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BET Adsorption Model 

Physical Chemistry
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The Brunauer-Emmett-Teller (BET) model is a model of adsorption that allows molecules to adsorb in more than just a single layer on the surface.

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12 апр 2021

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Комментарии : 19   
@rameshkalagnanam2946
@rameshkalagnanam2946 Год назад
Prof. Stuart - you videos are absolutely a class of their own! You are a very effective teacher.
@PhysicalChemistry
@PhysicalChemistry Год назад
Thanks, I appreciate the support
@neilbensakhria1008
@neilbensakhria1008 2 года назад
French student here in Chemical Engineering ! Thank you very much for all your videos. They are very concise and refreshing. I do appreciate a lot how you apprehend the physical & chemical concepts and explain them clearly. Always a pleasure to find out you did a video on a subject I'm studying ! Hope you will keep going on !
@PhysicalChemistry
@PhysicalChemistry 2 года назад
Bonjour et merci! I'm glad you are enjoying the videos. Je vais poster plus bientôt; merci pour vos mots gentils.
@nicolef9165
@nicolef9165 7 месяцев назад
Your videos are fantastic! Studying for an exam in my Materials Engineering PHD program and your videos are helping concepts really stick. Thank you!
@PhysicalChemistry
@PhysicalChemistry 7 месяцев назад
Thanks and you're welcome! Good luck on your exam
@IKMCDANIEL
@IKMCDANIEL Год назад
Outstanding video! It’s my favorite proof on the entire internet.
@fulviovaramo3967
@fulviovaramo3967 3 года назад
That's a very precise and complete explanation. You made some quality content here, it's a shame you don't have more subscribers. Keep on the good work!
@PhysicalChemistry
@PhysicalChemistry 3 года назад
Thanks for the kind words. Don't feel bad for me, though. I'm making these videos for my students -- any extra views are just a bonus.
@alirezaallahyari6811
@alirezaallahyari6811 Год назад
Thank you for your amazing lectures.
@PhysicalChemistry
@PhysicalChemistry Год назад
Thanks, you're very kind
@KS-nz8ij
@KS-nz8ij 2 года назад
You have my gratitude for your videos! Would you consider covering GAB equation?
@PhysicalChemistry
@PhysicalChemistry 2 года назад
Thanks for your comment. I don't have any plans to cover any more adsorption models, sorry.
@KS-nz8ij
@KS-nz8ij 2 года назад
@@PhysicalChemistry No problem! Cheers!
@abubakarmuhammad8591
@abubakarmuhammad8591 5 месяцев назад
please sir how to proof the equation is either correct for the fraction of the surface covered, and can I draw a graph of V against P instead of Tita??
@crazymccreeperlp5079
@crazymccreeperlp5079 Год назад
GREAT explanation, am I the only one wondering, how he´s able to write in reverse..? xD
@PhysicalChemistry
@PhysicalChemistry Год назад
Wonder no more: ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-YmvJVkyJbLc.html
@chandrabeixon7299
@chandrabeixon7299 Год назад
isnt theta zero value is 1?
@PhysicalChemistry
@PhysicalChemistry Год назад
No, this is somewhat confusing because the meaning of θ is a little different than for the Langmuir model. θ₀ is the fraction of the surface that is covered by exactly no adsorbate. Note carefully that it is not the fraction that is covered by at least zero layers of adsorbate, which is probably what you were thinking.
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