Collision effects in velocity-selective optical pumping of sodium (original) (raw)

Polarized Sodium Nuclei Produced by Laser Optical Pumping with Velocity Changing Collisions

Richard Forber

Physical Review Letters, 1981

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Collision induced mixing of two light beams in Na2 molecules

Maciej Kolwas

Zeitschrift f�r Physik D Atoms, Molecules and Clusters, 1989

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Hyperfine Optical Pumping of Sodium Vapors

Franco Strumia

Physical Review A - PHYS REV A, 1971

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Optical suppression of hyperfine-changing collisions in a sample of ultracold sodium atoms

Reginaldo Napolitano

1997

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Lineshape changes in an optically thick Na vapour with a buffer gas

Goran Pichler

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Subnatural linewidth effects in non-stationary velocity-selective optical pumping

Wojciech Gawlik

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Steep atomic dispersion induced by velocity-selective optical pumping

Alexander Akoulchin, Peter Hannaford

Optics Express, 2008

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Velocity redistribution of excited atoms by radiative excitation transfer. I. Experimental demonstration by photodissociation of Na2 and field-free imaging

Kaspars Miculis

Chemical Physics, 2003

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Many-Body Approach to the Hyperfine Pressure Shift in Optical-Pumping Experiments

Nader Dutta

Physical Review A, 1970

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Breakdown of Angular Momentum Selection Rules in High Pressure Optical Pumping Experiments

Earl Babcock

Physical Review Letters, 2010

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Observation of sodium molecular formation induced by resonant laser atomic excitation and three-body collisions

Emilio Mariotti

Optics Communications, 1999

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Optical pumping rates in an alkali vapour in the presence of a buffer gas

P. Violino

Il Nuovo Cimento B Series 10, 1968

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Broadening and intensity redistribution in the Na(3p) hyperfine excitation spectra due to optical pumping in the weak excitation limit

Kaspars Miculis

Physical Review A, 2008

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Structure in the angular dependence of optical suppression of photoassociative ionization collisions within an optically cooled and collimated sodium atom beam

Reginaldo Napolitano

Applied Physics B, 2000

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Deshaping of the laser beam observed on the collisionally induced fluorescence of Na atoms in the nozzle expansion

Maciej Kolwas

Zeitschrift f�r Physik A Atoms and Nuclei, 1985

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Nonstationary effects in velocity-selective optical pumping

Wojciech Gawlik

Physical Review A, 1986

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Investigation of collisional lineshapes of neon transitions in noble gases' mixtures

Antonio Sasso

1988

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Pump–probe spectroscopy of the sodium D1 line and the question of recoil-induced gratings in hot vapors

Gian Luca Lippi

Optics Communications, 1999

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The interference effect in the D 1 transition of the sodium atom generated by the hyperfine structure

Abu mohamed Alhasan

Journal of Modern Optics, 2002

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Time dependences in energy transfer process induced by collision between two 3P-excited sodium atoms

A. Kopystyńska, P. Kowalczyk

Optics Communications, 1978

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Optical pumping and relaxation of atomic population in assorted conditions

saptarshi roy chowdhury

2022

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Ultracold photoassociative ionization collisions in an atomic beam: Optical field intensity and polarization dependence of the rate constant

Yehuda Band

Physical Review A, 1995

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Nonlinear effects in optical pumping of a cold and slow atomic beam

Francesco Tantussi

Physical Review A, 2015

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Beam-loss spectroscopy of cold collisions in a bright sodium beam

Paul Julienne

Physical Review A, 2004

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Spin-velocity correlations of optically pumped atoms

Robert Marsland, Bart H McGuyer

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Optogalvanic detection of velocity-selective optical pumping in an open, cascade atomic medium

Silvania Carvalho

Optics Communications, 2008

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Excitation of sodium atoms by 330-nm laser pulses

T. Stacewicz

Applied Physics B: Lasers and Optics, 1998

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Optical pumping of ions in buffer gases

N. Laulainen

Zeitschrift f�r Physik, 1973

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Lasing on the D2 line of sodium in a helium atmosphere due to optical pumping on the D1 line (up-conversion

Alexander Shalagin

Physical Review A, 2000

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Laser Atomic Physics Laboratory, School of Science, Griffith University, Nathan, Qld, 4111, Australia: Electron-impact excitation of the 3?D state of sodium from the optically prepared 3?P state

Andrew Murray

Journal of Physics B Atomic Molecular and Optical Physics

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Continuous, dense, highly collimated sodium beam

J. Weiner

Review of Scientific Instruments, 2000

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Applied Physics B Lasers and Optics Excitation of sodium atoms by 330-nm laser pulses

Stacewicz Tadeusz, T. Stacewicz

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Simultaneous optical excitation of Na electronic and CF 4 vibrational modes in Na+ CF 4 collisions

Vadim Alekseev

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Induced gain and modified absorption of a weak probe beam in a strongly driven sodium vapor

Robert Boyd

Journal of the Optical Society of America B, 1988

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