In this configuration, the electricity input to drive the pumps is less than the electricity input to a mechanical compressor of the same delivery pressure and free air delivery and this is principally due to the system's nearly isothermal compression
Direct cooling of the charge air during compression to achieve isothermal compression
is the key enabler to intracycle waste heat recovery and the high overall efficiency of the cycle.
as a coolant, providing practically isothermal compression
within the compressor, thus enabling it to achieve far greater pressure ratios and differential pressures within acceptable discharge temperature limits;
In actual stirling engines the mass of gas in the dead volume is significant which undergoes isothermal compression
and expansion process .
The thermal heat capacity of the HARS is higher than the gas, so as the gas is compressed the heat of compression is rapidly transferred into the HARS, thus stabilising the gas temperature and providing isothermal compression
is well-known to reduce the power requirements by minimizing the temperature of the gas entering downstream stages.
In order to better understand the effects of heat generation during dynamic plastic deformation in PC, dynamic SHPB isothermal compression
tests were designed and conducted at essentially the same strain rates as the adiabatic tests described above.
6[degrees]F), isothermal compression
can be as high as 16% more efficient than isentropic compression.
At the moment of isothermal compression
of the working fluid vapor, the main parameters can be determinate as .
2] capture technology by utilizing two concepts, isothermal compression
and liquid C[O.
The liquid-flooded Ericsson cooler (LFEC) is a modification of the basic reverse Ericsson cycle that overcomes the substantial practical difficulties of achieving isothermal compression
and expansion processes.
It starts in 1 point of the diagram by an isothermal compression
stroke (process 1 [right arrow] 2).