โ Scribed by M. Menghini; A. Montone; P. Morales; L. Nencini; P. Dore
No coin nor oath required. For personal study only.
Laser-induced fluorescence intensities and quenching are used to probe collisional relaxation of UF,. Buffer gases used are rare gases, Nz, 02, COz, N,O, SO,, SiF4 and SF+ Energy transfer associated with anisotropic interactions is important in determining the UF, fluorescence quenching.
๐ SIMILAR VOLUMES
A new type of chemical optically induced reaction is descrl%ed during which the colliding molecules absorb (emit) a photon and simultaneously new molecules are formed. The exchange reaction of a halogen molecule with a noble gas atom and simultaneous photon absorption was analysed. The analysis show
It is the aim of the present work to emphasize the consequences of the field coherence of the pulse on the fluorescence when the cvcitcd medium is SUbJCCt to ptue dcphtirg processes. Usually pure dephasing constants arc responsible for the loss of coherence irutully present in the system. Here It is