'Lattice planes' diaporamas de présentation

Crystallography and Diffraction Techniques

Crystallography and Diffraction Techniques. Myoglobin. Types of diffraction. X-ray diffraction Electron diffraction Neutron diffraction. Myoglobin diffraction pattern 1962 Nobel Prize by Max Perutz and Sir John Cowdery Kendrew.

2.03k views • 83 slides

e-learning Materials engineering; science, processing, design Bogus?aw Major

e-learning Materials engineering; science, processing, design Bogus?aw Major. Institute of Metallurgy and Materials Science, Polish Academy of Sciences, Cracow.

515 views • 51 slides

crystallography l v

crystallography l v. d - interplanar spacing. d. Lattice planes. Useful concept for crystallography & diffraction. Think of sets of planes in lattice - each plane in set parallel to all others in set. All planes in set equidistant from one another.

607 views • 43 slides

crystallography l v

crystallography l v. d - interplanar spacing. d. Lattice planes. Useful concept for crystallography & diffraction. Think of sets of planes in lattice - each plane in set parallel to all others in set. All planes in set equidistant from one another.

638 views • 43 slides

crystallography l v

crystallography l v. d - interplanar spacing. d. Lattice planes. Useful concept for crystallography & diffraction. Think of sets of planes in lattice - each plane in set parallel to all others in set. All planes in set equidistant from one another.

450 views • 43 slides

X-ray diffraction and minerals

X-ray diffraction and minerals. Diffraction: bending of wavefront past an obstacle. Two adjacent sources of waves produce a diffraction pattern as waves interfere constructively (i.e. add their amplitudes).

602 views • 41 slides

752 views • 38 slides

MONOCHROMATIC AND POLYCHROMATIC DIFFRACTION

709 views • 32 slides

Crystallographic Points, Directions, and Planes.

488 views • 27 slides

X-ray diffraction

937 views • 22 slides

Lectures co-financed by the European Union in scope of the European Social Fund

Crystallography and Diffraction Theory and Modern Methods of Analysis Lectures 3-4 Lattice Planes and the Reciprocal Lattice Dr. I. Abrahams Queen Mary University of London. Lectures co-financed by the European Union in scope of the European Social Fund. Lattice Planes.

315 views • 18 slides

Crystal Systems and more

Crystal Systems and more. Crystal Morphology. Within a given internal structure, a limited number of planes bound a crystal and only comparatively few are common

285 views • 14 slides

Lecture 4: Diffraction

Lecture 4: Diffraction. PHYS 430/603 material Laszlo Takacs UMBC Department of Physics. How to determine the atomic structure of materials?.

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THE X-RAY DIFFRACTOMETER

282 views • 8 slides