โ Scribed by M. Soukieh; B. Abdul Ghani; M. Hammadi
No coin nor oath required. For personal study only.
A mathematical model describing the dynamic emission of a single mode TE CO 2 laser with saturable absorber has been adapted. A six-temperature model has been used to describe the amplifying medium, while a four-coupled energy level is used to describe the selective absorbing medium. The suggested mathematical model allows the investigation of the eects of the intracavity absorber on the mode characteristics of the TE CO 2 laser and, moreover, the study of the eect of the laser input parameters on the output laser pulse. The model simulates the passive Q-switch in both low-and high-pressure cases in the absorbing medium.
In addition, numerical solutions of a non-linear rate equation system of the suggested model are quantitatively discussed. The solutions describe the photon number density, the population inversion and the energy transfer processes of amplifying and absorbing media.
๐ SIMILAR VOLUMES
The dissociation of UFe sensitized by SFe excited with a pulsed CO\* laser in the presence of Iis and Co as scavc~ge~s has been investigated. in the SF~--UF~-HZ system the dissociation yieIds have been determined as a function of the laser frezyncy, the fluence. and Hs partial pressure. A masimum di