'Cavity length' diaporamas de présentation

Status of experiment at KEK-ATF

Status of experiment at KEK-ATF. Hirotaka Shimizu Hiroshima University. Cavity-Compton Collaboration. KEK Hiroshima University Waseda University IHEP (China). Contents. Introduction - Proof of Principal Exp. at ATF - Improvement to Cavity-Compton Pulse laser stacking

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Microcavity lasers for cancer cell detection

Microcavity lasers for cancer cell detection. Aaron Gin Katie Mayes Will McBride Ryan McClintock. ME 381 Final Project December 12, 2002. Presentation outline. Introduction and motivation Theoretical considerations Fabrication process Alternatives and future work.

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Experimental Investigation of Supercavitating Flows

Experimental Investigation of Supercavitating Flows. Byoung-Kwon Ahn*, Tae-Kwon Lee, Hyoung-Tae Kim and Chang-Sup Lee Dept. of Naval Architecture and Ocean Engineering College of Engineering, Chungnam National Univ. CONTENTS. 2. 4. 3. 1. Background. General Features: Numerical Results.

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9MHz LeRHIC Cavity Design

9MHz LeRHIC Cavity Design. Salvatore Polizzo RF Design Engineer May 16, 2014. Topic Outline. LeRHIC Program Summary Review Conceptual Cavity Designs Outline Current Cavity Design Present EM Simulation Methods & Results. Low Energy RHIC Program Summary.

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TIME-DEPENDENT, THREE-DIMENSIONAL SIMULATION OF FREE-ELECTRON LASER OSCILLATORS*

Paper presented at the 31 st International Free-Electron Laser Conference Liverpool, England, 23-28 August 2009. TIME-DEPENDENT, THREE-DIMENSIONAL SIMULATION OF FREE-ELECTRON LASER OSCILLATORS*.

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MuCool Cavity RF Simulation Studies

MuCool Cavity RF Simulation Studies. Zenghai Li Lixin Ge , Chris Adolphsen , SLAC, Daniel Bowring, Derun Li, Tianhuan Luo , LBNL MAP Collaboration Meeting 06/21/2013. Outline. Multi-physics Modeling tool ACE3P Modeling effort with ACE3P 805 MHz Be-wall modular cavity

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PULSE LASER WIRE Laser pulse storage in an optical cavity as a beam monitor & an X-ray source

PULSE LASER WIRE Laser pulse storage in an optical cavity as a beam monitor & an X-ray source. Kaori Takezawa Kyoto Univ. 2nd Mini-Workshop on Nano Project at ATF 12 th Dec. / 2004. OVERVIEW PRINCIPLE OPTICAL CAVITY EXPERIMENTAL SETUP CONCLUSION FUTURE PLAN. 2. 1.OVERVIEW. 3.

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Generation of Ultrafast Mid-IR pulses using a 100 MeV ERL-FEL

Generation of Ultrafast Mid-IR pulses using a 100 MeV ERL-FEL (Drivers for tunable HHG based coherent X-Ray sources ?). Phase matched HHG using mid-IR lasers (Experiments). T. Popmintchev, nature photonics | VOL 4 | DECEMBER 2010. Generation of coherent X-Ray pulses by HHG.

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Status of PAMELA rf system

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cavity ring down spectroscopy 14 February 2012

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PHYSICS DEPARTMENT

PHYSICS DEPARTMENT. TOPICS TO BE DISCUSSED. HISTORY CHARACTERSTICS CONSTRUCTION PRINCIPLE AND WORKING LIMITATIONS APPLICATIONS. HISTORY.

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Influence of ventilation on the shape of slender axisymmetric cavities

CAV2012, August 14-16, 2012, Singapore. Influence of ventilation on the shape of slender axisymmetric cavities. Igor Nesteruk Institute of Hydromechanics National Academy of Sciences of Ukraine. inesteruk@yahoo.com. The steady flow pattern and the following assumptions are used:.

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R&D Status of Optical Cavity for ILC Polarized e+

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CAVITY LOCK ELECTRONICS

CAVITY LOCK ELECTRONICS. Dan Sexton, Sirish Nanda, and Abdurahim Rakhman. Design Goals. Lock-In on Cavity Resonance Slow and Fast Laser Frequency Scan Slow and Fast Error Compensation Incorporate on board micro-controller Compatible with Stanford Research SIM900 Crate. Beam Splitter.

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References

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