There is an error in your presentation around the 3 minute mark. Partial melting does not occur because of the melting of a single mineral (unless there is just one mineral present in the rock), but as a combinational melting event at mineralogical boundaries, producing a eutectic liquid for that particular parent rock mineral assemblage. You can see that clearly in experimental ternary phase diagrams.
Hi. As you have mentioned that in future vedios fractional crystalization will be discussed. Can i get the link for that vedio? I have learnt a lot from ur this simple lecture
Thanks for explaining. This was really informateve. What is flux melting? I've heard that its melting that occurs when water from the oceanic crust lowers the melting point. Is that true?
This is awesome...
Especially the introduction... Keep up the great work!!!
Thanks for this video man 😃
Thx for this video!
There is an error in your presentation around the 3 minute mark. Partial melting does not occur because of the melting of a single mineral (unless there is just one mineral present in the rock), but as a combinational melting event at mineralogical boundaries, producing a eutectic liquid for that particular parent rock mineral assemblage. You can see that clearly in experimental ternary phase diagrams.
Hi. As you have mentioned that in future vedios fractional crystalization will be discussed. Can i get the link for that vedio?
I have learnt a lot from ur this simple lecture
Thanks for explaining. This was really informateve.
What is flux melting? I've heard that its melting that occurs when water from the oceanic crust lowers the melting point. Is that true?
THANX from the Clearwater Embayment"
Thankyou