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==Example: Diffraction patterns== {{Image|Double-slit diffraction pattern.png|right|200px|Diffraction pattern of a double slit has a single-slit envelope.}}

...semi arid area. The study involved the use of X-ray fluorescence and X-ray diffraction samples taken from the mound and phytoliths identification and analysis. Ex

...f><ref>[http://www.launc.tased.edu.au/online/sciences/Physics/diffrac.html Diffraction – Huygen’s Principle] Launceston College, University of Tasmania</ref>< ...ight bands and the dark bands there is some amount of light due, again, to diffraction.<ref>[http://www.colorado.edu/physics/2000/schroedinger/two-slit2.html Clas

Using the rule, a physical equation such as the equation for [[diffraction]] minima:

...[[nuclear microscopy (HEFIB)]], [[Rutherford backscattering]], [[neutron diffraction]], etc.). ...cterization (materials science)|Materials Characterization]] --- such as [[diffraction]] with [[x-rays]], [[electrons]], or [[neutrons]], and various forms of [[s

...hemistry of solids in [[solid-state chemistry]], [[crystal]]s, [[radiation diffraction]]. ...l nature of the [[atom]]. This knowledge led to improvements in [[X-ray]]s diffraction and structural analyses and the assignment of [[atomic number|atomic number

Sziklas, E.A., Siegman, A.E. Diffraction calculations using fast Fourier transform methods. Okan Ersov. Diffraction, Fourier Optics and Imaging. November 2006. ISBN: 978-0-471-23816-4, 413 pa

...hich demonstrates the wave nature of the electron]</ref> in the [[Electron diffraction]] experiment.

===Density of solid objects by x-ray diffraction crystallography=== ...[[molecular mass]] of the material and on information provided by [[x-ray diffraction|x-ray crystallography]]:

...form of light&mdash;in the early 1910s. D&G saw the same kind of electron diffraction patterns as Bragg saw earlier with his X-rays).

...e original papers on the crystal structure as determined by X-ray [[powder diffraction]] that describes Polonium's structure as an [[interpenetrate]]d cubic solid Two papers report X-ray [[diffraction]] experiments on Po metal.<ref>R.J. Desando and R.C Lange, ''Journal of Ino

Between 1906 and 1909, Rutherford, Hans Geiger and Ernst Marsden conducted [[diffraction]] experiments using a sheet of gold foil through which were fired alpha par ...charges in the gold atoms. What they discovered were very large angles of diffraction and in some cases the alpha particles were bounced back in the direction th

...re of the [[atom]]. This knowledge led to improvements in [[X-ray|X-rays]] diffraction and structural analyses and the assignment of [[atomic number|atomic number

{{rpl|xanthophyll}} {{rpl|X chromosome}} {{rpl|xenobiology}} {{rpl|X-ray diffraction}} {{rpl|xylem}}

{{rpr|xanthophyll}} {{rpr|X chromosome}} {{rpr|xenobiology}} {{rpr|X-ray diffraction}} {{rpr|xylem}}

...nterferometer methods. For objects like crystals and diffraction gratings, diffraction patterns are used. Other methods for small-dimensional measurement are only ===Diffraction measurements===

...visson-Germer experiment|Davisson and Germer's research in 1927]] on the [[diffraction]] of electron beams by nickel crystals,<ref>Clinton J. Davisson & Lester H.

...lectrophoresis]] -- [[chromatography]] -- [[mass spectrometry]] -- [[x-ray diffraction]] -- [[Southern blot]] -- [[fractionation]] -- [[Gram stain]] ...[electrophoresis]] -- [[His tag]] --[[affinity chromatography]] -- [[x-ray diffraction]] -- [[Proteomics]] -- [[mass spectrometry]]

<td rowspan="1"> For discovery of the diffraction of X-rays by crystals <td rowspan="2"> For experimental discovery of the diffraction of electrons by crystals

...ind. He had already lost one eye in the course of an experiment on light [[diffraction]] in 1738, and an eye disease and botched operation in 1771 led to an almos