Damn, you were so clear! You kept it simple and you explain exactly what I needed to know. I had some trouble knowing exactly where you could do the lever rule and now it's clear!
hi have other lectures say that the peritectic point is the next point meeting Liquid , A2B+L, A+L does this make a difference and because even this has 3 phases making degree of freedom 0
There are likely some, but peritectic diagrams aren't well discussed in general. They are "odd" because the phase liquidus surface extends outside the compositional region of the diagram.
Damn, you were so clear! You kept it simple and you explain exactly what I needed to know. I had some trouble knowing exactly where you could do the lever rule and now it's clear!
You've changed my life. Made this topic so much easier to understand. Thankyou very much
Both clear and concise at the same time, this was exactly what I was looking for! Thank you so much!
Thanks! This was super helpful in helping me better understand what's happening in the peritectic region!
Thank you very much for your videos they really are one of the best educational videos I have ever seen. Greetings from Germany.
Thanks Mr.Beckman this helped me a lot!
Much love my friend
Well explained
hi have other lectures say that the peritectic point is the next point meeting Liquid , A2B+L, A+L does this make a difference and because even this has 3 phases making degree of freedom 0
You really helped me
It means a lot to me to hear that people are using this content.
@@beckmanwsuofficial8503 much love my friend
does someone know a book with this kind of example?
There are likely some, but peritectic diagrams aren't well discussed in general. They are "odd" because the phase liquidus surface extends outside the compositional region of the diagram.
Solid state chemistry from Anthony west