You are an Engineering genius! Your innovations are revolutionary and the potential they bring to problem-solving is amazing. Kudos to your hard work and dedication!
Either you can take from RC study or use bond dissociation enthalpy to estimate heat of reaction, Using bond enthalpies are limited to room temperature
@@pharmaengineering yes sir, I have to increase cooling capacity, I'm asking how to calculate how much TR required for completing this addition within 1 hr
You are an Engineering genius! Your innovations are revolutionary and the potential they bring to problem-solving is amazing. Kudos to your hard work and dedication!
Wow excellent 👍 sir
Keep on visiting for more stuff
Sir please make a video on technology Transfer if it's possible .😊
@@AkashSharma-ij1ed definitely 😊
Thanks sir 👍
Heat of reaction in your case 500 kj/kg . But in actual process it is not given. So how to calculate it?
Sir can you suggest which equipment used to get XRD form
It depends on the required polymorph, there is no specific equipment in general,
But if you want an amorphous form then go with ATFD
My form is A before after that it turned into A+B mixer how to
Hii sir here occupancy consider as before addition occupancy or after addition occupancy
You can take it as average occupancy of initial and final
Sir how to calculate the heat of reaction.
If reaction is exothermic during the addition.
Either you can take from RC study or use bond dissociation enthalpy to estimate heat of reaction,
Using bond enthalpies are limited to room temperature
If I want to complete this addition within 1 hr, what should I do
You have to withdraw energy quickly from the system
@@pharmaengineering yes sir, I have to increase cooling capacity, I'm asking how to calculate how much TR required for completing this addition within 1 hr
@@Vijay-sz4et please write us on our mail id
Ok sir
While calculating cooling capacity requirement=Total heat liberation/3024....What is 3024?...Please Do enlighten me!
Energy required to freeze 1 ton of water in 24 hours of time
@@pharmaengineering Thanks a lot Sir....Please Keep teaching us.