J. Gelfand

Details der Publikationsliste

Zeitraum

1974 - 2005

Anzahl

23

Co-Autoren

Inversion of Spectral Lineshapes to Yield Collisional Rate Constants. (2002)

Gelfand,J., Rabitz,H., Miles,R. B.

State-to-state collisional energy transfer rates are being obtained by the inversion of pressure broadened linewidth data. Measurements of linewidths in overtone vibration-rotation transitions have...

Inversion of Spectral Lineshapes to Yield Collision Rate Constants. (2002)

Gelfand,J., Rabitz,H., Miles,R. B.

State-to-state collisional energy transfer rates are being obtained by the inversion of pressure-broadened linewidth data. Measurements of linewidths in overtone vibration-rotation transitions have...

Inversion of Spectral Lineshapes to Yield Collision Rate Constants. (2002)

Gelfand,J., Rabitz,H., Miles,R. B.

State-to-state collisional energy transfer rates are being obtained by the inversion of pressure broadened linewidth data. Measurements of linewidths in overtone vibration-rotation transitions have...

Inversion of Spectral Lineshapes to Yield Collisional Rate Constants. (2002)

Gelfand,J., Rabitz,H., Miles,R. B.

State-of-state collisional energy transfer rates are being obtained by the inversion of pressure broadened linewidth data. Measurements of linewidths in overtone vibration-rotation transitions have...

Combustion Chemistry of Vibrationally Excited Oxygen. (2002)

Miles,R. B., Gelfand,J., Rabitz,H.

We are investigating the use of stimulated resonance Raman pumping to prepare oxygen in selected vibrational states of the ground electronic manifold. This necessitates the development of a laser...

Bimodal Optical Computer. (2002)

Caulfield,H. J., Gruninger,J. H., Steiglitz,K., Rabitz,H., Gelfand,J.

Much of the current attention being given to optical computing stems from its new found ability to perform digital operations and hence to achieve high accuracy. In optics as in electronics, digital...

OVERTONE STIMULATED RAMAN PUMPING OF $H_{2}$ FROM V = 0 TO V = 2 AND SUBSEQUENT TIME DOMAIN PHOTOACOUSTIC DETECTION OF VIBRATIONAL RELAXATION (1985)

Gelfand, J., Miles, R. B., Kreutz, T. G.

Author Institution: Department of Mechanical and Aerospace Engineering, Princeton University; Department of Mechan\'{i}cal and Aerospace Engineering, Princeton University; Department of Chemistry,...

PRESSURE BROADENED LINEWIDTHS AND ABSORPTION INTENSITIES OF THE FUNDAMENTAL AND FIRST OVERTONE BANDS OF DF (1984)

Gelfand, J., Verges, K., Bevilacqua, T.

Author Institution: Applied Physics \& Materials Laboratory, Department of Mechanical \& Aerospace Engineering, Princeton University

MECHANISMS AND RATE CONSTANTS FOR THE VIBRATIONAL RELAXATION OF $HD(v=4, 5, and 6)$ IN COLLISIONS WITH HD, He, AND $D_{2}$ (1984)

Gelfand, J., Miles, R. B., Rohlfing, Eric A., Rabitz, H.

Author Institution: Applied Physics \& Materials Laboratory, Department of Mechanical \& Aerospace Engineering, Princeton University; Group CHM-4, MS J567, Los Alamos National Laboratory; Department...

ON THE COLLISION DYNAMICAL ORIGINS OF PRESSURE BROADENING (1983)

Gelfand, J., Belbruno, J. J., Verges, K., Rabitz, H.

Author Institution: Applied Physics Materials Laboratory Department of Mechanical \& Aerospace Engineering, Princeton University; Department of Chemistry, Dartmouth College Hanover; Department of...

PULSED LASER EXCITATION AND PHOTOACOUSTIC DETECTION OF THE 1-0 OXYGEN SCHUMANN-RUNGE BAND (1983)

Kelly, P. B., Cohen, R. C., Miles, R. B., Gelfand, J.

Author Institution: Applied Physics and Materials Laboratory, Department of Mechanical and Aerospace Engineering Princeton University, Princeton

ON THE 6825 {\AA} VIBRATION-ROTATION BAND OF METHANE AS OBSERVED IN URANUS AND NEPTUNE (1977)

Gelfand, J., Smith, Wm. Hayden

$^{1}$B. Lutz and T. Owen, Astrophys. J. 208, L99(1976). $^{2}$T. Owen, Astrophys. J. 141, 444 (1965). Supported by the National Aeronautics and Space Administration under Grant NGR 31-001-242.

SPECTROSCOPY OF THE MAJOR PLANETS USING FABRY-PEROT INTERFEROMETERS (1974)

Gelfand, J., Born, J., Smith, William Hayden

This research was supported by the National Aeronautics and Space Administration under Grant NGE-31-001-242.