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Isentropic lines

Isentropic I`sen*trop"ic, a. [Is- + entropy + -ic.] (Physics) Having equal entropy. Isentropic lines, lines which pass through points having equal entropy.

Isentropic I`sen*trop"ic, a. [Is- + entropy + -ic.] (Physics) Having equal entropy. Isentropic lines, lines which pass through points having equal entropy.

- Rankine Cycle 1->2 Isentropic compression in a pump Ideal Carnot Cycle 4->1 Isentropic compression Ideal Otto Cycle 1->2 Isentropic compression Ideal Diesel...

- On a synoptic scale, isentropic analysis is ****ociated with weather fronts: warm fronts are found where the wind crosses lines of a chosen potential...

- the pump requires little input energy. In other words Process 1-2 is [Isentropic compression in pump] Process 2–3: The high-pressure liquid enters a boiler...

- values and they can be calculated considering the isentropic efficiency of the steam turbine used.) Lines of constant dryness fraction (x), sometimes called...

- static pressure, temperature and density decrease. Since the process is isentropic, the stagnation properties (e.g. the total pressure and total temperature)...

- then W will be negative, and it represents a heat pump. Otto Cycle 1→2: Isentropic expansion: Constant entropy (s), Decrease in pressure (P), Increase in...

- Prandtl–Meyer function describes the angle through which a flow turns isentropically from sonic velocity (M=1) to a Mach (M) number greater than 1. The maximum...

- potential temperature is conserved under adiabatic or isentropic air motions, in steady, adiabatic flow lines or surfaces of constant potential temperature act...

- true. (It is always true in isentropic flow but the presence of shock waves can cause the flow to depart from isentropic.) As a result, pressure coefficients...

- steam leaving the turbine. No steam turbine is truly isentropic, however, with typical isentropic efficiencies ranging from 20–90% based on the application...

- On a synoptic scale, isentropic analysis is ****ociated with weather fronts: warm fronts are found where the wind crosses lines of a chosen potential...

- the pump requires little input energy. In other words Process 1-2 is [Isentropic compression in pump] Process 2–3: The high-pressure liquid enters a boiler...

- values and they can be calculated considering the isentropic efficiency of the steam turbine used.) Lines of constant dryness fraction (x), sometimes called...

- static pressure, temperature and density decrease. Since the process is isentropic, the stagnation properties (e.g. the total pressure and total temperature)...

- then W will be negative, and it represents a heat pump. Otto Cycle 1→2: Isentropic expansion: Constant entropy (s), Decrease in pressure (P), Increase in...

- Prandtl–Meyer function describes the angle through which a flow turns isentropically from sonic velocity (M=1) to a Mach (M) number greater than 1. The maximum...

- potential temperature is conserved under adiabatic or isentropic air motions, in steady, adiabatic flow lines or surfaces of constant potential temperature act...

- true. (It is always true in isentropic flow but the presence of shock waves can cause the flow to depart from isentropic.) As a result, pressure coefficients...

- steam leaving the turbine. No steam turbine is truly isentropic, however, with typical isentropic efficiencies ranging from 20–90% based on the application...

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