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Roland Schermaul

Imperial College London

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Publication

Featured researches published by Roland Schermaul.

Geophysical Research Letters | 2000

New studies of the visible and near‐infrared absorption by water vapour and some problems with the HITRAN database

Djedjiga Belmiloud; Roland Schermaul; Kevin M. Smith; Nikolai F. Zobov; James W. Brault; R. C. M. Learner; David A. Newnham; Jonathan Tennyson

New laboratory measurements and theoretical calculations of integrated line intensities for water vapour bands in the near-infrared and visible (8500–15800 cm−1) are summarised. Band intensities derived from the new measured data show a systematic 6 to 26% increase compared to calculations using the HITRAN-96 database. The recent corrections to the HITRAN database [Giver et al., J. Quant. Spectrosc. Radiat. Transfer, 66, 101–105, 2000] do not remove these discrepancies and the differences change to 6 to 38%. The new data is expected to substantially increase the calculated absorption of solar energy due to water vapour in climate models based on the HITRAN database.

Fourier Transform Spectroscopy: New Methods and Applications (1999), paper FWB1 | 1999

Laboratory spectroscopy of molecular oxygen in the visible and near-infrared

Roland Schermaul; R. C. M. Learner; James W. Brault

The spectrum of molecular oxygen goes from the pure rotational system in the sub-millimetre region to the K edge at 2.3 nm.

Journal of Molecular Spectroscopy | 2001

The Water Vapor Spectrum in the Region 8600-15 000 cm ¡1 : Experimental and Theoretical Studies for a New Spectral Line Database I. Laboratory Measurements

Roland Schermaul; R. C. M. Learner; David A. Newnham; R.Gary Williams; John Ballard; Nikolai F. Zobov; Djedjiga Belmiloud; Jonathan Tennyson

Journal of Molecular Spectroscopy | 2001

The Water Vapor Spectrum in the Region 8600-15 000 cm^-^1: Experimental and Theoretical Studies for a New Spectral Line Database. II. Linelist Construction

Roland Schermaul; R. C. M. Learner; David A. Newnham; John Ballard; Nikolai F. Zobov; Djedjiga Belmiloud; Jonathan Tennyson

Journal of Molecular Spectroscopy | 2002

Weak Line Water Vapor Spectra in the Region 13 200–15 000 cm−1

Roland Schermaul; R. C. M. Learner; A.A.D. Canas; J. W. Brault; Oleg L. Polyansky; Djedjiga Belmiloud; Nikolai F. Zobov; Jonathan Tennyson

Journal of Quantitative Spectroscopy & Radiative Transfer | 1999

PRECISE LINE PARAMETERS AND TRANSITION PROBABILITY OF THE ATMOSPHERIC A BAND OF MOLECULAR OXYGEN 16O2

Roland Schermaul; R. C. M. Learner

Quarterly Journal of the Royal Meteorological Society | 2001

The impact of new water vapour spectral line parameters on the calculation of atmospheric absorption

Wenyi Zhong; Joanna D. Haigh; Djedjiga Belmiloud; Roland Schermaul; Jonathan Tennyson

Journal of Molecular Spectroscopy | 2002

Weak line water vapor spectrum in the 11,787–13,554 cm−1 region

Roman N. Tolchenov; Jonathan Tennyson; J. W. Brault; A.A.D. Canas; Roland Schermaul

Quarterly Journal of the Royal Meteorological Society | 2002

Note on ‘The impact of new water vapour spectral line parameters on the calculation of atmospheric absorption’ by Wenyi Zhong et al. (July A, 2001, 127, 1615–1626)

Wenyi Zhong; Joanna D. Haigh; Djedjiga Belmiloud; Roland Schermaul; Jonathan Tennyson

Journal of Quantitative Spectroscopy & Radiative Transfer | 1999

Transition probability and line broadening for the b1Σ+g (v=0)←X3Σ-g (v=0) band of the 16O18O isotopomer of oxygen

Roland Schermaul

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Collaboration

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Jonathan Tennyson

University College London

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Djedjiga Belmiloud

University College London

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R. C. M. Learner

Imperial College London

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Joanna D. Haigh

Imperial College London

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Wenyi Zhong

Imperial College London

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Nikolai F. Zobov

Russian Academy of Sciences

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David A. Newnham

Rutherford Appleton Laboratory

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John Ballard

University College London

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J. W. Brault

California Institute of Technology

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James W. Brault

University of Colorado Boulder

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