Tabla de saturación de amoníaco (R-717) por temperatura

Name: Tabla de saturación de amoníaco (R-717) por temperatura
Creator: Simuveliq

Esta tabla da presión de saturación, volumen específico, energía interna, entalpía y entropía del líquido y el vapor saturados para cada temperatura. Arriba puedes consultarla de forma interactiva (cambia de unidades con SI/US, elige la presión o pasa a la calculadora para cualquier punto con interpolación paso a paso). Estado de referencia: ASHRAE: h = 0 y s = 0 del líquido saturado a −40 °C (−40 °F).

La tabla en texto, unidades SI

		Volumen específico [m³/kg]		Energía interna [kJ/kg]			Entalpía [kJ/kg]			Entropía [kJ/kg·K]
T [°C]	P_sat [kPa]	v_f	v_g	u_f	u_fg	u_g	h_f	h_fg	h_g	s_f	s_fg	s_g
−50	40.776	0.001425	2.6305	−44.295	1310.1	1265.8	−44.237	1417.3	1373.0	−0.19372	6.3512	6.1575
−48	45.850	0.001430	2.3574	−35.486	1303.7	1268.3	−35.421	1411.8	1376.3	−0.15443	6.2703	6.1159
−46	51.434	0.001435	2.1174	−26.663	1297.4	1270.7	−26.589	1406.2	1379.6	−0.11541	6.1906	6.0752
−44	57.566	0.001440	1.9059	−17.825	1291.0	1273.1	−17.742	1400.6	1382.8	−0.076668	6.1121	6.0354
−42	64.285	0.001445	1.7191	−8.9716	1284.5	1275.5	−8.8788	1394.9	1386.0	−0.038200	6.0347	5.9965
−40	71.633	0.001450	1.5538	−0.10385	1278.0	1277.9	−0.00000000	1389.2	1389.2	−0.00000000	5.9584	5.9584
−38	79.653	0.001455	1.4071	8.7785	1271.5	1280.2	8.8944	1383.4	1392.3	0.037936	5.8831	5.9211
−36	88.390	0.001460	1.2767	17.675	1264.9	1282.5	17.805	1377.6	1395.4	0.075614	5.8089	5.8845
−34	97.891	0.001465	1.1604	26.587	1258.2	1284.8	26.730	1371.7	1398.4	0.11303	5.7357	5.8487
−32	108.20	0.001471	1.0567	35.513	1251.6	1287.1	35.672	1365.8	1401.4	0.15021	5.6635	5.8137
−30	119.38	0.001476	0.96391	44.453	1244.9	1289.3	44.630	1359.8	1404.4	0.18713	5.5922	5.7793
−28	131.46	0.001481	0.88073	53.408	1238.1	1291.5	53.603	1353.7	1407.3	0.22381	5.5218	5.7457
−26	144.51	0.001487	0.80604	62.378	1231.3	1293.7	62.593	1347.6	1410.2	0.26025	5.4524	5.7126
−24	158.59	0.001492	0.73885	71.362	1224.4	1295.8	71.599	1341.4	1413.0	0.29646	5.3838	5.6802
−22	173.74	0.001498	0.67830	80.361	1217.5	1297.9	80.621	1335.1	1415.7	0.33244	5.3160	5.6485
−20	190.03	0.001504	0.62364	89.374	1210.6	1300.0	89.660	1328.8	1418.5	0.36819	5.2491	5.6173
−18	207.51	0.001510	0.57420	98.403	1203.6	1302.0	98.716	1322.4	1421.1	0.40372	5.1829	5.5866
−16	226.25	0.001516	0.52942	107.45	1196.5	1304.0	107.79	1316.0	1423.8	0.43903	5.1175	5.5566
−14	246.31	0.001522	0.48880	116.51	1189.4	1306.0	116.88	1309.5	1426.3	0.47413	5.0529	5.5270
−12	267.75	0.001528	0.45188	125.58	1182.3	1307.9	125.99	1302.9	1428.9	0.50902	4.9890	5.4980
−10	290.64	0.001534	0.41829	134.67	1175.1	1309.8	135.12	1296.2	1431.3	0.54371	4.9257	5.4695
−8	315.05	0.001540	0.38766	143.78	1167.8	1311.6	144.27	1289.5	1433.8	0.57820	4.8632	5.4414
−6	341.04	0.001546	0.35972	152.91	1160.5	1313.4	153.43	1282.7	1436.1	0.61249	4.8013	5.4138
−4	368.69	0.001553	0.33417	162.05	1153.2	1315.2	162.62	1275.8	1438.4	0.64659	4.7401	5.3866
−2	398.07	0.001559	0.31078	171.21	1145.7	1316.9	171.83	1268.8	1440.7	0.68051	4.6794	5.3599
0	429.25	0.001566	0.28935	180.38	1138.2	1318.6	181.06	1261.8	1442.8	0.71424	4.6193	5.3336
2	462.30	0.001573	0.26968	189.58	1130.7	1320.3	190.31	1254.6	1445.0	0.74780	4.5598	5.3076
4	497.30	0.001579	0.25160	198.80	1123.1	1321.9	199.58	1247.4	1447.0	0.78118	4.5009	5.2821
6	534.33	0.001586	0.23497	208.03	1115.4	1323.5	208.88	1240.1	1449.0	0.81440	4.4425	5.2569
8	573.47	0.001593	0.21965	217.29	1107.7	1325.0	218.20	1232.7	1450.9	0.84745	4.3846	5.2320
10	614.79	0.001601	0.20552	226.57	1099.9	1326.4	227.55	1225.2	1452.8	0.88035	4.3272	5.2075
12	658.38	0.001608	0.19247	235.87	1092.0	1327.9	236.92	1217.7	1454.6	0.91309	4.2702	5.1833
14	704.31	0.001615	0.18041	245.19	1084.0	1329.2	246.32	1210.0	1456.3	0.94568	4.2137	5.1594
16	752.68	0.001623	0.16924	254.53	1076.0	1330.6	255.75	1202.2	1457.9	0.97813	4.1577	5.1358
18	803.56	0.001630	0.15889	263.90	1067.9	1331.8	265.21	1194.3	1459.5	1.0104	4.1020	5.1124
20	857.04	0.001638	0.14930	273.30	1059.8	1333.0	274.70	1186.3	1461.0	1.0426	4.0467	5.0893
22	913.21	0.001646	0.14039	282.71	1051.5	1334.2	284.22	1178.2	1462.4	1.0747	3.9918	5.0665
24	972.15	0.001654	0.13211	292.16	1043.2	1335.3	293.77	1170.0	1463.7	1.1066	3.9373	5.0439
26	1034.0	0.001663	0.12441	301.63	1034.7	1336.3	303.35	1161.6	1465.0	1.1384	3.8831	5.0215
28	1098.7	0.001671	0.11723	311.14	1026.2	1337.3	312.97	1153.2	1466.2	1.1701	3.8292	4.9993
30	1166.5	0.001680	0.11055	320.67	1017.6	1338.3	322.63	1144.6	1467.2	1.2017	3.7757	4.9773
32	1237.5	0.001688	0.10431	330.24	1008.9	1339.1	332.32	1135.9	1468.2	1.2331	3.7224	4.9555
34	1311.7	0.001697	0.098481	339.83	1000.1	1339.9	342.06	1127.0	1469.1	1.2645	3.6693	4.9338
36	1389.2	0.001706	0.093034	349.46	991.18	1340.6	351.83	1118.0	1469.9	1.2958	3.6165	4.9123
38	1470.1	0.001716	0.087939	359.12	982.17	1341.3	361.64	1108.9	1470.6	1.3270	3.5640	4.8910
40	1554.5	0.001725	0.083168	368.82	973.05	1341.9	371.50	1099.7	1471.2	1.3581	3.5116	4.8697
42	1642.6	0.001735	0.078697	378.56	963.82	1342.4	381.41	1090.2	1471.6	1.3892	3.4594	4.8486
44	1734.4	0.001745	0.074504	388.33	954.47	1342.8	391.36	1080.7	1472.0	1.4202	3.4074	4.8276
46	1830.0	0.001755	0.070568	398.15	945.00	1343.2	401.36	1070.9	1472.3	1.4511	3.3556	4.8066
48	1929.5	0.001766	0.066870	408.01	935.41	1343.4	411.41	1061.0	1472.4	1.4819	3.3038	4.7857
50	2033.0	0.001776	0.063393	417.91	925.69	1343.6	421.52	1051.0	1472.5	1.5127	3.2522	4.7649
52	2140.6	0.001787	0.060122	427.85	915.83	1343.7	431.68	1040.7	1472.4	1.5435	3.2007	4.7442
54	2252.5	0.001798	0.057041	437.85	905.84	1343.7	441.90	1030.3	1472.2	1.5742	3.1492	4.7234
56	2368.7	0.001810	0.054139	447.89	895.70	1343.6	452.18	1019.6	1471.8	1.6049	3.0978	4.7027
58	2489.3	0.001822	0.051401	457.99	885.40	1343.4	462.52	1008.8	1471.3	1.6355	3.0464	4.6820
60	2614.5	0.001834	0.048818	468.13	874.96	1343.1	472.93	997.80	1470.7	1.6662	2.9950	4.6612
62	2744.3	0.001846	0.046378	478.34	864.35	1342.7	483.41	986.56	1470.0	1.6968	2.9436	4.6405
64	2878.9	0.001859	0.044072	488.60	853.57	1342.2	493.96	975.10	1469.0	1.7275	2.8922	4.6196
66	3018.4	0.001872	0.041891	498.93	842.61	1341.5	504.58	963.41	1468.0	1.7581	2.8407	4.5988
68	3162.9	0.001886	0.039828	509.32	831.47	1340.8	515.28	951.48	1466.8	1.7888	2.7890	4.5778
70	3312.5	0.001900	0.037873	519.78	820.13	1339.9	526.07	939.29	1465.4	1.8195	2.7373	4.5568
72	3467.3	0.001914	0.036020	530.31	808.60	1338.9	536.95	926.85	1463.8	1.8502	2.6854	4.5356
74	3627.5	0.001929	0.034263	540.92	796.84	1337.8	547.92	914.13	1462.0	1.8810	2.6332	4.5143
76	3793.1	0.001945	0.032595	551.60	784.87	1336.5	558.98	901.13	1460.1	1.9119	2.5809	4.4928
78	3964.3	0.001961	0.031011	562.38	772.66	1335.0	570.15	887.82	1458.0	1.9428	2.5283	4.4711
80	4141.3	0.001977	0.029505	573.24	760.20	1333.4	581.43	874.20	1455.6	1.9739	2.4754	4.4493
82	4324.1	0.001995	0.028073	584.19	747.48	1331.7	592.82	860.24	1453.1	2.0050	2.4222	4.4272
84	4512.9	0.002013	0.026710	595.25	734.48	1329.7	604.34	845.93	1450.3	2.0363	2.3686	4.4048
86	4707.8	0.002031	0.025411	606.42	721.18	1327.6	615.98	831.25	1447.2	2.0677	2.3145	4.3822
88	4908.9	0.002051	0.024173	617.70	707.57	1325.3	627.77	816.17	1443.9	2.0993	2.2599	4.3592
90	5116.4	0.002071	0.022992	629.11	693.63	1322.7	639.71	800.67	1440.4	2.1311	2.2048	4.3358
92	5330.5	0.002092	0.021864	640.66	679.32	1320.0	651.81	784.71	1436.5	2.1631	2.1490	4.3121
94	5551.2	0.002115	0.020786	652.35	664.62	1317.0	664.09	768.28	1432.4	2.1953	2.0925	4.2879
96	5778.8	0.002138	0.019755	664.20	649.51	1313.7	676.55	751.32	1427.9	2.2279	2.0353	4.2632
98	6013.4	0.002163	0.018768	676.22	633.95	1310.2	689.23	733.80	1423.0	2.2608	1.9771	4.2378
100	6255.1	0.002189	0.017822	688.43	617.88	1306.3	702.13	715.67	1417.8	2.2940	1.9179	4.2119
102	6504.2	0.002217	0.016913	700.86	601.28	1302.1	715.27	696.87	1412.1	2.3277	1.8576	4.1853
104	6760.8	0.002246	0.016040	713.51	584.08	1297.6	728.70	677.34	1406.0	2.3619	1.7959	4.1578
106	7025.1	0.002278	0.015201	726.43	566.22	1292.7	742.43	657.00	1399.4	2.3966	1.7328	4.1294
108	7297.2	0.002312	0.014391	739.64	547.61	1287.3	756.51	635.75	1392.3	2.4320	1.6680	4.1000
110	7577.5	0.002349	0.013609	753.18	528.16	1281.3	770.98	613.48	1384.5	2.4681	1.6012	4.0693
112	7866.1	0.002389	0.012852	767.11	507.75	1274.9	785.90	590.05	1376.0	2.5052	1.5320	4.0372
114	8163.2	0.002433	0.012117	781.49	486.22	1267.7	801.35	565.28	1366.6	2.5433	1.4601	4.0034
116	8469.2	0.002481	0.011402	796.39	463.38	1259.8	817.40	538.93	1356.3	2.5828	1.3849	3.9676
118	8784.3	0.002535	0.010702	811.92	438.96	1250.9	834.19	510.70	1344.9	2.6238	1.3056	3.9294
120	9108.8	0.002597	0.010013	828.23	412.61	1240.8	851.88	480.17	1332.0	2.6668	1.2213	3.8881
122	9443.1	0.002667	0.0093307	845.52	383.79	1229.3	870.71	446.71	1317.4	2.7123	1.1305	3.8428
124	9787.6	0.002751	0.0086459	864.12	351.71	1215.8	891.05	409.41	1300.5	2.7613	1.0309	3.7921
126	10143	0.002855	0.0079467	884.57	315.01	1199.6	913.52	366.66	1280.2	2.8152	0.91861	3.7338
128	10509	0.002990	0.0072101	907.92	271.04	1179.0	939.34	315.39	1254.7	2.8771	0.78622	3.6633
130	10888	0.003190	0.0063803	936.85	213.12	1150.0	971.59	247.85	1219.4	2.9543	0.61478	3.5691

La tabla en texto, unidades inglesas

		Volumen específico [ft³/lbm]		Energía interna [Btu/lbm]			Entalpía [Btu/lbm]			Entropía [Btu/lbm·R]
T [°F]	P_sat [psia]	v_f	v_g	u_f	u_fg	u_g	h_f	h_fg	h_g	s_f	s_fg	s_g
−60	5.5352	0.02278	44.825	−21.145	564.74	543.59	−21.121	610.63	589.51	−0.051514	1.5278	1.4763
−55	6.5224	0.02289	38.452	−15.888	560.96	545.08	−15.860	607.35	591.49	−0.038444	1.5008	1.4624
−50	7.6505	0.02300	33.127	−10.619	557.16	546.54	−10.587	604.02	593.44	−0.025503	1.4744	1.4489
−45	8.9343	0.02311	28.658	−5.3380	553.32	547.98	−5.2998	600.66	595.36	−0.012689	1.4485	1.4358
−40	10.389	0.02322	24.889	−0.044647	549.44	549.39	0.00000000	597.25	597.25	−0.00000000	1.4231	1.4231
−35	12.033	0.02334	21.698	5.2609	545.53	550.79	5.3128	593.79	599.10	0.012568	1.3982	1.4108
−30	13.882	0.02345	18.984	10.578	541.58	552.16	10.639	590.29	600.93	0.025017	1.3738	1.3988
−25	15.955	0.02357	16.668	15.908	537.60	553.51	15.978	586.74	602.72	0.037350	1.3498	1.3872
−20	18.271	0.02369	14.682	21.250	533.58	554.83	21.330	583.14	604.47	0.049570	1.3263	1.3759
−15	20.851	0.02381	12.975	26.603	529.52	556.12	26.695	579.49	606.19	0.061678	1.3032	1.3649
−10	23.716	0.02394	11.501	31.969	525.42	557.39	32.074	575.79	607.87	0.073679	1.2805	1.3542
−5	26.888	0.02406	10.224	37.347	521.29	558.64	37.467	572.04	609.51	0.085574	1.2581	1.3437
0	30.389	0.02419	9.1146	42.737	517.11	559.85	42.873	568.23	611.11	0.097366	1.2362	1.3335
5	34.245	0.02432	8.1473	48.141	512.90	561.04	48.295	564.37	612.66	0.10906	1.2146	1.3236
10	38.478	0.02446	7.3014	53.557	508.64	562.19	53.731	560.45	614.18	0.12065	1.1933	1.3139
15	43.115	0.02460	6.5595	58.986	504.33	563.32	59.182	556.47	615.65	0.13216	1.1723	1.3045
20	48.181	0.02473	5.9068	64.429	499.98	564.41	64.650	552.43	617.08	0.14357	1.1517	1.2953
25	53.704	0.02488	5.3312	69.887	495.59	565.48	70.134	548.32	618.46	0.15489	1.1313	1.2862
30	59.712	0.02502	4.8220	75.359	491.15	566.51	75.635	544.15	619.79	0.16612	1.1113	1.2774
35	66.233	0.02517	4.3705	80.846	486.65	567.50	81.154	539.91	621.07	0.17727	1.0915	1.2687
40	73.295	0.02532	3.9692	86.349	482.11	568.46	86.693	535.60	622.29	0.18835	1.0719	1.2603
45	80.930	0.02548	3.6115	91.869	477.51	569.38	92.251	531.22	623.47	0.19934	1.0526	1.2519
50	89.168	0.02564	3.2921	97.406	472.86	570.26	97.829	526.76	624.59	0.21027	1.0335	1.2438
55	98.039	0.02580	3.0061	102.96	468.15	571.11	103.43	522.22	625.65	0.22112	1.0147	1.2358
60	107.58	0.02597	2.7495	108.53	463.38	571.91	109.05	517.59	626.65	0.23190	0.99601	1.2279
65	117.81	0.02614	2.5188	114.13	458.54	572.67	114.70	512.88	627.58	0.24262	0.97754	1.2202
70	128.78	0.02631	2.3110	119.74	453.64	573.39	120.37	508.09	628.46	0.25328	0.95925	1.2125
75	140.51	0.02649	2.1233	125.38	448.67	574.05	126.07	503.19	629.26	0.26388	0.94113	1.2050
80	153.05	0.02668	1.9536	131.04	443.63	574.67	131.80	498.20	630.00	0.27443	0.92317	1.1976
85	166.41	0.02687	1.7998	136.72	438.52	575.24	137.55	493.12	630.67	0.28492	0.90535	1.1903
90	180.65	0.02706	1.6602	142.43	433.32	575.76	143.34	487.92	631.26	0.29537	0.88766	1.1830
95	195.80	0.02726	1.5332	148.17	428.05	576.22	149.16	482.61	631.77	0.30577	0.87009	1.1759
100	211.89	0.02747	1.4175	153.93	422.69	576.62	155.01	477.19	632.20	0.31612	0.85263	1.1687
105	228.96	0.02768	1.3119	159.73	417.24	576.96	160.90	471.65	632.55	0.32645	0.83526	1.1617
110	247.05	0.02790	1.2154	165.55	411.69	577.24	166.83	465.98	632.81	0.33673	0.81798	1.1547
115	266.20	0.02812	1.1270	171.41	406.05	577.46	172.79	460.18	632.97	0.34699	0.80077	1.1478
120	286.44	0.02836	1.0460	177.30	400.30	577.60	178.80	454.24	633.05	0.35722	0.78362	1.1408
125	307.83	0.02860	0.97157	183.23	394.45	577.68	184.86	448.16	633.02	0.36743	0.76652	1.1340
130	330.38	0.02885	0.90314	189.20	388.48	577.67	190.96	441.93	632.89	0.37762	0.74945	1.1271
135	354.16	0.02911	0.84012	195.21	382.38	577.59	197.12	435.54	632.65	0.38779	0.73240	1.1202
140	379.20	0.02937	0.78199	201.26	376.16	577.43	203.32	428.98	632.30	0.39796	0.71535	1.1133
145	405.54	0.02965	0.72830	207.36	369.81	577.17	209.59	422.24	631.83	0.40812	0.69830	1.1064
150	433.23	0.02994	0.67863	213.51	363.31	576.82	215.91	415.32	631.23	0.41829	0.68122	1.0995
155	462.31	0.03025	0.63264	219.72	356.66	576.38	222.30	408.20	630.50	0.42846	0.66409	1.0925
160	492.82	0.03056	0.58998	225.98	349.85	575.83	228.76	400.87	629.63	0.43865	0.64690	1.0856
165	524.81	0.03089	0.55036	232.30	342.86	575.16	235.30	393.31	628.61	0.44887	0.62963	1.0785
170	558.33	0.03124	0.51352	238.69	335.69	574.38	241.91	385.52	627.44	0.45911	0.61226	1.0714
175	593.43	0.03160	0.47920	245.15	328.33	573.47	248.62	377.48	626.10	0.46939	0.59476	1.0641
180	630.15	0.03198	0.44721	251.68	320.74	572.43	255.41	369.16	624.58	0.47972	0.57711	1.0568
185	668.56	0.03239	0.41733	258.31	312.93	571.23	262.31	360.55	622.86	0.49010	0.55928	1.0494
190	708.69	0.03281	0.38938	265.02	304.86	569.88	269.33	351.62	620.95	0.50057	0.54123	1.0418
195	750.60	0.03327	0.36320	271.84	296.51	568.36	276.46	342.34	618.80	0.51112	0.52292	1.0340
200	794.36	0.03375	0.33864	278.78	287.86	566.64	283.74	332.68	616.42	0.52177	0.50431	1.0261
205	840.01	0.03427	0.31555	285.84	278.87	564.71	291.17	322.60	613.76	0.53256	0.48535	1.0179
210	887.62	0.03483	0.29382	293.05	269.51	562.55	298.77	312.05	610.81	0.54349	0.46597	1.0095
215	937.26	0.03544	0.27331	300.42	259.71	560.13	306.56	300.97	607.53	0.55461	0.44610	1.0007
220	988.99	0.03609	0.25391	307.98	249.43	557.41	314.58	289.29	603.88	0.56595	0.42563	0.99159
225	1042.9	0.03682	0.23551	315.76	238.58	554.34	322.87	276.93	599.79	0.57756	0.40447	0.98203
230	1099.0	0.03763	0.21800	323.81	227.07	550.88	331.46	263.75	595.21	0.58951	0.38243	0.97193
235	1157.5	0.03853	0.20126	332.18	214.75	546.93	340.43	249.61	590.04	0.60187	0.35932	0.96118
240	1218.4	0.03956	0.18517	340.94	201.45	542.39	349.86	234.28	584.14	0.61476	0.33484	0.94960
245	1281.8	0.04076	0.16958	350.21	186.89	537.10	359.88	217.45	577.32	0.62835	0.30858	0.93693
250	1347.9	0.04220	0.15432	360.15	170.66	530.80	370.67	198.62	569.29	0.64290	0.27988	0.92278
255	1416.8	0.04399	0.13911	371.04	152.02	523.07	382.58	176.96	559.53	0.65885	0.24761	0.90645
260	1488.6	0.04637	0.12345	383.47	129.56	513.03	396.25	150.79	547.04	0.67707	0.20953	0.88660
265	1563.8	0.05004	0.10615	398.94	99.479	498.42	413.42	115.71	529.14	0.69992	0.15968	0.85960
270	1642.6	0.06066	0.079031	428.76	34.610	463.37	447.19	40.195	487.39	0.74525	0.055087	0.80034

Fuentes

Valores calculados por Simuveliq con CoolProp 8.0.0 (descargado de PyPI, código en GitHub), software libre de licencia MIT. Las temperaturas y presiones de la tabla las eligió Simuveliq; ninguna tabla se copió de un libro.

Ecuación de estado: K. Gao, J. Wu, I. H. Bell, E. W. Lemmon (2020). Thermodynamic Properties of Ammonia for Temperatures from the Melting Line to 725 K and Pressures to 1000 MPa. J. Phys. Chem. Ref. Data.
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

Fuentes y licencias completas

Tablas

Agua: saturación (T) · saturación (P) · vapor sobrecalentado · líquido comprimido
R-134a: saturación (T) · saturación (P) · vapor sobrecalentado
R-22: saturación (T) · saturación (P) · vapor sobrecalentado
R-32: saturación (T) · saturación (P) · vapor sobrecalentado
R-404A: saturación (T) · saturación (P) · vapor sobrecalentado
R-410A: saturación (T) · saturación (P) · vapor sobrecalentado
R-1234yf: saturación (T) · saturación (P) · vapor sobrecalentado
Amoníaco (R-717): saturación (T) · saturación (P) · vapor sobrecalentado
Dióxido de carbono (R-744): saturación (T) · saturación (P) · vapor sobrecalentado
Propano (R-290): saturación (T) · saturación (P) · vapor sobrecalentado
Isobutano (R-600a): saturación (T) · saturación (P) · vapor sobrecalentado
Nitrógeno: saturación (T) · saturación (P) · vapor sobrecalentado
Oxígeno: saturación (T) · saturación (P) · vapor sobrecalentado
Hidrógeno: saturación (T) · saturación (P) · vapor sobrecalentado
Helio: saturación (T) · saturación (P) · vapor sobrecalentado
Argón: saturación (T) · saturación (P) · vapor sobrecalentado
Metano: saturación (T) · saturación (P) · vapor sobrecalentado
Aire: gas ideal
Nitrógeno (N₂) por mol: gas ideal
Oxígeno (O₂) por mol: gas ideal
Dióxido de carbono (CO₂) por mol: gas ideal
Monóxido de carbono (CO) por mol: gas ideal
Hidrógeno (H₂) por mol: gas ideal
Vapor de agua (H₂O) por mol: gas ideal
constantes críticas y masa molar
Fuentes y licencias

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