Induced Versus Parametric Scattering Processes in Potassium

Shlomo Barak; Mordechai Rokni; Shaul Yatsiv

doi:10.1109/JQE.1969.1076301

Induced Versus Parametric Scattering Processes in Potassium

Shlomo Barak, Mordechai Rokni, Shaul Yatsiv

Racah Institute of Physics

Research output: Contribution to journal › Article › peer-review

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Abstract

Stimulated and enhanced two-photon emissions from excited states in potassium have been observed. This emission is primed by stimulated electronic Raman radiation generated by scattering of a giant pulse ruby radiation. Four-photon parametric processes also take place. The two processes can be distinguished by tuning the laser frequency, Most of the emitted radiations are plane-polarized. A pumping model is proposed explaining the required population inversions and the polarization properties of the radiations.

Original language	English
Pages (from-to)	448-453
Number of pages	6
Journal	IEEE Journal of Quantum Electronics
Volume	5
Issue number	9
DOIs	https://doi.org/10.1109/JQE.1969.1076301
State	Published - Sep 1969

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abstract = "Stimulated and enhanced two-photon emissions from excited states in potassium have been observed. This emission is primed by stimulated electronic Raman radiation generated by scattering of a giant pulse ruby radiation. Four-photon parametric processes also take place. The two processes can be distinguished by tuning the laser frequency, Most of the emitted radiations are plane-polarized. A pumping model is proposed explaining the required population inversions and the polarization properties of the radiations.",

author = "Shlomo Barak and Mordechai Rokni and Shaul Yatsiv",

year = "1969",

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N2 - Stimulated and enhanced two-photon emissions from excited states in potassium have been observed. This emission is primed by stimulated electronic Raman radiation generated by scattering of a giant pulse ruby radiation. Four-photon parametric processes also take place. The two processes can be distinguished by tuning the laser frequency, Most of the emitted radiations are plane-polarized. A pumping model is proposed explaining the required population inversions and the polarization properties of the radiations.

AB - Stimulated and enhanced two-photon emissions from excited states in potassium have been observed. This emission is primed by stimulated electronic Raman radiation generated by scattering of a giant pulse ruby radiation. Four-photon parametric processes also take place. The two processes can be distinguished by tuning the laser frequency, Most of the emitted radiations are plane-polarized. A pumping model is proposed explaining the required population inversions and the polarization properties of the radiations.

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Induced Versus Parametric Scattering Processes in Potassium

Abstract

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