On the principle of steam jet pumps
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It is based on steam passing through a narrow diameter, which results in low pressure; it’s not clear why low pressure is generated – is there any formula to explain this? There’s also the issue of throttling expansion, during which the temperature drops. Why does the temperature decrease? Is there a formula to explain it? I just don’t feel like I have a deep understanding of it
PV=nRT, you know. When going from a small diameter to a larger space, V increases while P decreases. Due to the increase in volume, work is done on the surroundings, the internal energy decreases, and the temperature drops. KO!
It’s not hard to understand if you have some knowledge of chemical engineering principles; take a look at Bernoulli’s equation
It’s not hard to understand if you have some knowledge of chemical engineering principles; take a look at Bernoulli’s equation
It’s not hard to understand if you have some knowledge of chemical engineering principles; take a look at Bernoulli’s equation
In the principles of chemical engineering, the Bernoulli equation can be used to solve such problems
It has been answered on the upper floors; Bernoulli’s equation
Bernoulli’s equation, the conversion between kinetic energy and static pressure energy
Bernoulli’s equation, conservation of mechanical energy