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Tim Raymond
Добавлен 14 сен 2011
Particle Technology Topics - Particle Segregation
This video was created by a student in Bucknell University's Chemical Engineering elective course on Particle Technology to briefly explain a topic.
Просмотров: 1 797
Видео
Particle Technology Topics - Pneumatic Transport
Просмотров 6167 лет назад
This video was created by a student in Bucknell University's Chemical Engineering elective course on Particle Technology to briefly explain a topic.
Particle Technology Topics - Packed Beds
Просмотров 7547 лет назад
This video was created by a student in Bucknell University's Chemical Engineering elective course on Particle Technology to briefly explain a topic.
Particle Technology Topics - Particle Light Scattering
Просмотров 3727 лет назад
This video was created by a student in Bucknell University's Chemical Engineering elective course on Particle Technology to briefly explain a topic.
Particle Technology Topics - Single Particles in Fluid
Просмотров 1,3 тыс.7 лет назад
This video was created by a student in Bucknell University's Chemical Engineering elective course on Particle Technology to briefly explain a topic.
Particle Technology Topics - Particle Segregation
Просмотров 4,5 тыс.7 лет назад
This video was created by a student in Bucknell University's Chemical Engineering elective course on Particle Technology to briefly explain a topic.
Particle Technology Topics - Cyclones
Просмотров 5 тыс.7 лет назад
This video was created by a student in Bucknell University's Chemical Engineering elective course on Particle Technology to briefly explain a topic.
Particle Technology Topics - Colloid Rheology
Просмотров 3267 лет назад
This video was created by a student in Bucknell University's Chemical Engineering elective course on Particle Technology to briefly explain a topic.
Alex "Jumps Around" in his bouncy seat
Просмотров 1511 лет назад
Alex "Jumps Around" in his bouncy seat
Alex, Abby, Gavyn, Logan, and Logan go sled riding.
Просмотров 1011 лет назад
Alex, Abby, Gavyn, Logan, and Logan go sled riding.
Can anyone confirm the optimum pressure drop equation used? It seems a bit fishy, because the final units are kgm/s² or Pa m² or N.
Thank you for your complete explanation. Please, if possible, send me the source or the related article
Mostly from Martin Rhodes' book: onlinelibrary.wiley.com/doi/book/10.1002/9780470727102
🥺😰🥹❤️👏🌈🪄🌴🎬🇺🇸🌅✍️🤗
Why is it called pressure drop when the plenum pressure is increasing ? The pressure drop occurs at the peak when the particles lift of creating higher voidage for flow . Could it be perceived as pressure change instead of pressure drop ? Giving it a negative value is making it hard for me to bring it home . Its a conflict
Amazing video. Really helped a lot for my revision :D
voice is very low, please give your attention
How to calculate that increased height achieve
😂😂she didn’t want to do this atall
Sure thing
thanks
Assuming that all your particles have the same diameter. How do you calculate the velocity at which all the particles will be carried away by the gas and eventually leave the column?
The simple assumption would be that particles entrained in the gas will move at the same velocity of the gas. In reality, gravity is still acting on them so they would be moving a little slower than the gas itself. For dilute particles that you can treat as individuals, you can calculate the terminal settling velocity and subtract that from the overall gas velocity (but it will be in turbulent flow so it's not possible to be too precise).
[5:26] BmaxS line
Thank you sir
جيد ومهم
sae om
Great video!!
very nice lecture
that's the ariel i met before the grotto came back! i hope i get to meet her again, she was truly ARIEL!!!