'Beam stop' presentation slideshows

X-RAY DIFFRACTION SAFETY INFORMATION

X-RAY DIFFRACTION SAFETY INFORMATION. Restricted Item List. Any proposed purchase or acquisition, and installation of x-ray equipment must be reviewed and approved in advance by the Tufts Radiation Safety/EHS. Radiation symbols inform persons of radiation producing

750 views • 48 slides

Plans for Linear Collider Calorimetry Test Beam Work at Fermilab

Plans for Linear Collider Calorimetry Test Beam Work at Fermilab. Andy White for U.S.+European-CALICE and other collaborators. Physics motivation/need. Unprecedented requirement for new level of hadron/jet energy resolution ?/E ~ 30%/?E - Separation of W/Z in hadronic mode:. 60%/ ?E.

447 views • 29 slides

SLAC Fluorescence Measurement Test Run (T461)

384 views • 27 slides

Canadian Neutron Beam Centre Status Report to CINS Annual General Meeting John Root , Director

Canadian Neutron Beam Centre Status Report to CINS Annual General Meeting John Root , Director Canadian Neutron Beam Centre Chalk River Laboratories, Chalk River, Ontario University of Western Ontario October 13, 2006. Research Staff.

213 views • 21 slides

Applications of Nuclear Physics: A Small Accelerator Lab Story Graham F. Peaslee June 13, 2014

354 views • 19 slides

364 views • 18 slides

ORKA Preservation Task Force first meeting Wednesday, February 8, 2012

ORKA Preservation Task Force first meeting Wednesday, February 8, 2012. Notes by Peter H. Garbincius Notes from meeting are interspersed (Riesselmann and Sands did not participate). m y interpretation and priorities:.

281 views • 17 slides

Beam Diagnostic Laboratory

Beam Diagnostic Laboratory. C. Bohn, G. Blazey, P. Piot, N. Vinogradov, G. Betzel. Introduction for Beam Diagnostics Laboratory.

267 views • 14 slides

A Close-In Detector for the BNL Long Baseline Experiment

A Close-In Detector for the BNL Long Baseline Experiment. Steve Kahn 10 Jan 2003. Requirements for a Close-in Detector for the Long Baseline Neutrino Experiment. This detector should provide flux distributions as a function of E ? .

233 views • 14 slides

MICE Beamline Collimation and Correction

MICE Beamline Collimation and Correction. Tom Roberts Carol Johnstone Muons, Inc. Pion Segment. Our initial guess was that the target would dip about 2 mm into the ISIS beam, giving about 1.5e12 protons on target.

284 views • 13 slides

Mice Beam Stop (end of DSA)

Mice Beam Stop (end of DSA). Details of the current Layout and how it was arrived at. Original idea. Fig.1.

167 views • 10 slides

148 views • 8 slides

Running plan

Running plan. Step I.1 Basic radiation levels. I.1.1 ISIS running with beam elements on, target off, beam stop shut. Establish permanent MICE monitoring devices (one in Hall and if possible one in DSA) Radiation survey Recording of radiation monitors in MICE hall and if possible in DSA

170 views • 4 slides

NANOSTAR at FZJ

135 views • 2 slides