Superheated R-32 vapor table

Name: Superheated R-32 vapor table
Creator: Simuveliq

This table gives v, u, h and s of superheated vapor in pressure blocks. Above you can use it interactively (switch units with SI/US, pick the pressure or go to the calculator for any point with step-by-step interpolation). Reference state: ASHRAE: h = 0 and s = 0 for saturated liquid at −40 °C (−40 °F).

The table as text, SI units

P = 0.01 MPa (T_sat = −88.467 °C)
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
Sat.	2.9241	313.10	342.34	1.9009
−80	3.0640	317.86	348.50	1.9335
−60	3.3906	329.15	363.06	2.0052
−40	3.7144	340.71	377.86	2.0715
−20	4.0367	352.65	393.02	2.1339
0	4.3581	365.05	408.63	2.1933
20	4.6791	377.98	424.77	2.2503
40	4.9997	391.47	441.47	2.3054
60	5.3201	405.56	458.76	2.3589
80	5.6403	420.28	476.69	2.4111
100	5.9604	435.64	495.25	2.4623
120	6.2805	451.65	514.46	2.5124
140	6.6005	468.31	534.31	2.5616
160	6.9204	485.60	554.81	2.6101

P = 0.02 MPa (T_sat = −78.997 °C)
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
Sat.	1.5286	317.52	348.10	1.8218
−60	1.6872	328.59	362.34	1.8918
−40	1.8512	340.33	377.36	1.9591
−20	2.0137	352.38	392.65	2.0221
0	2.1754	364.85	408.35	2.0817
20	2.3365	377.81	424.54	2.1389
40	2.4973	391.33	441.28	2.1942
60	2.6579	405.45	458.61	2.2478
80	2.8183	420.19	476.55	2.3001
100	2.9786	435.56	495.13	2.3512
120	3.1389	451.58	514.35	2.4014
140	3.2990	468.24	534.22	2.4507
160	3.4591	485.54	554.72	2.4992

P = 0.03 MPa (T_sat = −72.913 °C)
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
Sat.	1.0463	320.29	351.67	1.7762
−60	1.1194	328.02	361.60	1.8243
−40	1.2302	339.95	376.86	1.8927
−20	1.3394	352.10	392.29	1.9562
0	1.4478	364.64	408.07	2.0162
20	1.5556	377.65	424.32	2.0736
40	1.6632	391.20	441.10	2.1289
60	1.7705	405.34	458.45	2.1827
80	1.8776	420.09	476.42	2.2350
100	1.9847	435.48	495.02	2.2862
120	2.0916	451.50	514.25	2.3364
140	2.1985	468.17	534.13	2.3857
160	2.3054	485.48	554.64	2.4342

P = 0.05 MPa (T_sat = −64.585 °C)
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
Sat.	0.64884	323.94	356.39	1.7195
−60	0.66494	326.83	360.08	1.7370
−40	0.73327	339.18	375.84	1.8077
−20	0.79993	351.55	391.55	1.8723
0	0.86570	364.22	407.51	1.9330
20	0.93094	377.32	423.87	1.9908
40	0.99586	390.93	440.73	2.0464
60	1.0606	405.11	458.14	2.1003
80	1.1251	419.90	476.15	2.1528
100	1.1895	435.31	494.78	2.2041
120	1.2538	451.35	514.05	2.2544
140	1.3181	468.04	533.95	2.3038
160	1.3824	485.36	554.48	2.3523

P = 0.08 MPa (T_sat = −56.180 °C)
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
Sat.	0.41778	327.48	360.90	1.6680
−40	0.45369	337.99	374.28	1.7275
−20	0.49644	350.71	390.43	1.7939
0	0.53826	363.59	406.65	1.8556
20	0.57954	376.82	423.19	1.9140
40	0.62049	390.53	440.17	1.9700
60	0.66121	404.77	457.67	2.0242
80	0.70178	419.61	475.75	2.0769
100	0.74223	435.05	494.43	2.1283
120	0.78260	451.13	513.74	2.1787
140	0.82291	467.84	533.67	2.2282
160	0.86316	485.18	554.23	2.2768

P = 0.15 MPa (T_sat = −43.635 °C)
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
Sat.	0.23135	332.42	367.12	1.5998
−40	0.23597	335.02	370.42	1.6141
−20	0.26029	348.70	387.74	1.6854
0	0.28354	362.09	404.62	1.7496
20	0.30621	375.65	421.58	1.8095
40	0.32852	389.58	438.86	1.8665
60	0.35061	403.98	456.57	1.9213
80	0.37253	418.93	474.81	1.9745
100	0.39434	434.46	493.61	2.0263
120	0.41607	450.61	513.01	2.0769
140	0.43773	467.37	533.03	2.1266
160	0.45934	484.75	553.65	2.1753

P = 0.25 MPa (T_sat = −32.150 °C)
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
Sat.	0.14258	336.53	372.18	1.5449
−20	0.15218	345.66	383.70	1.5916
0	0.16702	359.89	401.64	1.6598
20	0.18121	373.94	419.25	1.7220
40	0.19503	388.20	436.96	1.7805
60	0.20860	402.83	454.98	1.8362
80	0.22201	417.95	473.45	1.8901
100	0.23530	433.61	492.44	1.9424
120	0.24851	449.85	511.98	1.9934
140	0.26165	466.69	532.11	2.0433
160	0.27474	484.14	552.83	2.0923

P = 0.4 MPa (T_sat = −20.378 °C)
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
Sat.	0.090873	340.27	376.62	1.4943
−20	0.091081	340.59	377.02	1.4959
0	0.10136	356.41	396.95	1.5717
20	0.11084	371.30	415.64	1.6378
40	0.11990	386.09	434.05	1.6985
60	0.12870	401.08	452.56	1.7558
80	0.13733	416.46	471.39	1.8107
100	0.14584	432.32	490.65	1.8638
120	0.15425	448.71	510.42	1.9154
140	0.16260	465.68	530.72	1.9657
160	0.17090	483.23	551.59	2.0150

P = 0.6 MPa (T_sat = −9.1503 °C)
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
Sat.	0.061220	343.29	380.02	1.4501
0	0.064705	351.36	390.19	1.4880
20	0.071663	367.60	410.60	1.5601
40	0.078122	383.17	430.05	1.6243
60	0.084291	398.69	449.27	1.6838
80	0.090272	414.44	468.61	1.7402
100	0.096124	430.58	488.25	1.7943
120	0.10188	447.18	508.31	1.8466
140	0.10757	464.31	528.86	1.8976
160	0.11321	482.00	549.92	1.9474

P = 1 MPa (T_sat = 6.6240 °C)
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
Sat.	0.036713	346.38	383.09	1.3923
20	0.040102	359.42	399.52	1.4497
40	0.044588	376.97	421.55	1.5224
60	0.048700	393.70	442.40	1.5870
80	0.052589	410.28	462.87	1.6466
100	0.056333	427.01	483.34	1.7030
120	0.059974	444.07	504.04	1.7570
140	0.063539	461.55	525.09	1.8093
160	0.067048	479.52	546.57	1.8600

P = 2 MPa (T_sat = 31.431 °C)
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
Sat.	0.017512	347.17	382.19	1.3036
40	0.018961	358.05	395.97	1.3482
60	0.021781	379.59	423.16	1.4325
80	0.024208	398.96	447.38	1.5031
100	0.026423	417.55	470.39	1.5665
120	0.028504	435.94	492.95	1.6254
140	0.030495	454.43	515.42	1.6811
160	0.032419	473.18	538.02	1.7346

P = 3 MPa (T_sat = 48.016 °C)
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
Sat.	0.010773	342.93	375.25	1.2376
60	0.012458	361.60	398.98	1.3102
80	0.014595	385.87	429.65	1.3997
100	0.016377	407.13	456.26	1.4730
120	0.017975	427.25	481.17	1.5381
140	0.019459	446.96	505.33	1.5981
160	0.020866	466.63	529.23	1.6545

P = 5 MPa (T_sat = 71.183 °C)
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
Sat.	0.0048191	318.95	343.04	1.0970
80	0.0063237	347.76	379.38	1.2014
100	0.0081399	381.80	422.50	1.3204
120	0.0094648	407.61	454.93	1.4051
140	0.010592	430.75	483.71	1.4766
160	0.011608	452.77	510.81	1.5406

P = 8 MPa
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
80	0.0014290	218.66	230.09	0.75614
100	0.0028938	313.26	336.41	1.0479
120	0.0045202	369.11	405.27	1.2283
140	0.0055586	402.30	446.77	1.3314
160	0.0063952	429.79	480.95	1.4122

P = 15 MPa
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
80	0.0012190	194.37	212.66	0.68104
100	0.0013900	235.49	256.34	0.80129
120	0.0016724	281.08	306.17	0.93129
140	0.0021084	328.33	359.95	1.0647
160	0.0026201	370.53	409.83	1.1827

The table as text, English units

P = 1.5 psia (T_sat = −126.46 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	45.387	134.70	147.29	0.45309
−125	45.596	134.89	147.55	0.45385
−100	49.139	138.25	151.89	0.46637
−75	52.647	141.64	156.25	0.47809
−50	56.133	145.08	160.66	0.48919
−25	59.607	148.59	165.14	0.49979
0	63.071	152.19	169.70	0.50999
25	66.529	155.89	174.35	0.51986
50	69.984	159.69	179.12	0.52944
75	73.435	163.61	183.99	0.53877
100	76.883	167.64	188.98	0.54790
125	80.330	171.80	194.10	0.55684
150	83.776	176.09	199.34	0.56562
175	87.221	180.51	204.72	0.57426
200	90.664	185.06	210.23	0.58277
225	94.107	189.75	215.87	0.59116
250	97.550	194.56	221.64	0.59945
275	100.99	199.52	227.55	0.60763
300	104.43	204.60	233.59	0.61572

P = 2.5 psia (T_sat = −114.02 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	28.140	136.09	149.11	0.43915
−100	29.352	138.03	151.61	0.44624
−75	31.486	141.47	156.04	0.45816
−50	33.598	144.96	160.50	0.46938
−25	35.696	148.50	165.01	0.48007
0	37.785	152.11	169.59	0.49032
25	39.868	155.82	174.27	0.50023
50	41.947	159.64	179.04	0.50983
75	44.023	163.56	183.93	0.51918
100	46.097	167.60	188.93	0.52833
125	48.169	171.77	194.05	0.53728
150	50.239	176.06	199.30	0.54607
175	52.308	180.48	204.68	0.55472
200	54.377	185.03	210.19	0.56323
225	56.445	189.72	215.83	0.57163
250	58.512	194.54	221.61	0.57992
275	60.579	199.50	227.52	0.58810
300	62.645	204.59	233.57	0.59619

P = 4 psia (T_sat = −101.58 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	18.131	137.45	150.87	0.42649
−100	18.219	137.67	151.16	0.42731
−75	19.582	141.23	155.72	0.43957
−50	20.921	144.77	160.25	0.45098
−25	22.246	148.35	164.81	0.46179
0	23.562	152.00	169.44	0.47213
25	24.872	155.73	174.14	0.48208
50	26.177	159.56	178.93	0.49173
75	27.479	163.49	183.83	0.50111
100	28.779	167.54	188.84	0.51028
125	30.078	171.71	193.98	0.51925
150	31.375	176.01	199.23	0.52805
175	32.670	180.44	204.62	0.53671
200	33.965	185.00	210.14	0.54523
225	35.260	189.69	215.78	0.55364
250	36.553	194.51	221.57	0.56193
275	37.846	199.47	227.48	0.57012
300	39.139	204.56	233.53	0.57822

P = 6 psia (T_sat = −89.980 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	12.409	138.68	152.46	0.41570
−75	12.967	140.88	155.28	0.42319
−50	13.877	144.51	159.92	0.43488
−25	14.773	148.15	164.55	0.44586
0	15.660	151.84	169.22	0.45630
25	16.540	155.60	173.96	0.46634
50	17.416	159.45	178.78	0.47604
75	18.288	163.40	183.70	0.48546
100	19.158	167.46	188.73	0.49465
125	20.027	171.64	193.88	0.50365
150	20.894	175.95	199.15	0.51247
175	21.760	180.38	204.54	0.52114
200	22.625	184.94	210.06	0.52968
225	23.490	189.64	215.72	0.53809
250	24.354	194.47	221.51	0.54639
275	25.217	199.43	227.43	0.55459
300	26.080	204.52	233.48	0.56269

P = 10 psia (T_sat = −74.060 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	7.6930	140.30	154.54	0.40227
−50	8.2414	143.99	159.24	0.41410
−25	8.7944	147.75	164.02	0.42543
0	9.3375	151.52	168.80	0.43611
25	9.8741	155.33	173.61	0.44630
50	10.406	159.23	178.48	0.45610
75	10.935	163.21	183.44	0.46561
100	11.462	167.30	188.51	0.47486
125	11.986	171.50	193.68	0.48390
150	12.510	175.82	198.97	0.49276
175	13.032	180.26	204.38	0.50146
200	13.553	184.84	209.92	0.51002
225	14.074	189.54	215.59	0.51845
250	14.594	194.38	221.38	0.52677
275	15.114	199.34	227.31	0.53498
300	15.633	204.44	233.37	0.54309

P = 20 psia (T_sat = −49.738 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	4.0118	142.63	157.47	0.38428
−25	4.3078	146.71	162.65	0.39656
0	4.5945	150.70	167.70	0.40786
25	4.8739	154.67	172.71	0.41846
50	5.1486	158.67	177.72	0.42855
75	5.4199	162.74	182.79	0.43826
100	5.6888	166.89	187.94	0.44767
125	5.9558	171.14	193.18	0.45682
150	6.2214	175.50	198.52	0.46577
175	6.4859	179.98	203.98	0.47454
200	6.7496	184.58	209.56	0.48316
225	7.0125	189.30	215.26	0.49164
250	7.2748	194.16	221.08	0.50000
275	7.5366	199.14	227.03	0.50824
300	7.7980	204.25	233.12	0.51638

P = 30 psia (T_sat = −33.807 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	2.7346	144.03	159.21	0.37386
−25	2.8093	145.59	161.19	0.37847
0	3.0120	149.85	166.57	0.39051
25	3.2063	153.98	171.78	0.40155
50	3.3955	158.10	176.95	0.41195
75	3.5812	162.25	182.13	0.42188
100	3.7643	166.47	187.37	0.43144
125	3.9454	170.77	192.68	0.44072
150	4.1252	175.17	198.07	0.44976
175	4.3038	179.69	203.58	0.45861
200	4.4815	184.31	209.19	0.46728
225	4.6585	189.06	214.92	0.47581
250	4.8349	193.94	220.78	0.48421
275	5.0108	198.94	226.75	0.49248
300	5.1863	204.06	232.85	0.50065

P = 50 psia (T_sat = −11.628 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	1.6798	145.79	161.33	0.36075
0	1.7427	148.02	164.15	0.36695
25	1.8704	152.56	169.86	0.37906
50	1.9919	156.93	175.36	0.39013
75	2.1094	161.27	180.79	0.40052
100	2.2241	165.62	186.20	0.41042
125	2.3368	170.03	191.65	0.41995
150	2.4479	174.52	197.17	0.42918
175	2.5579	179.10	202.76	0.43818
200	2.6669	183.78	208.46	0.44698
225	2.7752	188.58	214.25	0.45560
250	2.8829	193.49	220.16	0.46408
275	2.9901	198.53	226.19	0.47242
300	3.0968	203.68	232.33	0.48065

P = 80 psia (T_sat = 11.176 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	1.0651	147.33	163.10	0.34856
25	1.1155	150.21	166.73	0.35616
50	1.2004	155.07	172.84	0.36846
75	1.2803	159.73	178.68	0.37965
100	1.3569	164.31	184.40	0.39010
125	1.4313	168.89	190.08	0.40004
150	1.5041	173.51	195.78	0.40958
175	1.5756	178.20	201.53	0.41882
200	1.6460	182.97	207.34	0.42780
225	1.7157	187.84	213.24	0.43658
250	1.7848	192.82	219.24	0.44518
275	1.8533	197.90	225.34	0.45363
300	1.9214	203.10	231.55	0.46194

P = 150 psia (T_sat = 45.919 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	0.56819	148.98	164.75	0.33159
50	0.57772	150.00	166.04	0.33412
75	0.63141	155.74	173.26	0.34797
100	0.68000	161.01	179.88	0.36007
125	0.72549	166.07	186.21	0.37114
150	0.76889	171.06	192.40	0.38151
175	0.81076	176.03	198.54	0.39137
200	0.85149	181.03	204.66	0.40084
225	0.89133	186.08	210.82	0.41000
250	0.93047	191.21	217.04	0.41892
275	0.96903	196.43	223.33	0.42762
300	1.0071	201.74	229.70	0.43615

P = 250 psia (T_sat = 78.345 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	0.33106	149.43	164.74	0.31631
100	0.36545	155.45	172.35	0.33019
125	0.39979	161.55	180.04	0.34364
150	0.43088	167.23	187.17	0.35557
175	0.45988	172.71	193.99	0.36653
200	0.48743	178.10	200.65	0.37683
225	0.51389	183.46	207.24	0.38663
250	0.53953	188.84	213.80	0.39605
275	0.56453	194.26	220.38	0.40516
300	0.58899	199.75	227.00	0.41402

P = 400 psia (T_sat = 111.99 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	0.19192	148.04	162.24	0.29925
125	0.20947	152.84	168.34	0.30981
150	0.23694	160.44	177.98	0.32596
175	0.26025	167.09	186.35	0.33942
200	0.28123	173.28	194.10	0.35140
225	0.30068	179.24	201.50	0.36240
250	0.31905	185.08	208.69	0.37273
275	0.33661	190.87	215.78	0.38255
300	0.35355	196.66	222.83	0.39197

P = 600 psia (T_sat = 144.16 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	0.10948	143.08	155.24	0.27819
150	0.11840	146.76	159.90	0.28588
175	0.14475	157.56	173.63	0.30798
200	0.16423	165.72	183.95	0.32394
225	0.18082	172.90	192.97	0.33737
250	0.19572	179.59	201.32	0.34934
275	0.20949	186.02	209.28	0.36037
300	0.22246	192.31	217.01	0.37071

P = 1000 psia
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
175	0.024387	97.242	101.75	0.18616
200	0.058818	139.67	150.56	0.26150
225	0.080537	155.86	170.76	0.29163
250	0.094982	166.25	183.82	0.31038
275	0.10678	174.87	194.63	0.32536
300	0.11713	182.67	204.34	0.33835

P = 2000 psia
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
175	0.019780	84.270	91.591	0.16393
200	0.021751	96.808	104.86	0.18443
225	0.024666	110.56	119.69	0.20648
250	0.029086	125.52	136.28	0.23028
275	0.035121	140.53	153.53	0.25417
300	0.041812	154.01	169.48	0.27553

P = 2500 psia
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
175	0.018984	81.207	89.990	0.15859
200	0.020430	92.598	102.05	0.17722
225	0.022315	104.58	114.91	0.19634
250	0.024812	117.16	128.63	0.21603
275	0.028063	130.09	143.08	0.23603
300	0.032024	142.88	157.69	0.25559

Sources

Values computed by Simuveliq with CoolProp 8.0.0 (downloaded from PyPI, code on GitHub), free software under the MIT license. The temperatures and pressures of the table were chosen by Simuveliq; no table was copied from a book.

Equation of state: R. Tillner-Roth, A. Yokozeki (1997). An international standard equation of state for difluoromethane (R-32) for temperatures from the triple point at 136.34 K to 435 K and pressures up to 70 MPa. J. Phys. Chem. Ref. Data 26, 1273–1328. doi:10.1063/1.556002
CoolProp: Bell, Ian H., Wronski, Jorrit, Quoilin, Sylvain, Lemort, Vincent (2014). Pure and Pseudo-pure Fluid Thermophysical Property Evaluation and the Open-Source Thermophysical Property Library CoolProp. Ind. Eng. Chem. Res. 53, 2498–2508. doi:10.1021/ie4033999

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Tables

Water: saturation (T) · saturation (P) · superheated vapor · compressed liquid
R-134a: saturation (T) · saturation (P) · superheated vapor
R-22: saturation (T) · saturation (P) · superheated vapor
R-32: saturation (T) · saturation (P) · superheated vapor
R-404A: saturation (T) · saturation (P) · superheated vapor
R-410A: saturation (T) · saturation (P) · superheated vapor
R-1234yf: saturation (T) · saturation (P) · superheated vapor
Ammonia (R-717): saturation (T) · saturation (P) · superheated vapor
Carbon dioxide (R-744): saturation (T) · saturation (P) · superheated vapor
Propane (R-290): saturation (T) · saturation (P) · superheated vapor
Isobutane (R-600a): saturation (T) · saturation (P) · superheated vapor
Nitrogen: saturation (T) · saturation (P) · superheated vapor
Oxygen: saturation (T) · saturation (P) · superheated vapor
Hydrogen: saturation (T) · saturation (P) · superheated vapor
Helium: saturation (T) · saturation (P) · superheated vapor
Argon: saturation (T) · saturation (P) · superheated vapor
Methane: saturation (T) · saturation (P) · superheated vapor
Air: ideal gas
Nitrogen (N₂) per mole: ideal gas
Oxygen (O₂) per mole: ideal gas
Carbon dioxide (CO₂) per mole: ideal gas
Carbon monoxide (CO) per mole: ideal gas
Hydrogen (H₂) per mole: ideal gas
Water vapor (H₂O) per mole: ideal gas
critical constants and molar mass
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