Parametric Investigation and Thermoeconomic Optimization of a Combined Cycle for Recovering the Waste Heat from Nuclear Closed Brayton Cycle

Table 2

Comparison between the properties of the present work and those from the published literature [17].

State	T (K)	p (bar)	h (kJ/kg)		s (kJ/kg K)		x
			8	280.0	2.0	−214.1	−214.4	−0.1060	−0.1061	0.53	0.53
9	280.0	30.0	−211.4	−211.6	−0.1083	−0.1084	0.53	0.53
11	378.1	30.0	246.3	246.7	1.2907	1.2924	0.53	0.53
12	400.0	30.0	1547.2	1549.8	4.6102	4.6223	0.9432	0.9451
13	360.0	30.0	205.8	206.1	1.1185	1.1201	0.6763	0.6760
14	360.0	30.0	1373.2	1374.1	4.1520	4.1546	0.9921	0.9938
15	257.0	2.0	1148.9	1177.6	4.5558	4.6702	0.9921	0.9938
16	280.0	2.0	1278.7	1284.6	5.0461	5.0734	0.9921	0.9938
17	400.0	30.0	348.2	347.9	1.5544	1.5563	0.4147	0.4269
18	300.0	30.0	−119.0	−120.7	0.2125	0.2105	0.4147	0.4269

: the thermodynamic properties presented in literature [17].
: the thermodynamic properties calculated in this work.