Determining Strain Pole Figures from Diffraction Experiments

[@adityabhardwaj8128]

what a beautiful video. could not have asked for more. Great video to teach students.
Thanks for the effort

[@abhighosh1267]

AWESOME! Thank You!

[@dementi36]

Thanks! Hope it was useful

[@gillesbaumann675]

This is such a good video!

[@dementi36]

glad to help!

[@cubanlock15]

Wow, this is gold. Thanks!

[@JianChanIMR]

Really nice source!

[@rajshekhar85]

Excellent! thank you very much!

[@kaanipek4281]

Thank you very much for 3d representation !! :)
I understand clearly now :)

[@dementi36]

Glad it helps!

[@Aslan25253]

Thanks for sharing your knowledge.

[@shi2oon1987]

Casually Explained?!

[@raulacevedo8336]

Thanks! Please provide some references.

[@dementi36]

Look at the work of Dr. Paul Dawson out of Cornell University

[@ddphuyal]

nice. what software did you use to make the video animation?

[@dementi36]

3DS

[@vanbastos10]

Hi Dementi36,
Trust you are doing great.
May I have your permission to use part of your animation to make a video with Portuguese narration on XRD to help students?
Your allowance for that will be highly appreciated

[@dementi36]

Sure, go for it!

[@barrymarsden7486]

if you tilt the specimen and one use the upper hemispher have you not throuwn away half the data of the Deybe-Sherrer ring?

[@barrymarsden7486]

Sorry for the typos
Great video but, if you have tilted the specimen and use only the upper hemisphere part of the ring have you not thrown away half the information contained in the lower half of the Debye-Sherrer ring?

[@dementi36]

You're welcome