U. Oppenheim

发表

Anomalous gain in an isotopically mixed CO/sub 2/ laser and application to absolute wavelength calibration

T. Hewagama, M. Mumma, U. Oppenheim, 1991 .

Gain Saturation in the CO(2) Laser.

U P Oppenheim, U. Oppenheim, Y. Nachshon, 1973, Applied optics.

Spectrophone stabilization and offset tuning of a carbon dioxide waveguide laser

M. Kavaya, R. Menzies, U. Oppenheim, 1983 .

Absolute reflectometer for the 0.8-2.5-microm region.

D. Sheffer, U. Oppenheim, A. Devir, 1987, Applied optics.

Polarization properties of targets and backgrounds in the infrared

Leslie S. Balfour, Uri P. Oppenheim, L. S. Balfour, 1993, Other Conferences.

Infrared dispersion of liquids by critical angle refractometry.

U. Oppenheim, J. H. Jaffe, 1957, Journal of the Optical Society of America.

Passive Q-switching of a CO(2) laser by CH(3)F: an analysis.

U. Oppenheim, A. Devir, 1977, Applied optics.

Determination of CO 2 Line Parameters Using a CO 2 –N 2 –He Laser*

U. Oppenheim, A. Devir, 1968 .

Laser ablation of polymers in pressurized gas ambients

U. P. Oppenheim, G. Koren, G. Koren, 1987 .

SPECTRAL EMISSIVITY OF THE 4.3 μ CO2 BAND AT 1200°K

U. Oppenheim, 1963 .

Experiments on Mode Pulling in a CO2 Laser

U. Oppenheim, 1986 .

A general method for the use of band models, with applications to infrared atmospheric absorption☆

Y. Ben-Aryeh, U. Oppenheim, 1964 .

Statistical Model Applied to the Region of the ν 3 Fundamental of CO 2 at 1200°K*

Y. Ben-Aryeh, U. Oppenheim, 1963 .

Nonlinear absorption of SF(6) at high infrared intensities and high pressures.

Y. Kaufman, U. Oppenheim, S. Ruschin, 1977, Applied optics.

Excited-state absorption of SF 6 at 936.8 cm -1

P. Melman, U. Oppenheim, 1971 .

Excited-state absorption of SF6at 937 cm-1

P. Melman, U. Oppenheim, 1971 .

Narrowband operation of a pulsed dye laser without intracavity beam expansion

U. P. Oppenheim, U. Oppenheim, I. Shoshan, 1977 .

Multiple-photon absorption of a CO2-pumped CF4 laser radiation in UF6

G. Koren, U. Oppenheim, M. Dahan, 1981 .

Collision effects in the multiphoton dissociation of SF6

G. Koren, U. Oppenheim, 1979 .

Efficient V-V energy transfer in a multiphoton excited mixture of SF 6 and CF 4

I. Levin, G. Koren, U. Oppenheim, 1980 .

cw saturation of infrared absorption in CH3F

U. Oppenheim, A. Devir, 1977 .

Semireflecting Silver Films for Infrared Interferometry

U. Oppenheim, 1956 .

Resistivity of Thin Silver Films

U. Oppenheim, J. H. Jaffe, 1953 .

High temperature superconducting bolometer

G. Koren, E. Polturak, U. Oppenheim, 1991 .

Spectroscopic Studies with a Tunable N 2 O Laser

P. Melman, U. Oppenheim, 1970 .

Deuterium separation in formaldehyde by an intense pulsed CO2 laser

G. Koren, R. Weil, U. Oppenheim, 1976 .

Slow intermolecular redistribution of vibrational energy in SF6 gas excited by a tea CO2 laser

I. Levin, G. Koren, U. Oppenheim, 1980 .

Pulse duration and collision effects in the multiphoton dissociation of HDCO

G. Koren, U. Oppenheim, 1978 .

Multiple-photon dissociation of H2CO, HDCO and D2CO by a CO2 tea laser: Intensity and pressure dependent measurements

G. Koren, U. Oppenheim, M. Okon, 1977 .

Spectral Emissivity of the 3.3-μ Band of Methane at Elevated Temperatures

E. Finkman, U. Oppenheim, A. Goldman, 1969 .

Integrated Intensity of 33- Band of Methane

E. Finkman, U. Oppenheim, A. Goldman, 1967 .

Schumann—Runge Bands of Oxygen Heated to 900°K

U. Oppenheim, A. Goldman, 1967 .

The use of a diffraction grating as a beam expander in a dye laser cavity

U. Oppenheim, I. Shoshan, 1978 .

The contribution of third order linear absorption to the water vapor continuum

E. Hudis, Y. Ben-Aryeh, U. Oppenheim, 1992 .

Time-dependent aureole about a source in a multiple-scattering medium.

U. Oppenheim, E. Trakhovsky, 1983, Applied optics.

32SF6 dissociation rate during irradiation by a tea CO2 laser

G. Koren, U. Oppenheim, D. Tal, 1977 .

Infrared Properties of Sapphire at Elevated Temperatures

Uri P. Oppenheim, U. Oppenheim, U. Even, 1962 .

Water vapor continuum in the 15- to 25-micron spectral region: evidence for (H20)2 in the atmosphere

S. Lipson, M. Neumann, U. Oppenheim, 1994 .

Indirect Method for Measuring Spectra Linewidth, with Application to N2O

U. Oppenheim, A. Goldman, 1966 .

Emissivity of Water Vapor at 1200°K in the 1.9- and 2.7-µ Regions*

U. Oppenheim, A. Goldman, 1965 .

Experimental Validation Of Atmospheric Transmittance Codes

A D. Devir, A Ben-Shalom, E Trakhovsky, 1988, Defense, Security, and Sensing.

Spectral Emissivity of NO in the Infrared

U. Oppenheim, A. Goldman, Y. Aviv, 1969 .

Integrated intensity of NO fundamental.

A. Goldman, U. Oppenheim, Y. Aviv, 1967, Applied optics.

Infrared Dispersion of Absorbing Liquids by Critical Angle Refractometry

U. Oppenheim, J. H. Jaffe, H. Goldring, 1959 .

Target reflectance measurements for calibration of lidar atmospheric backscatter data.

D. Haner, P. Flamant, M. Kavaya, 1983, Applied optics.

Experimental Verification of Theoretical Relations between Total Gas Absorptivities and Total Gas Emissivities for CO

U. Oppenheim, 1959 .

Line Width Determination in the 9.4-micro and 10.4-micro Bands of CO(2) Using a CO(2) Laser.

U. Oppenheim, A. Devir, 1969, Applied optics.

Sky radiance at wavelengths between 7 and 14 microm: measurement, calculation, and comparison with LOWTRAN-4 predictions.

S G Lipson, S. Lipson, D. Cabib, 1980, Applied optics.

Infrared Spectral Transmittance of MgO and BaF 2 Crystals between 27° and 1000°C*

U. Oppenheim, A. Goldman, 1964 .

The infra-red fluorescence spectrum of multiphoton excited SF6

I. Levin, G. Koren, U. Oppenheim, 1979 .

Rate equations of high gain lasers and determination of laser parameters.

Y. Kaufman, Y J Kaufman, U P Oppenheim, 1974, Applied optics.

Molecular saturation and the criterion for passive Q switching

Y. Kaufman, U. Oppenheim, 1974 .

for Passive Q Switching

Y. Kaufman, U. Oppenheim, 1974 .