'High power laser' diaporamas de présentation

Laser Safety

Laser Safety. Liverpool University. October 2018. Contents. Basics Health & Safety Legislation Laser Classification Laser safety Labelling Laser Safety Procedures at Liverpool Practical Laser Safety Hazard Evaluation & Risk Assessment. The lasing medium.

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Laser Applications

Laser Applications. Page 149. Ophthalmic lasers provide good examples of three fundamental laser applications, based on: total output energy (thermal effects, photocoagulation ) output power (tissue ionization, photodisruption ) photon energy (breaking molecular bonds, photoablation ).

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Inverse Free Electron Laser accelerators for 5 th generation light sources

Inverse Free Electron Laser accelerators for 5 th generation light sources. P. Musumeci UCLA Department of Physics and Astronomy. Catalina Island, Oct 2 nd , 2010. Outline. Inverse Free Electron Lasers Outlook of Past and Future IFEL experiments

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CHAPTER 6 OPTICAL AMPLIFIERS

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EIGERlab

EIGERlab. What is an EIGER lab ?.

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Project ALPHA

Project ALPHA. Antihydrogen Laser PHysics Apparatus. University of Aarhus: P.D. Bowe, N. Madsen, A.-M. Ejsing, J.S. Hangst University of California, Berkeley: W. Bertsche, J. Fajans University of Liverpool: A. Boston, P. Nolan, M. Chartier Riken: Y. Yamazaki

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LAL Compton collision studies and the Thom-X project

SAPPHIRE day (CERN, 19/02/2013). Alessandro Variola (LAL) variola@lal.in2p3.fr. LAL Compton collision studies and the Thom-X project.

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Rapid Prototyping

EML 2023. Rapid Prototyping. Technologies. Selective laser sintering (SLS). additive technique layer of powder placed on base high power laser used to fuse selected parts of the powder the powder bed is lowered a small amount and a new layer of powder is spread

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Rapid Prototyping

EML 2023. Rapid Prototyping. Technologies. Selective laser sintering (SLS). additive technique layer of powder placed on base high power laser used to fuse selected parts of the powder the powder bed is lowered a small amount and a new layer of powder is spread

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Luminosity at gg collider

Luminosity at gg collider. Marco Zanetti (MIT). Outline. Intro, gg colliders basics Luminosity at gg colliders Sapphire simulation Alternative approaches Luminosity measurement Conclusions. gg colliders in a nutshell. e - e - colliders equipped with high power laser beams

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Current status of Laser development

Current status of Laser development. 2nd Korea - Japan Workshop on KAGRA 2012/5/28(Mon). Collaboration items. High power amplifier Pre-stabilization with fiber ring cavity. Current status of the collaboration. To start definite collaboration, we need some financial support.

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Dynamic Optical Rheo Analyzer (DORA)

Dynamic Optical Rheo Analyzer (DORA). DORA Background. D ynamic O ptical R heo A nalyzer (DORA) Gives structural information simultaneously with the rheological measurements Optical Methods used with DORA: Birefringence and Dichroism Optical Anisotropy:

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BS and Mirrors for the LCGT

BS and Mirrors for the LCGT. Norikatsu Mio, PSC Univ. of Tokyo Eiichi Hirose, ICRR Univ. of Tokyo December 13, 2011 CSIRO, Lindfield Australia. LCGT. 1 st stage: Room-temp. Operation ? Silica TM (ITM and ETM) 2 nd stage: Cryogenic Operation ? Sapphire TM. ETMY. Underground

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Selective Layer Sintering

Selective Layer Sintering. By Elvir Tabakovic. Definition. Selective laser sintering (SLS) is an additive manufacturing technique that uses a high power laser to fuse small particles of plastic, metal, ceramic, or glass powders into a mass that has a desired 3-dimensional shape.

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Laser-wire at the ATF extraction line: Progress report

Laser-wire at the ATF extraction line: Progress report. UK collaborators Laser-wire principle Progress on the ATF laser-wire Future plans. Nicolas Delerue, University of Oxford for the Laser Based Beam Diagnostic collaboration.

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Laser-wire at the ATF extraction line

Laser-wire at the ATF extraction line. People involved Goals Features Schedules Current status Summary. February 2005. http://www-pnp.physics.ox.ac.uk/~delerue/laserwire/atf.php. People and institutes involved.

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Carbon

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Compact High Speed, High Power Laser

Compact High Speed, High Power Laser. S mall B usiness I nnovation R esearch. SDL, Inc. Sunnyvale, CA. INNOVATION High power laser suitable for optical communication systems operating at rates up to 2.5 gigabits per second ACCOMPLISHMENT

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