'Coherent scattering' presentation slideshows

X-Ray Safety

X-Ray Safety. It is recommended that after the completion of each section that you test your understanding by doing the quiz related to that section. Slide Show 1: Some Background Concepts. This slide show will examine:. 1. The formation of X-rays 2. X-ray spectra. X-rays.

1.24k views • 87 slides

X-RAY DIFFRACTION

2.88k views • 80 slides

X-ray Interaction with Matter

X-ray Interaction with Matter. Electromagnetic Radiation interacts with structures with similar size to the wavelength of the radiation. Interactions have wavelike and particle like properties. X-rays have a very small wavelength, no larger than 10 -8 to 10 -9 . .

4.66k views • 61 slides

The Basics of Neutron Scattering

The Basics of Neutron Scattering. Jill Trewhella , The University of Sydney EMBO Global Exchange Lecture Course April 28, 2011. Conceptual diagram of the small-angle scattering experiment.

756 views • 49 slides

The Basics of Neutron Scattering

The Basics of Neutron Scattering. Jill Trewhella , The University of Sydney EMBO Global Exchange Lecture Course April 28, 2011. Conceptual diagram of the small-angle scattering experiment.

654 views • 49 slides

Interaction of X-rays with Matter and Imaging

Interaction of X-rays with Matter and Imaging. Gocha Khelashvili Assistant Research Professor of Physics Illinois Institute of Technology Research Physicist EXELAR Medical Corporation. The Plan. X-ray Interactions with Matter Used at Imaging Energies

1.08k views • 47 slides

Feryal Ozel University of Arizona

Neutron Stars: Insights into their Formation , Evolution & Structure from their Masses and Radii. Supernovae and Gamma Ray Bursts in Kyoto. Feryal Ozel University of Arizona. In collaboration with T. Guver , M. Baubock , L. Camarota , P. Wroblewski ,

553 views • 43 slides

1.21k views • 40 slides

X-RAY INTERACTION WITH MATTER

704 views • 39 slides

Professor Yasser M. Kadah Web: k-space

Intermediate Physics for Medicine and Biology Chapter 15: Interaction of Photons and Charged Particles with Matter. Professor Yasser M. Kadah Web: http:// www.k-space.org. Textbook.

533 views • 38 slides

Diffusion of Hydrogen in Materials: Theory and Experiment

607 views • 29 slides

Diffraction: Electron and X-ray

Electron probe microanalysis E P M A. Diffraction: Electron and X-ray. X-ray diffraction Electron Backscattered Diffraction Orientation Contrast Imaging. Updated 12/10/09. Up to now, we have only been concerned with determining sample chemistry quantitatively by EPMA and SEM

724 views • 27 slides

X-Ray Physics

X-Ray Physics. Assumptions: Matter is composed of discrete particles (i.e. electrons, nucleus) Distance between particles >> particle size X-ray photons are small particles Interact with body in binomial process Pass through body with probability p

824 views • 26 slides

X-RAY INTERACTION WITH MATTER

X-RAY INTERACTION WITH MATTER.

549 views • 26 slides

ENDF/B-VI Coupled Photon-Electron Data

ENDF/B-VI Coupled Photon-Electron Data for Use in Radiation Shielding Applications by Dermott E. Cullen Lawrence Livermore National Laboratory & Robert E. MacFarlane

323 views • 24 slides

OBSERVATION OF PROTON REFLECTION ON BENT SILICON CRYSTALS AT THE CERN-SPS

OBSERVATION OF PROTON REFLECTION ON BENT SILICON CRYSTALS AT THE CERN-SPS. Walter Scandale CERN For the H8-RD22 collaboration (CERN, FNAL, INFN, IHEP, JINR, PNPI) PAC07 26 June 2007. Outlook. Why using crystals in hadron colliders The H8-RD22 experiment at CERN Experimental layout

338 views • 23 slides

Small-Angle X-ray scattering

1.43k views • 23 slides

Reflection & Refraction

Reflection & Refraction. The optical path difference (OPD). The Phase Difference. Path-length difference. Inherent phase difference. If the waves are initially in-phase. If ?? 0 is constant waves are said to be coherent. The Phase Difference.

351 views • 22 slides

Application of Thomson Scattering on a high pressure mercury lamp

Application of Thomson Scattering on a high pressure mercury lamp. Nienke de Vries, Xiaoyan Zhu Erik Kieft, Joost van der Mullen. Outlook. Introduction Thomson Scattering on a real lamp Thomson Scattering results Equilibrium assumptions Conclusions. h ? i. e -. Area n e

440 views • 20 slides

Basic Interactions of Radiation with Matter

Basic Interactions of Radiation with Matter. 2 ed Lecture. Alhanouf Alshedi Email: aalshedi@ksu.edu.sa. Introduction.

669 views • 16 slides