S. Dheandhanoo

发表

Benzene charge exchange at atmospheric pressure for low-level detection of pollutants in ambient air

W. Fite, S. Ketkar, J. Dulak, 1991 .

Laboratory measurements of the association rate coefficients of NO+, O+2, N+, and N+2 ions with N2 and CO2 at temperatures between 100 k and 400 k

R. Johnsen, S. Dheandhanoo, 1983 .

Absolute cross-section measurements in XQQ instruments: Ar+ + N2 → Ar + N+2

R. Martinez, S. Dheandhanoo, 1988 .

Experimental studies of the kinetics of association reactions between neutral molecules and carbene cations

S. Wlodek, D. Bohme, S. Dheandhanoo, 1987 .

An experimental investigation of the possibility of developing a database for tandem mass spectrometry using xqq instruments

R. Boyd, S. Dheandhanoo, 1988 .

Instrument-Independent CAD Spectral Databases: Absolute Cross-Section Measurements In QQQ Instruments

R. Martinez, S. Dheandhanoo, 1987, Journal of Research of the National Bureau of Standards.

Validation of absolute target thickness calibrations in a QQQ instrument by measuring absolute total cross-sections of Ne+ (Ne, Ne) Ne+

R. Martinez, S. Dheandhanoo, 1986 .

Atmospheric pressure ionization tandem mass spectrometric system for real-time detection of low-level pollutants in air

W. Fite, S. Ketkar, J. Dulak, 1989 .

Rate coefficients for the oxidation reactions of zirconium ions with oxygen, nitric oxide, and carbon dioxide

R. Johnsen, B. Chatterjee, S. Dheandhanoo, 1985 .

Measured ion-molecule reaction rates for modelling Titan's atmosphere

R. Johnsen, M. A. Biondi, S. Dheandhanoo, 1984 .

Experimental Studies of the Kinetics of Association Reactions Between Neutral Molecules and Carbene Cations.

S. Wlodek, D. Bohme, S. Dheandhanoo, 1987 .

Ion-molecule reactions with carbon chain molecules: reactions with diacetylene and the diacetylene cation

D. Bohme, A. Fox, S. Dheandhanoo, 1986 .

The application of a membrane interface to on‐line mass spectrometric measurements of volatile compounds in aqueous solutions

J. Dulak, S. Dheandhanoo, 1989 .

Quantitative absorption spectroscopy of residual water vapor in high-purity gases: pressure broadening of the 1.39253-microm H2O transition by N2, HCl, HBr, Cl2, and O2.

J. Hodges, V. Vorsa, S. Ketkar, 2005, Applied optics.