Titlebook: Coherent Raman Spectroscopy; Recent Advances Gerd. Marowsky,Valery V. Smirnov Conference proceedings 19921st edition Springer-Verlag Berlin

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Deployment Techniques for Sensor Networksegion 2000 cm. to 3500 cm.. The intracavity power of over 100 W allowed us to record CARS spectra of nitrogen, methane, hydrogen sulfide, and ammonia at pressures of about 1.5 kPa with nearly Doppler limited resolution.

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0930-8989 actionbetween light and matter.Of great importance are third-order nonlinear Ramantechniques such as CARS, RIKES, SRS, and DFWM. This bookreflects the state of the art in coherent Ramanspectroscopy. The contributionstogether provide anoverview of the various Raman techniques that makeavailableinform

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Robert Fromm,Lydia Schott,Faouzi Derbelman spectroscopy (CARS) spectra. and the collapse of N..-branch spectra at high pressures. are known to depend sensitively on rotational transfer. To predict N. Raman spectra under these conditions, many empirical models for the .-dependent transfer rates have been proposed..

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Pump-Probe Measurements of Rotational Transfer Rates in N2-N2 Collisionsman spectroscopy (CARS) spectra. and the collapse of N..-branch spectra at high pressures. are known to depend sensitively on rotational transfer. To predict N. Raman spectra under these conditions, many empirical models for the .-dependent transfer rates have been proposed..

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High Resolution Coherent Raman Spectroscopy: Studies of Molecular Structures experiment in Dijon in which particular attention has been paid to the frequency measurement of the Raman lines [9]. We will describe the application of our experiment to a wide variety of molecules over the last few years: linear molecules, spherical top molecules, and also symmetric top molecules.

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Collisional Relaxation Processes Studied by Coherent Raman Spectroscopy for Major Species Present inrotational energy transfers have been deduced by using various fitting laws. Among these rate laws, special attention has been paid to the temperature dependence of the energy corrected scaling (ECS) law combined with a hybrid exponential-power law (EP) for the basis rate constants.