X-Ray Diffraction G: Characteristic X-Ray

[@Nguyen_bian]

The schematic was so helpful for describing the photon emission

[@MateriAlchemY]

Thank you for your comment. MAY will do better.

[@Lightbulb_prestige]

Great job, Professor! You've effectively demonstrated that humans can utilize photons and electrons as powerful tools for probing microstructures.

[@MateriAlchemY]

Absolutely! So, very grateful for our former scientists.

[@Pierrerowles]

Woww I am addicted to this series of X-ray!

[@MateriAlchemY]

Your major must be physics! Great.

[@weshare_4u]

well done, I finished it without sleeping

[@MateriAlchemY]

What a good job.

[@Blare_Dominic]

Finally, we understood the significant of K Alpha

[@MateriAlchemY]

Good for your understanding. That is a main source for XRD.

[@Viscoplasticbeing]

I can say with confident that I didn't sleep...

[@MateriAlchemY]

Oh, it is a quite challenge.

[@SandroalesTavol]

It's intriguing to learn that the Auger electron phenomenon was discovered in 1925, nearly a century ago

[@MateriAlchemY]

Right! 1 century ago.

[@Curut_Listrik]

If you had a Patreon, I wouldn't hesitate to spend some to support your valuable content.

[@MateriAlchemY]

Thank a lot.

[@DorothyThrung]

nice explanation

[@MateriAlchemY]

Keep watching!

[@sasakatia]

Auger was brilliant~ unfortunately he didn't receive the Nobel prize

[@MateriAlchemY]

Right. That is a point. Even do not know why.

[@anneMo-k4w]

Now, I wonder how to separate K alpha from K beta

[@MateriAlchemY]

It will be covered in next session!

[@Haka_King]

where's the whale guy?? come out whale guy!! I whale wait you here!!!

[@MateriAlchemY]

Whale person.