photolysis of NO dimers, adsorbed on an MgF2 surface, at 248 nm

Paul Thomas Griffiths, M. Towrie, C. Simpson, 1996 .

The photolysis of 3-cyclopentenone adsorbed on an MgF2 surface

P. Matousek, Paul Thomas Griffiths, M. Towrie, 1995 .

The dynamics of the photolysis of alkyl nitrites from a dielectric surface. A comparison with gas phase results

Paul Thomas Griffiths, M. Towrie, C. Simpson, 1995 .

Vibrational energy transfer between the isotopomers of carbon monoxide at low temperatures

J. Reid, C. Simpson, M. Turnidge, 1998 .

A shock tube study of vibrational relaxation in pure N2O, and mixtures of N2O with argon, helium-4, helium-3, deuterium hydrogen deuteride, normal and para-hydrogen

P. Gait, C. Simpson, T. Price, 1982 .

Tests of Sharma's theory of near resonant energy exchange using the molecules CO2 and COS

J. Simmie, P. Gait, C. Simpson, 1973 .

Experimental and theoretical determination of rate constants for vibrational relaxation of CO2 and CH3F by He

D. Clary, C. Simpson, C. Wickham-Jones, 1987 .

The vibrational deactivation of the (0001) mode of N2O measured down to 150 K

G. Wilson, C. Simpson, R. M. Siddles, 1994 .

A new He–CO interaction energy surface with vibrational coordinate dependence. II. The vibrational deactivation of CO(v=1) by inelastic collisions with 3He and 4He

J. Reid, C. Simpson, H. Quiney, 1997 .

Vibrational deactivation of N2(v=1) by inelastic collisions with He3 and He4: An experimental and a theoretical study

A. Thakkar, J. Reid, C. Simpson, 1997 .

Vibrational deactivation of N2(v = 1) BY n-H2 and BY p-H2 in the temperature range 300-80 K

D. C. Allen, C. Simpson, R. M. Siddles, 1980 .

Vibrational relaxation of gaseous CO(v=1) and N2(v=1) from 300 K to liquid temperatures: A comparison with liquid state relaxation

M. Maricq, C. Simpson, R. M. Siddles, 1983 .

The vibrational deactivation of CO (ν = 1)_by O2 measured between 300 and 80 K

D. C. Allen, C. Simpson, T. Price, 1978 .

Relaxation of the individual vibrational levels of DCI following shock heating at 2200 K

C. Simpson, J. Buxton, A. Fakhr, 1983 .

Relaxation of the individual vibrational levels of carbon monoxide following shock heating at 2100 K

C. Simpson, M. R. Buckingham, J. Chenery, 1983 .

Measurements of Rates of Energy Transfer at Low Temperatures

D. C. Allen, A. Andrews, C. Simpson, 1977 .

The vibrational deactivation of N2(v=1) by H2 and HD at low temperatures

J. Reid, C. Simpson, P. Barnes, 1997 .

Low temperature vibrational relaxation of carbon monoxide by light mass species

D. C. Allen, C. Simpson, T. Price, 1979 .

Vibrational deactivation of CO by n-D2 and o-D2 measured between 340 K and 110 K using laser fluorescence

A. Andrews, C. Simpson, T. Price, 1976 .

Vibrational relaxation of CO by H2 down to 73 K using a chemical CO laser

A. Andrews, C. Simpson, 1975 .

Molecular force fields. part 17.—The general force field of some hexafluorides

J. Linnett, C. Simpson, 1959 .

Vibrational energy transfer between isotopes of CO and isotopes of CO2 in the gas phase and in liquid Kr solution

G. Wilson, J. Reid, C. Simpson, 1995 .

The measurement of rate constants for the vibrational deactivation of 12C16O by H2, D2 and 4He in the gas phase down to 35 K

A. S. Solodukhin, C.J.S.M. Simpson, G. Wilson, 1993 .

Coupled cluster ab initio potential energy surfaces for CO… He and CO… H2

R. Amos, R. Kobayashi, C. Simpson, 2000 .

Vibration–rotation coupling in carbon dioxide–hydrogen mixtures. III. Comparison with theory

J. Simmie, P. Gait, C. Simpson, 1976, Proceedings of the Royal Society of London. A. Mathematical and Physical Sciences.

Vibration–rotation energy exchange in carbon dioxide-hydrogen mixtures. II

J. Simmie, P. Gait, C. Simpson, 1976, Proceedings of the Royal Society of London. A. Mathematical and Physical Sciences.

Vibrational relaxation in OCS mixtures. Part 1.—Measured relaxation times for pure OCS and for OCS in mixtures with helium-4, helium-3, normal deuterium, ortho-deuterium, HD, normal hydrogen and para-hydrogen

J. Simmie, P. Gait, C. Simpson, 1976 .

Vibrational energy transfer between 12C16O and 15N2 in the gas phase down to 45 K and in liquid Ne solution

G. Wilson, C. Simpson, M. Turnidge, 1994 .

Vibrational relaxation of methyl fluoride in the temperature range 300 to 150K

C. Simpson, S. Lunt, C. Wickham-Jones, 1985 .

High temperature vibrational relaxation in HD

C. Simpson, M. Crowther, T. Price, 1975 .

The influence of the attractive well on near-resonant vibrational energy transfer in the gas phase: the importance of third body collisions

J. Reid, C. Simpson, 1997 .

The influence of the attractive well on near and non-resonant vibrational energy transfer in the gas phase: CO(v = 1) deactivated by methane deuteroisomers

J. Reid, C. Simpson, P. Barnes, 1997 .

Energy transfer between adsorbed molecules on a dielectric surface following ultraviolet excitation

A. Parker, A. Takami, A. Solodukhin, 1993 .

Oxidation of organic films by beams of hydroxyl radicals.

T. J. Curtiss, G. Ellison, Xu Zhang, 2008, The journal of physical chemistry. B.