'Particle detection' presentation slideshows

On the Passage of Charged Particles through Matter and Waveguides

On the Passage of Charged Particles through Matter and Waveguides. How to think about building better detectors and accelerators W W M Allison Graduate Lectures - Michaelmas 2003. Contents. 1. ELECTROMAGNETIC PROCESSES 1.1 The Accelerator Problem 1.2 The Detector Problem

1.37k views • 110 slides

Ryan Badman , M. Artuso, J. Wang, Z. Xing July 7 th , 2010

TIMEPIX Characterization with test pulses with the Syracuse test stand. Ryan Badman , M. Artuso, J. Wang, Z. Xing July 7 th , 2010. Uses photon counting approach 256x256 pixels (65,536 total) Each pixel is 55x55 microns Device consists of a semiconductor chip made of 300 microns-thick Si.

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Basic Concepts of Charged Particle Detection: Part 1

Basic Concepts of Charged Particle Detection: Part 1. Overview. This lecture is part of a topical course on instrumentation Two introductory lectures will focus on the interaction of charged particles with matter in a general sense

828 views • 30 slides

Basic Concepts of Charged Particle Detection: Part 2

Basic Concepts of Charged Particle Detection: Part 2. Overview. Lecture 1: Concepts of particle detection: what can we detect? Basic design of particle detectors Energy loss of charged particles in matter: Bethe Bloch formula Lecture 2:

479 views • 23 slides

First results from the ATLAS experiment at the LHC

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MAPS with advanced on-pixel processing

MAPS with advanced on-pixel processing. D. Biagetti (1, 2 ) , G.M. Bilei (1) , P. Ciampolini (1,3) , P. Delfanti (1, 3) , A. Marras (1,3) , G. Matrella (1, 3) , D. Passeri (1, 2 ) , P. Placidi (1, 2) , M. Petasecca (1, 2) , L. Servoli (1). (1) Istituto Nazionale di Fisica Nucleare

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Particle Detection Techniques in HEP

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Experimental Techniques of High Energy, Nuclear, & AstroParticle Physics

Experimental Techniques of High Energy, Nuclear, & AstroParticle Physics. Course Info. Office: PRB 3146 Office hours: anytime Email: kass.1@osu.edu Class website: http://www.physics.ohio-state.edu/~kass/p880_06.html (will post powerpoint notes). Grading Policy:

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236 views • 16 slides

QUANTUM MECHANICS Probability & Uncertainty

QUANTUM MECHANICS Probability & Uncertainty. Probability Uncertainty Double-slit photons. P( S ) = Probability of getting sum S. Probability. EXPERIMENT. THEORY. # times S occurs # all throws. # ways to get S # all possible outcomes.

328 views • 8 slides