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

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Fibrillation

Acoustic Range Sensing for Robotic Controlbearing a strong fluorescence. Short lived photoisomers of cyanine dyes exhibiting the same molecular structure but different lengths of the methine chains are investigated by time resolved resonance CARS spectroscopy. Using a normal coordinate analysis the photoisomers are identified as 1,2-mono-ci

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Sensor Devices and Systems for Roboticsnally resolved structures of CARS spectra of the ν. band Q-branch and IR spectra of the ν. band Q.-branch of .SiH. and .GeH., as well as the results of theoretical treatment of these spectra, are presented and discussed.

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Antonio B. Martínez,Vicen? Llariocally an instrumental function of the order of several thousandths of a wavenumber is routinely achieved in SRS or CARS experiments. Since the first recording of the stimulated Raman spectrum of .CH. in 1978 [.], numerous studies of molecules have been performed [.]. We have built a stimulated Raman

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https://doi.org/10.1007/978-3-642-74567-6timulated Raman spectroscopy. Particular interest has focused on the following collisional systems: N.-N., O.-O., CO.-CO., O.-N., N.-CO. and N.-H.O. For each colliding pair, starting from accurate determinations of line broadening coefficients over a wide temperature range, state-to-state rates for

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https://doi.org/10.1007/978-3-031-17718-7on are required, and when traditional methods for some reason cannot be applied. Such conditions occur in those non-stationary gas-phase chemical reactions in which nitrogen plays a significant role. In this case, CARS provides information about the most important parameters of the process with a su

外觀

Robert Fromm,Lydia Schott,Faouzi Derbelman and infrared-absorption transitions is typically dominated by rotational relaxation.. The saturation characteristics of N. coherent anti-Stokes Raman spectroscopy (CARS) spectra. and the collapse of N..-branch spectra at high pressures. are known to depend sensitively on rotational transfer. To