Terrific. But the Stokes law equation might need more explanation. Speed is inversely proportional to Radius since higher radius produces more drag. But....on the other hand higher radius multiplied by density means higher weight, which increases speed. Thanks
Hi Adolfo, Thank you for your inquiry! We would love to be able to better assist. Please feel free to contact our marketing team at 954-917-1886. Best Wishes, Parkson Marketing
ParksonCorporation great! I would absolutely love one of these as a coagulant/polymer sales rep! It would be so helpful for explaining this principle to customers and anyone else! Lamella plates are so simple yet so amazing!
Hi Aodex, The following article might be useful to help better clarify your inquiry. www.scientificamerican.com/article/rolling-race/ Please don't hesitate to reach out with any further questions. Thank you!
So stoke's law works when we assume that all the present particles are relatively round, is there a way to give each different shape a modifying constant to find the settling velocity for say a flake or cubic particle?
Hi David, There are articles online that discuss form factors or shape factors that can be used to adjust settling velocity calculations. However, as with most calculation of this type, results are theoretical as each parameter in the formula is an estimate. Here at Parkson we take a simpler approach, which is to do simple settling tests to confirm performance of a particular application if is something we may have not done before.
Excellent wording: a balance between concise and comprehensive explanation, not leaving any logical gap to listener.
Excellent Presentation🙏
Just fantastic - simple and easy and I will always remember this .
Very lucid explanation, nothing left to imagination or to logic of viewer. Thanks a ton!
So good. You are too good.
Clear as water explanation. Thank you very much.
Thank you for the concise and clear explanation.
I loved the video! The explanation was really good. Congratulations!
Excellent explaination of Stokes Law
Very well done!
This is great explanation.
excellent video
AWESOME video! very well explained! congratulations!
Can't make it any simpler. Great.
Great video.
Well done , very nice video!!
Thanks for your superb explaination
I would love to purchase something like this for demonstration purposes
Great explanation! thanks
Excellent just excellent 🙌
Terrific. But the Stokes law equation might need more explanation. Speed is inversely proportional to Radius since higher radius produces more drag. But....on the other hand higher radius multiplied by density means higher weight, which increases speed. Thanks
Easily understood. 👍
Hello,
What kind of sand was used inside the tubes??
thks!
Hi Adolfo,
Thank you for your inquiry! We would love to be able to better assist. Please feel free to contact our marketing team at 954-917-1886.
Best Wishes,
Parkson Marketing
Anybody know where I can get one of those cute test tube/demonstration units he is using?
Hi Greg,
The tubes are something we had custom created. It's a popular and useful item and we hope to have more in stock in the near future!
ParksonCorporation great! I would absolutely love one of these as a coagulant/polymer sales rep! It would be so helpful for explaining this principle to customers and anyone else! Lamella plates are so simple yet so amazing!
but how can group up make it faster 😭, can anybody explain it for me plz!!!
Hi Aodex,
The following article might be useful to help better clarify your inquiry. www.scientificamerican.com/article/rolling-race/ Please don't hesitate to reach out with any further questions. Thank you!
Wow
So stoke's law works when we assume that all the present particles are relatively round, is there a way to give each different shape a modifying constant to find the settling velocity for say a flake or cubic particle?
Hi David,
There are articles online that discuss form factors or shape factors that can be used to adjust settling velocity calculations. However, as with most calculation of this type, results are theoretical as each parameter in the formula is an estimate. Here at Parkson we take a simpler approach, which is to do simple settling tests to confirm performance of a particular application if is something we may have not done before.
excellent video