Xray Diffraction
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X-Ray Diffractionby corematerials3,241 views- 0:22
X-ray diffraction imagesby clement1720002,108 views
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Bragg's Lawby wolframmathematica12,970 views
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XRD Peak Analysisby LearnChemE858 views
- 6:10
Phase Diagramsby brightstorm216,350 views
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Braggs XRay Diffractionby s0merand0mdude1110,176 views
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X-Ray Productionby lifesrandom0710,025 views
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Diffractionby brightstorm210,666 views
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X-ray diffraction data analysis: 2-thata to d-spacing conversionby khankamil191,162 views
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x ray interactionsby mrg324,838 views
- 4:42
X-ray Crystallography at Diamondby scurryww2,907 views
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Small-angle X-ray Scattering (no voice-over, no closed caption)by drheaddamage3,382 views
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The Bruker D8 Discover XRD Systemby azomdotcom1,738 views
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Bruker AXS D2 PHASERby brukertv1,161 views
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X Ray Diffraction @ TU Delftby AAPG4SuezChapter943 views
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WhatIDo and Small-angle X-ray scattering explanationby drheaddamage2,917 views
- 8:46
Electron Diffraction - Part 1by micolich7,856 views
- 1:33
Powder Diffractionby ausynch751 views
- 51:54
Lecture - 24 X-Ray Diffractionby nptelhrd28,519 views
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OriginLab® Origin 8.5.1:Introduction to Originby TheOriginlab5,605 views
me abuuuuuurro!
dobesop1985 1 month ago
here theta is defined as the angle with the surface normal, not with the surface plane, hence nlambda = 2 d cos(theta) . Furthermore this video is one of the worst explanations of XRD that I can imagine.
limplenny 4 months ago
@TheSergeZebian Yeah, Bragg's law is nLamba=2dsin(theta), not cos(theta).
MrMichael2605 5 months ago
thanks (:
but one question, ive seen the formula represented as 2dsin(theta) - why sine?
i understand the cosine much better as it is the perpendicular line (adjacent) and the line that is coming in (hypotenuse)
TheSergeZebian 6 months ago
Helpful video. Thanks for posting this :-)
TheMax8900 1 year ago