'Laser alignment' diaporamas de présentation

Instrumentation of the Very Forward Region of a Linear Collider Detector

Instrumentation of the Very Forward Region of a Linear Collider Detector. Univ. of Colorado, Boulder, AGH Univ., INP & Jagiell. Univ. Cracow, JINR, Dubna, NCPHEP, Minsk, FZU, Prague, IHEP, Protvino, TAU, Tel Aviv, DESY, Zeuthen. Wolfgang Lohmann.

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Preparing for Imaging

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Update on Actel FPGA Radiation Test (Round 3)

Update on Actel FPGA Radiation Test (Round 3). Marina Artuso , Erika Cowan, Bin Gui , Dylan Hsu, Ray Mountain, JC Wang Syracuse University LHCb Upgrade Electronics Meeting Feb 14, 2013. Introduction. Radiation test facility @ NPTC, Mass . General Hospital .

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Shaft Alignment

Shaft Alignment. Nizwa College of Technology. Shaft Alignment. Shaft alignment is the process to align two or more shafts with each other to within a tolerated margin. Shaft in Alignment. Types. Parallel or Lateral misalignment Angular misalignment

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ALIGNMENT ISSUES FOR RICH 2

ALIGNMENT ISSUES FOR RICH 2. Alignment in RICH2. Angular Resolution for RICH 2 (in TR): 0.35 mrad Emission point: 0.21 mrad Chromatic: 0.22 mrad Pixel size: 0.18 mrad RICH 2 prototype resolutions: obtained with alignments < 0.1 mrad 2048 pixel HPD: 0.18 mrad 61 pixel HPD: 0.26 mrad

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Performance and operation experience of the Atlas Semiconductor Tracker

Performance and operation experience of the Atlas Semiconductor Tracker. Zhijun Liang on behalf of ATLAS SCT collaboration University of Oxford Physics in Collision 2013. The ATLAS Inner Detector. ATLAS is a multi-purpose detector in LHC.

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Performance and operation experience of the Atlas Semiconductor Tracker

Performance and operation experience of the Atlas Semiconductor Tracker. Zhijun Liang on behalf of ATLAS SCT collaboration University of Oxford Physics in Collision 2013. The ATLAS Inner Detector. ATLAS is a multi-purpose detector in LHC.

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CSC Hardware Alignment

CSC Hardware Alignment. James N. Bellinger University of Wisconsin at Madison. Muon Alignment Project Status. Gervasio Gomez and James Pivarski are co-conveners Current priority of group is to understand apparent conflict between hardware and tracking estimates of DT

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Laser Shaft Alignment Know Your Machine From Every Angle

Each asset-intensive company comprehends that the more prominent the uptime of the machines, the more proficient and financially capable tasks are taken up. Keeping your assets in ideal working condition is simpler and more cost-productive when laser shaft alignment is utilized to increase machine reliability. For more information:- https://ludeca.com/products/easy-laser-xt770-shaft-alignment/

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Berlinlasers 635nm 5mW-100mW Pro Red Dot Laser Alignment Technical Datasheet

BLD-635nm Pro Red Dot Projecting Laser Alignment Berlinlasers part number: pro-635-dot Ordering: Oder online now or request quotation here: http://www.berlinlasers.com/pro-red-dot-projecting-laser-alignment Pro series specifications: Wavelengtht635nm Output typetCW Laser source type tDiode Overview: Cooperated with widely applicable industrial laser alignment system, Pro red dot projecting laser alignment provides the most visible and brightest red dot on examined surface. 635nm red laser dot is at least two or three times as bright as 650nm red laser, this red laser module allows the most accurate and highest precision dot alignment work in all kinds of applications. Key Features: u25c6 Wide range output power: 5mW, 10mW, 20mW, 30mW, 50mW, 80mW, 100mW u25c6 Easy screwed adjustable cylindrical optics enables the most accurate dot alignment. u25c6 Durable structure and stable performance, maintaining up to 80% beam stability under 8 to 10 hours constant use. u25c6 Low beam divergence and good round shape dot projecting. u25c6 Long endurance laser with the most stable output Packing List: 1. Laser Alignment 2. DC input power Supply Power Supply: Input: AC 100-240V, 1.0A , 50/60Hz Output: DC 5V ,1000mA (5mW-30mW) Output: DC9V, 1000mA (50mW-100mW) Dimension: 70mmu00d746mmu00d727mm Length of AC input line: 116cm Length of DC output line: 126cm Technical parameters: ItemtPro Red Dot-Projecting Laser Alignment Wavelength (nm)t635nm Output power (mW)t5mW, 10mW, 20mW, 30mW, 50mW, 80mW, 100mW Laser ClasstIIIa, IIIB Beam thickness at aperture (mm)t<2.8mm Beam divergence (mrad)t1-1.5mrad Beam mode (before optics)tNear TEM00 Focus adjustable?tYes TTL ModulationtNO Operating voltage(v)t5mW-20mW:DCuff1d5.0V; 30mW-100mW:DCuff1d9V Operating current (mA) tI<1000mA Operating temperature(u2103)t10u2103uff5e45u2103 Storage temperature(u2103)t-10u2103uff5e50u2103 Dimensiont5mW-20mW: D16mmu00d7L71mm;30mW-100mW: D26mmu00d7L150mm Expected lifetime (hours)t8000 hours Warranty Periodt180 days Regulatory classification: Within wide range output power of 5mW to 100mW, you should obey laser safety issues as below: For more information please contact: Berlin Optic (HK) INT'L Group Limited Prosper Commercial Building 9 Yin Chong Street, Kowloon Hong Kong Tel: 1-218-506-8158 support@berlinlasers.com www.berlinlasers.com Notice: Technical data included in this sheet is subjected to change without notice ahead. Please confirm desired technical specifications with our technicians before taking an order.

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Features Wide Temperature Range ? Mini Size

Green Laser Module Wide Temperature Range. G LM- 545 - 0010-1.7. Applications Surveying Equipment Laser Alignment Laser Aiming. Features Wide Temperature Range ? Mini Size

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LHCb Detector Construction &amp; Development

LHCb Detector Construction &amp; Development. CCDs. HPD Plane. Spherical Mirror. Flat mirror. Flat Mirror. Support Structure. Spherical Mirror. Common Mounting Plate. Beam Splitter. Central Tube. Mirror. Focuser. Photon funnel+Shielding. RICH. LHCb RICH HPD testing

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