Miller-Bravais Indices for hexagonal crystals

Miller-Bravais Indices for hexagonal crystals

[@mridulboro7284]

Its very amazing how comprehensively you explained it. Thank you sir.🙂

[@i.katsantonis1378]

Thank you for investing the time!!

[@ranbirrobin953]

sir u have an unique teaching quality...love from Bangladesh

[@luckciano]

best video about this thread ever.

[@visheshmangla2650]

best video I found for this topic

[@mdelhi4630]

Very nice explaination! Thanks alot!

[@ganeshchannagoudra3953]

Nice explanation. Worth for watching.

[@PCFL786]

thanks sir...bahut achi video bnaye hy😇

[@issaassafly6515]

thank you so much... very nice analysis

[@furkansahin3772]

You are the best man!!

[@onkarrandad1043]

it should be T = -(U+V) and not -(u+v)

[@introductiontomaterialsscience]

Thanks a lot.

[@injourney7147]

thanks

[@Jehosafath]

thanks, professor

[@melkamubaza6707]

God bless you.

[@injourney7147]

thanks

[@yashvant254]

Supperb👌👌

[@4096fb]

I didn't get where the further requirement came from: U+V+T=0. Can anyone explain it?

[@erayyazrl7709]

amazing sir thanks greetings from bangladesh

[@SimplyAndy]

No scope of any doubt left...

[@nirajanpaudel8840]

nice

[@shinshin6595]

There seems a writing error, that T=-(U+V), rather than -(u+v)

[@rubikscuber1114]

Sir please help me! Do a video on elements of symmetry in hcp

[@syedsabeelalisabeel1096]

at last one min the value must be 2/3,-1/3,1,0

[@mysteryofchemistry1375]

Its not english "O"... Its mathamatical zero(0)

[@behcetdinc2532]

thats how u show that u are not familiar with math or smt