Відео

This is a fantastic lecture. I understood from the very first example. Thank you. 🎉

Well-explain

16 =√4 is not √8 !

U should be ashamed for being from such a great university and giving wrong information.

Thankyou so much it helped a lot

Why lever rule is only applicable to binary phase system not tertiary phase system?

boss thank you

thanks for this 🙏🏻

WOW finally understand in what angle the calculation is! What drawing board do you use?

Hi Scott. GREAT description, Thanks! If the Cation can be about 23% of the Anion, we're describing its maximum size that can occupy the interstitial.... (FYI: description above reads "minimum").

You explained it super differently clear

Thank you, that was helpful. I know you touched on it at the end, but just to confirm. So the parallel planes (the other three sides of the cube), they aren't required because they are just 'translations' of the planes you did shade in?

boss thanks so much

respect for fighting through the dry throat attack to inform us about crystal structures

beautifully explained.

This guy lowkey looks like walter white but shaved

Cliffhanger - how do we find the volume of the unit cell?

Thank you sir

really helpful

Well that was easy, simple to follow - to the point discussion on planes.

I'm majoring in Metallurgical and materials Engg. , I have been watching your video lectures for past 2 years. You have been a great help.

Awesome video, but there is something confusing me , for C alpha and C liquid how they can be used as percentages of solid component or liquid component, as i understand the definition of C alpha or C liquid as they are compositions ratios in which at a particular temperature they are at solidus line or liquidus line , so if can any one clarify for me this confusion and thanks

You really made me understand this very well thank you 💗💗

how do you find the radius from the ratio?

viah hogaya tumra

We calculate % w on isotherms always?

Well done Scott

You are one of the greatest professors i've ever had. Thank you so much

For aluminum/aluminium, 143 pm is metallic radius (used in video). Other value (in pm) are: 118 (calculated radius), 125 (empirical), 126 (covalent radius in single bond, coordination number =3), 113 (covalent double bond), 111 (covalent triple bond) and 184-225 (various van der Waals radius, depend on method used).

how did you get 4r?

Great❤❤

Thank u sir. Clearly explained. Love from india

Thank you so very kindly professor, please take care! Thank you!!!

Thank you so much for the explanation. I was really confused by the diagrams in the text and Google. Your video helped a lot.

Thanks for the wonderful video. Just would like to ask, is it a similar concept to how lattice mismatch creates piezoelectric polarization through internal strain?

thank you so much 🙏❤

you've proven that not everyone can deliver this kind of information as logical and clear as you just did. you have my gratitude sir

Is that diffraction or reflection? diffraction happens when X-ray goes through a slit ?

It is a real pleasure to be one of your students, be well and hope to see you on campus next year after the break!

Thanks

Where is the previous video (74)? Could you please share the link?

Thank you sir

From India very helpfull video sir

Professor I have a question .Maximum solubility of carbon in FCC iron is 2% but steel is produced below 1.4% carbon and cast iron is produced between 3-4.5% carbon. Why?

Clear and simple, yet complete. Thank you for providing such resources.

Ty fam

this is side of BCC not APF.... u hve tot do more to find APF

Thank you

Can I rotate the coordinate system by 90 degrees in any direction? If my intercepts are correct, I should be fine, right?

You are awesome! All of us appreciate the work you put in to supporting students and creating a lecture environment that is engaging and friendly, thank you Dr. Ramsay!