'Laser room' presentation slideshows

SPARC status and plans Massimo Ferrario on behalf of the sparc team

SPARC status and plans Massimo Ferrario on behalf of the sparc team. 37 th LNF Scientific Committee Meeting - 1 December 08. 2008 activity. Beam Matching. Cathode Circulator. Beam. Linac Commissioning. 01 02 03 04 05 06 07 08 09 10 11 12.

508 views • 45 slides

Jang- Hui Han , Juho Hong, Munsik Chae , Sung- Ju park Pohang Accelerator Laboratory

Low Emittance RF Gun Developments for PAL-XFEL. Jang- Hui Han , Juho Hong, Munsik Chae , Sung- Ju park Pohang Accelerator Laboratory. Contents. PAL-XFEL project overview Requirements of PAL-XFEL injector Baseline Injector Methods to further improve injector performance

540 views • 28 slides

Laser Heater Controls Design Overview EPICS IOC Team Meeting Matt Boyes

407 views • 24 slides

The PHENIX/EMCal(PbSc)/BB/TOF Laser

The PHENIX/EMCal(PbSc)/BB/TOF Laser. User Instructions Sean Stoll (rev. 12/8/03). The Continuum Surelite II YAG laser is used to provide a calibration monitoring pulse to the EMCal PbSc detector as well as a T0 synchronization signal to the EMCal, TOF, and BB detectors.

331 views • 12 slides

LIGO II Pre-stabilized Laser System Design Requirements and Conceptual Design

LIGO II Pre-stabilized Laser System Design Requirements and Conceptual Design. David Ottaway, Todd Rutherford, Rick Savage, Peter Veitch, and Benno Willke LIGO Science Collaboration Meeting Hanford, WA August 15-17, 2000. LIGO II PSL Design Requirements. Output power delivered to IO system

248 views • 10 slides

UED @ ASTA Accelerator Directorate Review Project Plan and ES&H

UED @ ASTA Accelerator Directorate Review Project Plan and ES&H. Carsten Hast May 20, 2014. UED @ ASTA Project Milestones. Overall Schedule Started April 2014 Ends September 30 th 2014 with results ASTA Infrastructure General layout and consensus what to do agreed upon in late April

249 views • 9 slides

Photonic band gap structures made by lithography (top) and fiber-drawing (bottom).

E163: Laser Acceleration at the NLCTA Goal: Demonstrate the technical feasibility of laser-driven particle acceleration. Stanford University Bob Byer (co-PI), Tomas Plettner SLAC Eric Colby(spokesman), Bob Noble, Bob Siemann (co-PI), Jim Spencer, Dieter Walz

221 views • 8 slides

Advanced Accelerator Technologies R&D Facility

Advanced Accelerator Technologies R&D Facility. Layout Options Discussion 12 th May 2011 Neil Bliss. Proposed DELTA Layout. Are the sizes shown reasonable ? Laser room 5m x 4m Test areas 5m x 5m Shielding assumed @ 2m Gun and diagnostics line 9.8m x 5m.

216 views • 8 slides

Photonic band gap structures made by lithography (top) and fiber-drawing (bottom).

E163: Laser Acceleration at the NLCTA Goal: Demonstrate the technical feasibility of laser-driven particle acceleration. Stanford University Bob Byer (co-PI), Tomas Plettner SLAC Eric Colby(spokesman), Bob Noble, Bob Siemann (co-PI), Jim Spencer, Dieter Walz

113 views • 8 slides

Laser Room Hazards: Installed and operational now: IV Nd:YVO 4 , CW, 532 nm, 5 Watt

Motivation. Laser Room Hazards: Installed and operational now: IV Nd:YVO 4 , CW, 532 nm, 5 Watt IV Ti:Sapphire, 79 1/3 MHz, 800 nm, 0.75 Watt IV Nd;YLF, 1 kHz, 527 nm, 22 Watt IV Ti:sapphire, 1 kHz, 800 nm, 2.4 Watt IIIb - 2 w , 1 kHz, 400 nm, 300 mW

236 views • 6 slides

LCLS Injector Configuration

LCLS Injector Configuration. RF Gun. Load Lock. L0-1 & L0-2 3-m SLAC Sections. Gun Diagnostics. Laser Heater. Transverse RF Cavity. DL1 Bend. Straight Ahead Spectrometer. The LCLS Injector Facility at Sector 20. Local Control Room Storage. Personnel and Equipment Access to Injector.

52 views • 4 slides