Solid State Physics in a Nutshell: Week 4.1 - Ewald sphere

[@sakuragrl08]

Oh my gosh, thank you for making this video.

[@tutornick.iphysics]

Thank you! your explanation is very easy to understand!

[@homayounhashimi2125]

that was really great, thanks for making

[@Silimun]

Thank you very much. This helped me a lot.

[@gillesbaumann675]

Awesome thanks!

[@renatn8484]

perfect!

[@Ceebism]

is the magnitude of the k and k prime vector relevant?

[@erictoberer4874]

Within the context of the Ewald sphere approach, the magnitude of the vectors sets the size of the sphere. The bigger the sphere, the more likely you'll strike a reciprocal lattice point. As a case example, TEM uses high energy electrons which have huge k and k' vectors. When you do TEM diffraction, it's incredibly easy to find diffraction reflections.

[@Ceebism]

Eric Toberer and to increase the magnitude you would just move the sensor or detector further away from the sample?

[@slammi101]

sooooo awesome, material science & engineering is basically a physics degree hahah you guys did a great job! p.s. love the gender diversity