PPT-Laser-Ion Acceleration with the Leaky Light Sail

Bin Qiao Anupam Karmakar Paul Gibbon J ü lich Supercomputing Centre EMMI Workshop Speyer 27 September 2010 Forschungszentrum Jülich FZJ JSC TEXTOR COSY Plasma Simulation Lab at JSC. Kara Lambson. OPT 310. General Info. Title. : Laser Emitting Module, Window Cap, Laser Pointer, and Light Emitting Module; US 7447243 B2. Filed: . August 29, 2005. Issued: . November 4, 2008. Inventors. P. rof. Dr. . Salah. I. . Hassab. . Elnaby. NILES. LASER PHYSICS I. Prof. Dr. . Salah. Ibrahim . Hassab. . Elnaby. 12 lectures . 4 . homeworks. 20. Report 10. 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 .. Laser Beam Containment. Lasers can produce intense, directed radiation that does not decrease with distance. . Lasers are classified by intensity and wavelength.. Effects from beam exposure. Ultraviolet – burns on cornea and lens. Kara Lambson. OPT 310. General Info. Title. : Laser Emitting Module, Window Cap, Laser Pointer, and Light Emitting Module; US 7447243 B2. Filed: . August 29, 2005. Issued: . November 4, 2008. Inventors. Midshipman 1/C Daniel Joseph . Whitsett. MIDN 4/C Joe . Dinkel. MIDN 4/C Meredith . Lipp. Professor Svetlana . Avramov-Zamurovic. Weapons/Systems Engineering Department. Motivation. , J. A. Wheeler, X. M. Zhang, D. . Farinella. , . , K. . Nakajima, F. Dollar, T. Nguyen, S. . Mironov. , Y.M. Shin, . M. . Zhou, X. Q. Yan, P. . Taborek. , D. . Niculae. , R. . Aleskan. , F. Zimmerman, B. . Toshi. Tajima. Norman . Rostoker. Chair, UC Irvine. AAPPS18. Kanazawa, Japan. Nov. 12, 2018. Acknowledgements of collaboration and my sincere thanks to:. G. . Mourou. *, K. Nakajima, X. Q. Yan, D. . Introduction. Laser action and Population inversion. Methods to achieve Population inversion. Types of Laser. Process and Beam Parameters. Process Capabilities . Application ,Advantages, Disadvantages . Introduction. The term "LASER" is an acronym for: . Light . Amplification . by . Stimulated . Emission . of . Radiation . The laser is a device that emits a collimated . (. '.. . The properties of laser light depend . on . wavelength.. . Light waves from a normal source do not produce a powerful cutting beam because they . emerge randomly . at various wavelengths. Laser light, however, is spatially and temporally . The Equation. Describe how you could measure the acceleration of a small vehicle as it runs down a slope in the laboratory.. TASK. Many different ways. https://www.youtube.com/watch?v=YUqwdD73610. There are different ways to measure acceleration here are a few.. Main parts of a laser. Different types of a laser. Applications of laser. INTRODUCTION. The . word laser is actually an acronym for “. L. ight . A. mplification . by . S. timulated . E. mission of . University of Notre Dame. ADMINISTRATIVE POINTS. All Class IIIB and Class IV lasers must be registered with, and evaluated for hazard by, Risk Management and Safety.. All users of Class IIIB and Class IV lasers, and UV light sources, must complete .