'Lattice parameters' presentation slideshows

Basics of X-Ray Powder Diffraction

Basics of X-Ray Powder Diffraction. Scott A. Speakman , Ph.D . For assistance in the X-ray lab, please contact Josh Guske Joshua T. Guske, Ph.D. jtguske@mit.edu.

1.43k views • 107 slides

Scott A Speakman, Ph.D. speakman@mit (617) 253-6887 prism.mit/xray

Basics of X-Ray Powder Diffraction Training to Become an Independent User of the X-Ray SEF at the Center for Materials Science and Engineering at MIT. Scott A Speakman, Ph.D. speakman@mit.edu (617) 253-6887 http://prism.mit.edu/xray.

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Rietveld Refinement with GSAS

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Introduction to Accelerator Physics Spring 2018 Start of Chapter 6: Lattice Exercises I

Introduction to Accelerator Physics Spring 2018 Start of Chapter 6: Lattice Exercises I. Todd Satogata (Jefferson Lab and ODU) / satogata@jlab.org http://www.toddsatogata.net/ 2018-ODU-AP ~~~~~ February 15 ~~~~~

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Contributions to the nucleon spin from lattice QCD calculations

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Contributions to the nucleon spin from lattice QCD calculations

348 views • 34 slides

3. Crystals

3. Crystals. What defines a crystal? Atoms, lattice points, symmetry, space groups Diffraction B-factors R-factors Resolution Refinement Modeling!. Crystals. What defines a crystal? 3D periodicity: anything (atom/molecule/void) present

448 views • 28 slides

Winston Larson American Vacuum Society Conference

Determining Physical and Chemical Constants of Sputtered Uranium and Thorium as Thin Film Reflectors Within the Extreme Ultraviolet (EUV). Winston Larson American Vacuum Society Conference. Overview. Practical applications and importance of research Experiments Results Conclusions

320 views • 26 slides

Winston Larson American Vacuum Society Conference

Determining Physical and Chemical Constants of Sputtered Uranium and Thorium as Thin Film Reflectors Within the Extreme Ultraviolet (EUV). Winston Larson American Vacuum Society Conference. Overview. Practical applications and importance of research Experiments Results Conclusions

264 views • 26 slides

NSLS-II Lattice Design

NSLS-II Lattice Design. S. Kramer, J. Bengtsson, S. Krinsky, T. Shaftan, D. Wang, L. Yun, I. Pinayev May 11,2006. TBA-24 Lattice Design - Advantages and shortcomings Low emittance -> high chromaticity -> small DA from nonlinear dynam.

315 views • 16 slides

NSLS-II Lattice Design

NSLS-II Lattice Design. S. Kramer, J. Bengtsson, S. Krinsky, T. Shaftan, D. Wang, L. Yun, I. Pinayev May 11,2006. TBA-24 Lattice Design - Advantages and shortcomings Low emittance -> high chromaticity -> small DA from nonlinear dynam.

207 views • 16 slides

Epitaxial Deposition

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crystallography lll

crystallography lll. Examples: Ccc2, P1, I 4 1 /a 2/c 2/d, F 4/m 3 2/m, P 6 3 /m 2/m 2/c. lattice centering screw axis glide plane. 230 space groups Combine 32 point groups (rotational symmetry) with a. 14 Bravais lattices (translational symmetry)

341 views • 8 slides