'2 laser' diaporamas de présentation

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Contents Current status of TA FD calibration

Calibration of TA F luorescence D etector. IKEDA Daisuke ICRR, University of Tokyo ( JSPS fellow ). Contents Current status of TA FD calibration. Telescope Array Collaboration.

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High brightness EUV light source system development for actinic mask metrology

High brightness EUV light source system development for actinic mask metrology. Sergey V. Zakharov, Peter Choi ,

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Commissioning and Run Plans

Commissioning and Run Plans. LIGO NSF Review 9 November 2005, Caltech Peter Fritschel, LIGO MIT. 2. 2. 2. 2. 4. 4. 4. 4. 1. 1. 1. 1. 3. 3. 3. 3. E3. E7. E5. E9. E10. E8. Runs. S1. S2. S3. S4. S5. Science. First Science Data. Commissioning and Running Time Line.

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ATF and ATF-II Advanced Accelerator Concepts

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RHIC optics for OSC

RHIC optics for OSC. Small variation of six pairs of quadrupole currents around IP were necessary to satisfy cooling phase requirements. Path difference between Ion and light beams is only 2.5 cm. Optimized dipole placements will help. Optical Stochastic Cooling for RHIC. Idea, Motivation,

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Compton based Polarized Positrons Source for ILC

Compton based Polarized Positrons Source for ILC. V. Yakimenko, I. Pogorelsky BNL Collaboration meeting, Beijing, January 29-February1, 2006. Outline:. Numbers and issues. Target and conversion efficiency Laser test: Laser spot size First results from laser cavity tests Plans.

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Two-photon Precision Spectroscopy of H 2 +

Two-photon Precision Spectroscopy of H 2 +. Jean-Philippe Karr Albane Douillet Vu-Quang Tran, PhD Laurent Hilico. Vladimir Korobov. Rachidi Osseni, post doc Jofre Pedregosa, post doc Franck Bielsa, PhD Tristan Valenzuela, post doc. outline. Motivations Experimental status

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CO 2 laser system

CO 2 laser system. M. Polyanskiy, I. Pogorelsky , M. Babzien , and V. Yakimenko. Historical perspective. 200 MeV Protons. 20 MeV Protons. 30 TW 3 TW 300 GW 30 GW 3 GW. LWFA. VLA. High gradient IFEL. Thomson X-ray imaging. Ion and Proton source. LACARA. PASER.

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100W CW CO 2 laser

100W CW CO 2 laser. output. 15KV, 200mA DC Power supply. Laser discharge tube. Typical laser beam spot at 60W. 100W CO 2 laser 2. 100W CO 2 laser 1. Typical 0-15KV, 200mA DC power supply. CO 2 laser. Typical LHPG setup. Focusing mirrors. Sample rod pushing mechanism.

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Laser Based Polarized e + Source for ILC

Laser Based Polarized e + Source for ILC. Tsunehiko OMORI (KEK). 1st ILCWS@KEK 13-15/Nov/2004. Why laser based?. Source and full energy/intensity beam remains independent. Electron and positron systems remain independent. We assume that the first phase will

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PMT absolute calibration using the Rayleigh scattering in Nitrogen air

PMT absolute calibration using the Rayleigh scattering in Nitrogen air. ICRR N.Sakurai , M.Fukushima Utah University L.Wiencke. Motivation. Absolute calibration ??? Laser energy can be measured by energy meter preciously. Rayleigh scattering is well understood.

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LSC meeting, LLO, March, 18, 2004 LIGO-G040071-00-Z

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Laser Heated Diamond Anvil Cell

COMPRES annual meeting June 2005. Laser Heated Diamond Anvil Cell. Thomas Duffy, Princeton University Guoyin Shen, GSECARS, University of Chicago Dion Heinz, University of Chicago Andy Campbell, University of Chicago/University of Maryland

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Low-Cost Microfluidic Single-Use and On-Board Reagent Storage Using Laser-Printer Technology

Low-Cost Microfluidic Single-Use and On-Board Reagent Storage Using Laser-Printer Technology. J. L. Garcia-Cordero, F. Benito-Lopez, D. Diamond, J. Duceree, and A. J. Ricco, MEMS 2009. Shau-Chieh Wang ( ??? ). -- January 5, 2010 --. NTHU / MSE. 1. Outline. ? Introduction

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Compton based Polarized Positrons Source for ILC

Compton based Polarized Positrons Source for ILC. V. Yakimenko Brookhaven National Laboratory September 28, 2006 Oxford Positron Meeting. ILC Source requirements. * The length of the bunch train in ILC is 2820x300ns = 0.85 ms or 250 km. Bunch spacing has to be reduced in the dumping ring.

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Compact, Engineered, 2-Micron Coherent Doppler Wind Lidar Prototype: A NASA IIP Selected Proposal

Compact, Engineered, 2-Micron Coherent Doppler Wind Lidar Prototype: A NASA IIP Selected Proposal. Space and Airborne Systems. by M. J. Kavaya, G. J. Koch, J. Yu, U. N. Singh, F. Amzajerdian NASA Langley Research Center J. Wang Raytheon Space and Airborne Systems to

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High-brightness picosecond ion beam source based on BNL TW CO 2 laser:

High-brightness picosecond ion beam source based on BNL TW CO 2 laser: Proof-of-principle experiments Peter Shkolnikov, Stony Brook University Igor Pogorelsky, Vitaly Yakimenko, Igor Pavlishin, Marcus Babzien, ATF BNL Theoretical support

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Caroline A. Cantley for Advanced LIGO Suspension Team / University of Glasgow /GEO600 Group

Update on Advanced LIGO suspension design and technology development towards the quad noise prototype. Caroline A. Cantley for Advanced LIGO Suspension Team / University of Glasgow /GEO600 Group LSC Meeting, LLO March 2005 LIGO-G050107-00-K. Advanced LIGO suspension team.

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