'Diffraction peak' presentation slideshows

Practical X-Ray Diffraction

Practical X-Ray Diffraction. Prof. Thomas Key School of Materials Engineering. Instrument Settings. Source Cu K ? Slits Less than 3.0 Type of measurement Coupled 2 ? Detector scan Etc. Angle Range Increment Rate (deg/min) Detector LynxEye (1D). Bruker D8 Focus.

596 views • 51 slides

Diffraction : Intensity (From Chapter 4 of Textbook 2 and Chapter 9 of Textbook 1)

Diffraction : Intensity (From Chapter 4 of Textbook 2 and Chapter 9 of Textbook 1). Electron ? atoms ? group of atoms or structure ? Crystal (poly or single). Scattering by an electron :. ?. ? ? = ? /2. ?. P. r. ? 0 : 4??10 -7 mkgC -2. by J.J . Thomson. ?.

1.11k views • 47 slides

VIII. Kinematical Theory of Diffraction

VIII. Kinematical Theory of Diffraction. 8-1. Total Scattering Amplitude. The path difference between beams scattered from the volume element apart is. The amplitude of the wave scattered from a volume element is proportional to the local electron concentration ! Why?.

596 views • 35 slides

Engineering Diffraction: Update and Future Plans

427 views • 31 slides

Introduction to X-Ray Powder Diffraction Data Analysis

616 views • 25 slides

X-Ray Damage to Biological Crystalline Samples

X-Ray Damage to Biological Crystalline Samples. Gerd Rosenbaum Structural Biology Center, ANL and Dept. of Biochemistry, UGA ACA Summer School IIT, 19 July 2007. International Workshops on X-Ray Damage to Biological Crystalline Samples. First Workshop (RD1) 1999 at ESRF

236 views • 11 slides

Dependence of Crystal Orientation on Composition in Silver-Silicon Composite Thin Films

21% Si. 31% Si. 37% Si. 47% Si. 61% Si. 76% Si. Resistivity rises exponentially from 46% to 64% Si. 35% Si. 48% Si. 56% Si. 66% Si. 30% Si. Transmission electron micrographs of silver-silicon films. Pole figure plots showing loss of consistent orientation. Substrate Holder.

93 views • 1 slides