'Compton scattering' diaporamas de présentation

Mini C-Arm Credentialing Course

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Medical Imaging

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Studies of Nuclei at TUNL/HIGS: From Hadron Structure to Exploding Stars

Studies of Nuclei at TUNL/HIGS: From Hadron Structure to Exploding Stars. TUNL/HIGS Across Distance Scales. Physics of Hadrons to Physics of Nuclei. Outline Studies of Hadron Structure at TUNL. Recent Results from: 6 Li Compton Scattering and Isoscalar polarizabilites

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Origin of Quantum Theory

Origin of Quantum Theory. Black Body Radiation Photoelectric Effect Compton Scattering. Who first postulated the idea of light quanta?. 1. Planck 2. Bohr 3. De Broglie 4. Einstein 5. Heisenberg. Who first postulated the idea of light quanta?. 1. Planck 2. Bohr 3. De Broglie

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Spin Structure of the Nucleon

Spin Structure of the Nucleon. J. P. Chen, Jefferson Lab Hirschegg Workshop, January 11-17, 2004. Introduction Spin asymmetry at high x ? valence quark spin distributions Sum rules, moments and polarizabilities Higher twist effects, quark-gluon correlations Quark-hadron duality

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CLIC polarized e+ source based on laser Compton scattering

CLIC polarized e+ source based on laser Compton scattering. Frank Zimmermann CLIC Meeting, 16. December 2005 Thanks to Eugene Bulyak, Masao Kuriki, Klaus Moenig, Tsunehiko Omori, Junji Urakawa, Alessandro Variola. outline. introduction ILC scheme differences ILC - CLIC CLIC scheme

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Gamma Spectroscopy

Gamma Spectroscopy. NUCP 2371 Radiation Measurements II. Spectrometer. Since electromagnetic radiation does not cause any direct ionization Detector system needs to do several things Reasonable probability to convert gamma rays to electrons Must be able to detect these electrons

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kilometer-scale neutrino observatories

kilometer-scale neutrino observatories. AMANDA: Proof of Concept. since 1992 we have deployed 24 strings with more than 750 photon detectors (basically 8-inch photomultipliers). R&D detector for proof of concept: 375 times SuperK instrumented volume with 1.5% the total photocathode area.

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Emission mechanisms. I

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Physical Chemistry III (728342) Introduction to Quantum Theory

Physical Chemistry III (728342) Introduction to Quantum Theory. Piti Treesukol Kasetsart University Kamphaeng Saen Campus. http://hyperphysics.phy-astr.gsu.edu/hbase/quacon.html#quacon. Failures of Classical Physics. Some situations where classical physics fails Photoelectric Effect

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Hadron Physics with Antiprotons

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Blackbody Radiation

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Types of Radiation Interactions

Types of Radiation Interactions. Many Small. All or Nothing. The radiation interacts almost continuously giving up a small amount of its energy at each interaction. There is a finite probability per unit length that the radiation is absorbed. If not, there is no interaction. Incident Beam. N.

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Generalized Parton Distributions and the Structure of the Nucleon

1.5. 1. 0. 0. -1.5. -1. Generalized Parton Distributions and the Structure of the Nucleon. x=0.4. x=0.9. Volker D. Burkert Jefferson Lab. fm. fm. April Meeting. Today: How are these representations of the proton, charge/current distributions and quark momentum/spin

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Accelerator Research at SLAC

Accelerator Research at SLAC. Tor Raubenheimer. Stanford Graduate Student Orientation September 20, 2012. What are accelerators?.

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Projection Radiography

Projection Radiography. Chapter 5 (in more detail). Projection radiography(Conventional radiography)- most common used method of medical imaging that utilizes x-rays Conventional Radiograph- represents a projection of the 3D volume of the body onto a 2D imaging surface

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Introduction

Multiwavelenth Observations O f S trong F lares F rom The Tev Blazar 1ES 1959+650 Reporter: ??? Arthor:H.Krawczynski , S.B. Hughes 2013.10.08. Introduction. Detection of strong TeV ? -ray flares from the BL Lac object 1ES 1959+650

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Review of EM wave ? particle

Review of EM wave ? particle. EM wave behave as particle: Proof: Blackbody radiation. Plank proposes ??? to solve ??? problem. Photoelectric effect. Einstein proposes ??? in order to explain ???.

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