'Single beam' presentation slideshows

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??? ???? ?????? ??????. Marine Analytical Chemistry. MC 361 (Chem 312). Contents. Introduction to Spectroscopy Concept of Spectroscopy Infrared Absorption Ultraviolet Molecular Absorption Spectroscopy Colorimetry (Spectrophotometry) Emission Spectrography (Flame Photometery)

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? Physics opportunities at the beginning ? Machine start-up scenario

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DETECTORS at HIGH LUMINOSITY e+e- STORAGE RINGS

DETECTORS at HIGH LUMINOSITY e+e- STORAGE RINGS. G. Eigen University of Bergen Snowmass July 14, 2001. OUTLINE. Introduction Silicon Vertex Detectors Drift Chambers DIRC Electromagnetic Calorimeters IFR Trigger Rates Examples of strawman detectors Conclusion.

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Preparing for physics with ATLAS experiment at LHC

562 views • 41 slides

Application of the Maximum Entropy method to sonar signal processing

Application of the Maximum Entropy method to sonar signal processing. R. Lee Culver, H. John Camin, Jeffrey A. Ballard, Colin W. Jemmott, and Leon H. Sibul Applied Research Laboratory and Graduate Program in Acoustics The Pennsylvania State University, P.O. Box 30 State College, PA 16804

688 views • 33 slides

LHC machine plans

LHC machine plans. Mike Lamont. Mixed Bag. Single beam operations in 2007 (and 2008) Details of 450 GeV running in 2007 Machine Parameters (if already known) Collision to single-beam operation ratio for 450 GeV

417 views • 32 slides

Machine-Detector Interface (MDI) report

Machine-Detector Interface (MDI) report Presented by M. Weaver, SLAC Operational issues radiation aborts radiation-dose and background monitoring Background characterization characterization experiments long-term projections & vulnerabilities Simulations G4 development status

589 views • 29 slides

Machine-Detector Interface (MDI) report

Machine-Detector Interface (MDI) report. Presented by M. Weaver, SLAC. Operational issues radiation aborts radiation-dose and background monitoring Background characterization characterization experiments long-term projections & vulnerabilities Simulations G4 development status

395 views • 29 slides

Lecture 8

Lecture 8. Detectors Spectrophotometer design Background correction Width of the spectral peak. Ch. 20 Harris. Monochromator (filter, wavelength selector). Light Source. Detector. Sample. Spectrometer. Data Processing. A phototube. K/Cs/Sb. GaAs. -. +. Ag/O/Cs. 90 V.

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Hydrographic Surveying

2.28k views • 19 slides

BELLE/BABAR present background situation

BELLE/BABAR present background situation. The information from BELLE: http://www.phys.hawaii.edu/~superb04/slides.html Most important talks: Summary from Haba-san, Current Belle background from Tajima-san Also some informal inputs. BELLE Background general features. Coasting backgrounds

316 views • 19 slides

Laser Driver Reliability Considerations

UCRL-POST-213303. Laser Driver Reliability Considerations. HAPL Integration Group Earl Ault June 20, 2005. Purpose of this work. So far the HAPL project has characterized the required reliability of the laser driver by a single number, the shot life in the range of 10 8 to 10 9 shots

301 views • 19 slides

Beam-beam & the lum in ous region - update

284 views • 17 slides

Lecture 19

Lecture 19. Spectrophotometry- III. Monochromator (filter, wavelength selector). Light Source. Detector. Sample. Spectrometer. Data Processing. Single beam. Double beam. A tungsten lamp. 3000 K. UV sources. Deuterium Lamp. Deuterium: higher intensity. Incident light.

324 views • 16 slides

DS3-T1 Network Infrastructure & data transmission Simon Garrington University of Manchester/Jodrell Bank Observatory

DS3-T1 Network Infrastructure & data transmission Simon Garrington University of Manchester/Jodrell Bank Observatory, UK. Feasibility study of network for SKA Data link from dishes/stations Monitor & Control links to dishes/station Clock distribution across network Partners:

321 views • 14 slides

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Intro to UV-Vis Molecular Absorption Spectrometry Chap 13

Intro to UV-Vis Molecular Absorption Spectrometry Chap 13. Beer's Law A = ? bc = -logT = -log(P/P o ) Absorbance is additive: A total = A 1 + A 2 ...= ? 1 bc 1 + ? 2 bc 2 ... Only if species do not react chemically!. Limitations of Beer's Law (pp 338 - 348). Real limitations:

288 views • 14 slides

CESR as Light Source

CESR as Light Source. David L. Rubin for the CESR Operations Group Cornell University Laboratory for Elementary-Particle Physics. - Introduction to CESR - CESR Operating Status - Multi-bunch optics - Low emittance tuning - Single beam optics - Low emittance layout. CESR.

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Chapter 13 & 14

Chapter 13 & 14. CHM 411 Spring 2013 Suroviec. I. UV-Vis molecular absorption. I. Beers Law. Deviations and limitations to Beers Law:. Example.

303 views • 11 slides

Laser-Based Inertial Confinement Fusion

Laser-Based Inertial Confinement Fusion. Alex Hedash Kevin Lin Harshit Patel Dan T oohey. Introduction. What is fusion and what is inertial confinement fusion? Combining two or more light nuclei into one nucleus Requirements for successful fusion:

576 views • 7 slides