Sentence examples for ideal working fluid from inspiring English sources

Based on the analysis, an "ideal" working fluid for the transcritical Rankine cycle is conceived, and ideas are proposed to design working fluids that can approach the properties of an "ideal" working fluid.

Supercritical helium has been considered as an ideal working fluid in a number of design studies for closed Brayton cycle due to its thermal properties.

This paper investigates working fluids for organic Rankine cycle (ORC) applications with a goal of identifying "ideal" working fluids for five renewable/alternative energy sources.

The study suggests a working fluid's critical temperature and its critical ideal gas molar heat capacity have the largest impact on the cycle efficiency and volumetric work output, with "ideal" working fluids for high efficiency possessing critical temperatures on the order of 100%150%% of the source temperature and possessing intermediate values of critical ideal gas molar heat capacity.

Simulation results provide a basis for system layouts, design of the system components, ideal process parameters and suitable working fluid compositions.

An ideal gas was adopted as the working fluid and ε-NTU method was utilized to determine the heat transfer and pressure drop.

Thus, the working fluid is a non-ideal gas with low impact of real flow effects.

The working fluid need not be an ideal gas and may be a two-phase medium changing phases.

For the needed generator power of 500 kW on cruising, the ideal ORC can produce 118 kW power with the working fluid toluene.

The maximum utilization efficiency ɳu* of an ORC plant was correlated with two thermodynamic properties of the working fluid, namely, its critical temperature Tc and reduced ideal gas heat capacity Cp0/R.

When given molecular structure of working fluid, the normal boiling temperature, critical properties, liquid density and ideal gas heat capacity can be obtained via the existing group contribution methods (GCMs).