PPT-Solid state laser system

for the SPES RIB project classic and novel approaches Daniele Scarpa INFNLNL Overview Introduction The SPES layout amp devices TIS RampD activities Laser RampD . Mark Henderson & Rick Stehno. CAUTION. : We successfully completed all of these system and storage modifications . in our . lab to perform our benchmark tests. . Before . implementing any of these. Emma . Lorenzen. Knox College. UW INT . REU . Program. Advisor: Kai-Mei Fu. Goal: Use optical pumping to control electronic spin states in . InP. . - Need to test whether this is possible and if so how long does stay in the pumped state.. F. Hovis, R. Burnham, M. Storm, R. Edwards, J. Edelman, K. Andes, P. Burns, B. Walters, Y. Chen, F. Kimpel, E. Sullivan, K. Li, C. Culpepper, J. Rudd, X. Dang, J. Hwang, S. Gupta, T. Wysocki. Fibertek, Inc. Solid State lasers : Ruby laser, Nd:YAG laser, . Nd:Glass. laser. Gas lasers : He-Ne laser, CO. 2. laser, Argon laser . Liquid/Dye lasers : . Polymethene. dye, . Courmarine. dye, . Rhodamine. Made By: Rahul . Submitted To: Prof. Mahender Singh. Introduction. A ruby laser is a solid-state laser that uses a synthetic ruby crystal as its gain medium. . It was the first type of laser invented, and was first operated by Theodore H. "Ted" Maiman at Hughes Research Laboratories on 1960-05-16 .. Mission Hospital. LASER. . L. ight . A. mplification . by the . . S. timulated . E. mission of . . R. adiation. Characteristics of Laser Light. Collimated- tightly beamed. sPHENIX. TPC. B.Azmoun. , BNL. Laser beams as a Calibration tool. Objective: Use 266nm laser (4.66eV) to liberate charge along beam trajectory to simulate controlled particle tracks in TPC (long history for using laser beams in gaseous detectors). Laser Calibration System for sPHENIX TPC B.Azmoun , BNL Laser beams as a Calibration tool Objective: Use 266nm laser (4.66eV) to liberate charge along beam trajectory to simulate controlled particle tracks in TPC (long history for using laser beams in gaseous detectors) Introduction. Laser action and Population inversion. Methods to achieve Population inversion. Types of Laser. Process and Beam Parameters. Process Capabilities . Application ,Advantages, Disadvantages . He-Ne Laser. Laser Types. According to the . active material. : . solid-state, liquid, gas, . excimer. or semiconductor lasers. .. Gas: . HeNe. laser, . excimer. lasers, CO. 2. lasers. Liquid:. (CO-4 Part-I). . Dr. Prabodh . Sahai. Saxena . Prof & Head. Deptt of Physics. LNCT BHOPAL. Introduction of laser. Principle of laser. Einstein’s coefficients. Main components of laser. Importance of third energy level. I. . Pogorelsky. , M. . Babzien. , and V. . Yakimenko. Historical perspective. CO2 laser. 2. Inverse. Cherenkov. accelerator. IFEL. accelerator. Thomson. X-ray source. HGHG. 1995 2000 . . HOD & Asst . Prof.of Physics . Swami Dayananda College of Arts . &. . Science Manjakkudi. Introduction OF LASER. L. . – LIGHT. A – AMPLIFICATION. S – STIMULATED. E – EMISSION. R - RADIATION. n. =. 2 triplet P fine structure of atomic helium – which is part of a ppb program to test QED, look for possible beyond-the-standard-model physics, and determine the fine-structure constant. Measurement uses a thermal beam of metastable (.