"Ideal Gas Law" basically says
Pressure = gas's mass quantity x gas's temperature ÷ gas's volume.
(ignoring fixed constant of proprtionality).
the gas quantity is same before and after turbo (what goes in , comes out). The volume's "sort of" the same.
so if gas mass quantity & volume didn't change, and if temperature didn't change, then pressure could not either.
from practical point of view, the turbine & blade design are usually most important for extracting the most heat out of gas.
Pressure = gas's mass quantity x gas's temperature ÷ gas's volume.
(ignoring fixed constant of proprtionality).
the gas quantity is same before and after turbo (what goes in , comes out). The volume's "sort of" the same.
so if gas mass quantity & volume didn't change, and if temperature didn't change, then pressure could not either.
from practical point of view, the turbine & blade design are usually most important for extracting the most heat out of gas.