Viewport 1, Sep. 19, 2007Viewport 1, Sep. 5, 2007 Temperature (ºC) on HPU display Primary : 77 Secondary : 30.

Slides:

Advertisements

Similar presentations

Mock-Up Test For Optical Diagnostics MERIT VRVS Meeting April 12 th, 2006 By Thomas Tsang (BNL), Hee Jin Park (SUNY at Stony Brook) Thanks to Bill Sands.

Advertisements

Kevin Kelly Mentor: Peter Revesz.  Importance of Project: Beam stability is crucial in CHESS, down to micron-level precision  The beam position is measured.

1 Microscope Maintenance. Microscope Maintenance-Module 3 2 Learning Objectives At the end of this module, you will be able to Store the microscope properly.

1 Module 9: Microscope Maintenance. 2 Learning Objectives Learning Objectives At the end of this module, you will be able to Store the microscope properly.

Nikon Eclipse TE2000 Spinning Disc. inverted perfect focus microscope optimized for live cell imaging and time lapse movies Equipped for DIC, Ludl Piezo.

Optical Diagnostics on Mock-up/SS Primary home-made mini-choppers Laser light Viewport #1Viewport #2Viewport #3Viewport #4 identification on window exterior.

Optical Diagnostics T. Tsang BNL (Aug. 4, 2006). Optical Diagnostics tight environment high radiation area non-serviceable area passive components optics.

Problem with Square WLS Fiber Optic Cable A report on the observations of the physical response to square WLS fiber optic cable being applied and glued.

Optical Diagnostics Hg_jet_meeting, Thomas Tsang tight environment high radiation area non-serviceable area passive components optics only, no.

Optical Diagnostics T. Tsang, BNL, March 17, 2006 tight environment high radiation area non-serviceable area passive components optics only, no active.

1 Optical Diagnostic Results of MERIT (Mercury Intense Target) Experiment at CERN H. Park, H. Kirk, T.Tsang, K. McDonald, F. Ladeinde NFMCC Meeting Fermilab,

Optical Diagnostics Thomas Tsang tight environment high radiation area non-serviceable area passive components optics only, no active electronics back.

Optical Diagnostics Thomas Tsang, BNL, Oct 20, 2006 tight environment high radiation area non-serviceable area passive components optics only, no active.

Scanning Electron Microscope د. عمر عبد القادر.

Tight environment high radiation area non-serviceable area passive components optics only, no active electronics transmit image through flexible fiber.

Tight environment high radiation area non-serviceable area passive components optics only, no active electronics transmit image through flexible fiber.

Z 7.7 meter 10 meter Optics Layout and Imaging Fiber Update, T. Tsang, BNL, 1 Feb 2006.

Team Hubble Jr. Final Presentation Rachel Small, Holly Zaepfel, Ryan Del Gizzi, Kyle Norman, and Evan Levy December 5, 2006.

Optical Diagnostics Thomas Tsang tight environment high radiation area non-serviceable area passive components optics only, no active electronics back.

Z 5.7 meter 8.0 meter Optics Layout and Imaging Fiber Update, T. Tsang, BNL, 25 Jan 2006.

Prepared using support of U.S. Department of Energy under Contract No. DE-AC02-76SF00515 by the Stanford Linear Accelerator Center, Stanford, California.

Parts and Functions of a DSLR Camera

Live Meeting 2007: Presenter's companion Use the collaborative content features You want all new hires to participate actively in the new hire orientation.

Conference Room Laser Pointer System Preliminary Design Report Anna Goncharova Brent Hoover Alex Mendes.

How sunglasses are made. Purpose for sunglasses O Sunglasses are eyewear designed to help protect the eyes from excessive sunlight. Eyes are extremely.

Linac Laser Notcher Status David Johnson and Todd Johnson PIP Meeting October 10, 2012 Beams doc 4237.

Update on Armor Simulation Experiments At Dragonfire Facility Farrokh Najmabadi, John Pulsifer, Mark Tillack HAPL Meeting August 8-9, 2006 General Atomic.

1 Advanced D-TAC Testing. 2 D-TAC testing – Part 2 This presentation is meant to be viewed after the introductory presentation ‘D-TAC testing – Batteries.

Laser Notcher Status Dave Johnson PIP Meeting April 29, 2014.

[1] Reference: QCam API reference manual document version Charge Coupled Device (CCD)

MIT runs syn no label No Label was not connected TTL trigger from delay box CH A to syn.

Measurements in Fluid Mechanics 058:180 (ME:5180) Time & Location: 2:30P - 3:20P MWF 3315 SC Office Hours: 4:00P – 5:00P MWF 223B-5 HL Instructor: Lichuan.

Quick tutorial Quick tutorial on using labAO and telWFS Work in progress.. JDM 2015June11.

How to Choose Frame Grabber …that’s right for your application Coreco Imaging.

FNI 2B OM 1 Optical Microscopes. FNI 2B OM2 Outline Justification History Components of the Optical Microscope Theory of operation  Basic Microscope.

DIC Differential Interference Contrast Kim Peifley 08/14/15.

2.00 Understand Computer Fundamentals. Unit Objective: 2.02.

2.00 Understand Computer Fundamentals. Unit Objective: 2.02.

Surface Computing Turning everyday surfaces into interactive intelligent interfaces Co-located input and output Mixed reality: tangible objects, natural.

Copyright © The McGraw-Hill Companies, Inc. Permission required for reproduction or display. PowerPoint to accompany Krar Gill Smid Technology of Machine.

Freiburg 7/07/20001 laser beam lens CCD (long arm) screen + grid CCD (short arm) glass plates at  45° STAMP : Saclay Telescope for the Alignment of Many.

* Care * Parts * Focusing - Always carry with 2 hands …one on the arm and the other on the base - use lens paper for cleaning - Clean after using immersion.

How digital cameras work The Exposure The big difference between traditional film cameras and digital cameras is how they capture the image. Instead of.

Exercise 2: Review of Microscope Use and Care

1 Grenzebach Glier & Associates, Inc. Preliminary Design Review Multispectral Camera Advisor: Prof. Mario Parente Team Parente #13 Simon Belkin Audrey.

IPD Technical Conference February 19 th 2008 Application: Pipette Measurement and Flash Inspection. Distributor: CPU Automation Engineer: Mike Bray.

Sensor design and mass test system development Y. Kwon (Yonsei Univ.)

OptoPIC Ultrafast Gated Camera. OptoPIC Features ● MHz Rep. Rate ● 200 ps – 1 ns Gating ● Single-Photon Sensitivity ● Integrated Delay Generator.

IFS prototype – PM3 LAM, 13/06/2003 Prototype testing at CRAL Tests at room temperature in the visible.

Optical Diagnostics Thomas Tsang tight environment high radiation area non-serviceable area passive components optics only, no active electronics transmit.

Application of Optics by Carl To Visible light ✤ Allows us to see ✤ Pointers, CD players and printers use visible light as laser ✤

Probe card preparation Y. Kwon (Yonsei Univ.) for EQENG, Notice, & Yonsei.

AM-H676ER H.264 IP Speed Dome Camera Product Key Features: H.264 Main Level 3 Compression 960H 928*576 30fps PAL/NTSC 30fps ¼” SONY Super HAD.

AM-H676 H.264 IP Speed Dome Camera H.264 IP Speed Dome Camera Product Key Features: H.264 Main Level 3 Compression 960H 928*576 30fps ¼” SONY.

FEATURES USER’S MANUAL COLOR BOX CAMERA SDB-BAW SDB-BAW/T 1/3 ＂ SONY 960H Dual Scan CCD High Resolution of 800TV Lines Min. Illumination of Lux at.

Manual Mode.  In Manual Mode, you are in control of the three exposure variables.  Aperture  Shutter speed  ISO.

Veterinary Practice Laboratory Unit 1

Tools of the Laboratory:

1 SLAC RC Status Report 19 July 2010 LHC Collimation Working Group Meeting Jeff Smith/SLAC BNL - FNAL- LBNL - SLAC US LHC Accelerator Research Program.

Any bright gets attention. This is the reason why projectors have long been popular as a medium of instruction. The lighted screen is a silent shout-

Secondary Storage Devices

Viewport 1, Sep. 26, 2007 Temperature (ºC) on HPU display Primary : 72

Oct 4, :00 after 0.5 hrs TT2 tunnel access

Beam instrumentation for the upcoming TIDVG#5

مفاهیم بهره وري.

Optical Diagnostics tight environment high radiation area

Image calibration Geoff Smith, September 2018.

Molecular Imaging System

1st Hg jet run with pulsed solenoid

Presentation transcript:

Viewport 1, Sep. 19, 2007Viewport 1, Sep. 5, 2007 Temperature (ºC) on HPU display Primary : 77 Secondary : 30

Viewport 2, Sep. 19, 2007Viewport 2, Sep. 5, 2007

Viewport 3, Sep. 19, 2007 Viewport 3, Sep. 5, 2007

Viewport 4, Sep. 19, 2007 Viewport 4, Sep. 5, 2007 Olympus cameraSMD camera

Scope Trace CH1 : B, AvTech LD pulse input CH2 : A, SMD trigger CH3 : Scintillating fiber CH4 : To, Master trigger

Viewport #2, fiber continuity check Red laser pointer used Was able to see red circle through Imaging fiber, but weak. Vp#2

25W Laser Check Generate 2 ms period laser pulse Connect 25W laser to FV#3 2ms fps, 0.1 ms exposure Laser amp. : -10 V Confirmation 25W Laser is OK.

Aligned lens mount again. Visualy inspected. Surface is AR coated. Lens is not extruded but protected by surrounding metal hounsing. XY stage will not touch the objective lens. I notice that I never put anything within SMD lens mount inlet and never touch the SMD CCD. What I did when I take a phto of moving fan images was just put camera nearby fan as we did at BNL in student office.

0.001 ms fps “External Camera Trigger In” 17 frames Read Out Viewport #4, Able to make it brighter or darker by setting RGB gain.

0.1 ms fps “External Camera Trigger In” 17 frames Read Out Viewport #4, Able to make it brighter or darker by setting RGB gain.

Clean Tunnel and Put All Boxes Neatly Hg stuffs Optics stuffs

CONFIRMATION - 25W LASER GIVES LIGHT PROPERLY. - SMD CAMERA IS ABLE TO CAPTURE 17 IMAGES UP TO FPS. - IMAGING FIBER AND ILLUMINATION FIBER OF VIEWPORT#2 ARE IN GOOD SHAPE. THERE IS NO DISCONNECTED POINT. - VIEWPORT#4 IS VISIBLE. THINGS TO BE RESOLVED - SHOULD OPEN THE SNOUT AGAIN AND INSPECT OPTICS STATUS AND THEN REPAIR/REALIGN OPTICS. BE PREPARED FOR THAT.  PREREQUISITE : THOMAS SHOULD COME AND HELP WHEN THERE IS A CHANCE TO OPEN THE SNOUT. WE HAVE ONE EXTRA OPTICS-FIBER SET. IN WORST CASE, WE CAN REPLACE ONE VIEWPORT AFTER HE AGREES RIGHT AT THAT TIME.