Tabla de vapor sobrecalentado de argón

Name: Tabla de vapor sobrecalentado de argón
Creator: Simuveliq

Esta tabla da v, u, h y s del vapor sobrecalentado en bloques de presión. 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: NBP: h = 0 y s = 0 del líquido saturado en el punto de ebullición normal (1 atm).

La tabla en texto, unidades SI

P = 0.15 MPa (T_sat = −181.96 °C)
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
Sat.	0.12083	144.37	162.49	1.7825
−150	0.16770	155.08	180.23	1.9496
−100	0.23862	171.07	206.86	2.1311
−50	0.30870	186.84	233.14	2.2645
0	0.37848	202.53	259.30	2.3703
50	0.44812	218.19	285.41	2.4581
100	0.51767	233.84	311.49	2.5331
150	0.58718	249.47	337.55	2.5987
200	0.65665	265.11	363.60	2.6568
250	0.72611	280.73	389.65	2.7092
300	0.79555	296.35	415.69	2.7567
350	0.86498	311.97	441.72	2.8003
400	0.93439	327.59	467.75	2.8404

P = 0.25 MPa (T_sat = −176.30 °C)
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
Sat.	0.075423	145.31	164.16	1.6997
−150	0.099317	154.47	179.30	1.8383
−100	0.14251	170.73	206.36	2.0229
−50	0.18485	186.61	232.82	2.1572
0	0.22688	202.36	259.08	2.2633
50	0.26876	218.06	285.25	2.3513
100	0.31057	233.73	311.37	2.4265
150	0.35232	249.38	337.46	2.4921
200	0.39405	265.02	363.54	2.5504
250	0.43575	280.66	389.60	2.6027
300	0.47744	296.29	415.65	2.6503
350	0.51911	311.92	441.70	2.6938
400	0.56078	327.54	467.74	2.7340

P = 0.4 MPa (T_sat = −170.41 °C)
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
Sat.	0.048675	146.00	165.47	1.6225
−150	0.060812	153.53	177.85	1.7326
−100	0.088450	170.22	205.60	1.9221
−50	0.11518	186.26	232.33	2.0578
0	0.14160	202.10	258.74	2.1646
50	0.16787	217.85	285.00	2.2529
100	0.19407	233.56	311.19	2.3282
150	0.22022	249.24	337.32	2.3940
200	0.24633	264.90	363.43	2.4523
250	0.27242	280.55	389.52	2.5047
300	0.29850	296.20	415.60	2.5523
350	0.32457	311.83	441.66	2.5959
400	0.35062	327.47	467.72	2.6361

P = 0.6 MPa (T_sat = −164.71 °C)
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
Sat.	0.033166	146.34	166.24	1.5542
−150	0.039369	152.20	175.82	1.6371
−100	0.058410	169.53	204.58	1.8337
−50	0.076478	185.80	231.69	1.9713
0	0.094227	201.75	258.29	2.0789
50	0.11183	217.58	284.68	2.1676
100	0.12935	233.33	310.94	2.2432
150	0.14682	249.05	337.14	2.3091
200	0.16427	264.74	363.30	2.3675
250	0.18169	280.41	389.42	2.4200
300	0.19909	296.07	415.53	2.4677
350	0.21648	311.72	441.61	2.5113
400	0.23387	327.37	467.69	2.5516

P = 1 MPa (T_sat = −156.55 °C)
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
Sat.	0.020183	146.14	166.33	1.4638
−150	0.022078	149.22	171.30	1.5053
−100	0.034367	168.12	202.49	1.7192
−50	0.045515	184.87	230.38	1.8608
0	0.056329	201.06	257.39	1.9701
50	0.066993	217.03	284.03	2.0596
100	0.077577	232.89	310.46	2.1357
150	0.088112	248.67	336.78	2.2019
200	0.098616	264.42	363.03	2.2605
250	0.10910	280.13	389.23	2.3132
300	0.11957	295.82	415.39	2.3609
350	0.13002	311.50	441.52	2.4047
400	0.14047	327.17	467.63	2.4450

P = 2 MPa (T_sat = −143.41 °C)
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
Sat.	0.0097936	143.36	162.94	1.3236
−100	0.016301	164.36	196.96	1.5528
−50	0.022294	182.49	227.07	1.7059
0	0.027912	199.32	255.14	1.8195
50	0.033373	215.67	282.41	1.9112
100	0.038752	231.77	309.27	1.9885
150	0.044082	247.73	335.90	2.0554
200	0.049382	263.61	362.37	2.1146
250	0.054659	279.43	388.74	2.1676
300	0.059922	295.20	415.05	2.2156
350	0.065174	310.95	441.30	2.2595
400	0.070417	326.67	467.51	2.3000

P = 3 MPa (T_sat = −134.44 °C)
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
Sat.	0.0060175	138.37	156.42	1.2179
−100	0.010241	160.19	190.92	1.4435
−50	0.014557	180.03	223.70	1.6106
0	0.018446	197.56	252.90	1.7287
50	0.022172	214.30	280.81	1.8226
100	0.025815	230.65	308.10	1.9011
150	0.029410	246.79	335.02	1.9689
200	0.032974	262.80	361.73	2.0285
250	0.036516	278.73	388.27	2.0819
300	0.040044	294.59	414.72	2.1301
350	0.043561	310.40	441.08	2.1742
400	0.047069	326.18	467.39	2.2149

P = 5 MPa
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
−100	0.0053104	150.12	176.67	1.2761
−50	0.0083746	174.90	216.77	1.4814
0	0.010886	193.99	248.42	1.6097
50	0.013222	211.55	277.66	1.7080
100	0.015475	228.43	305.80	1.7890
150	0.017680	244.93	333.33	1.8583
200	0.019853	261.21	360.48	1.9189
250	0.022007	277.34	387.37	1.9730
300	0.024145	293.37	414.09	2.0217
350	0.026273	309.31	440.68	2.0662
400	0.028393	325.21	467.17	2.1071

P = 8 MPa
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
−100	0.0024250	127.58	146.98	1.0415
−50	0.0049227	166.68	206.06	1.3477
0	0.0066574	188.56	241.82	1.4928
50	0.0082076	207.44	273.11	1.5981
100	0.0096738	225.13	302.52	1.6828
150	0.011093	242.18	330.92	1.7542
200	0.012483	258.86	358.72	1.8163
250	0.013853	275.30	386.12	1.8714
300	0.015208	291.57	413.24	1.9209
350	0.016554	307.72	440.15	1.9659
400	0.017892	323.77	466.91	2.0072

P = 10 MPa
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
−100	0.0016722	111.12	127.84	0.90796
−50	0.0037960	160.95	198.91	1.2770
0	0.0052635	184.92	237.55	1.4339
50	0.0065469	204.73	270.20	1.5438
100	0.0077482	222.95	300.43	1.6309
150	0.0089038	240.37	329.41	1.7038
200	0.010031	257.32	357.63	1.7668
250	0.011139	273.96	385.34	1.8225
300	0.012233	290.39	412.72	1.8725
350	0.013317	306.67	439.84	1.9179
400	0.014394	322.84	466.78	1.9594

La tabla en texto, unidades inglesas

P = 20 psia (T_sat = −297.08 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	2.0911	61.996	69.735	0.42898
−200	3.4503	69.619	82.389	0.49019
−100	4.8118	77.181	94.989	0.53125
0	6.1639	84.685	107.50	0.56194
100	7.5123	92.168	119.97	0.58649
200	8.8589	99.642	132.43	0.60697
300	10.204	107.11	144.88	0.62454
400	11.549	114.58	157.32	0.63993
500	12.894	122.04	169.76	0.65362
600	14.238	129.50	182.20	0.66594
700	15.582	136.96	194.63	0.67716
800	16.926	144.42	207.06	0.68744

P = 30 psia (T_sat = −289.27 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	1.4396	62.327	70.319	0.41333
−200	2.2875	69.485	82.184	0.46951
−100	3.2014	77.101	94.874	0.51087
0	4.1058	84.629	107.42	0.54166
100	5.0064	92.126	119.92	0.56626
200	5.9053	99.608	132.39	0.58676
300	6.8031	107.08	144.85	0.60435
400	7.7003	114.55	157.30	0.61974
500	8.5971	122.02	169.75	0.63344
600	9.4936	129.48	182.19	0.64577
700	10.390	136.95	194.63	0.65699
800	11.286	144.41	207.06	0.66727

P = 50 psia (T_sat = −278.24 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	0.89612	62.685	70.977	0.39341
−200	1.3571	69.213	81.769	0.44306
−100	1.9131	76.941	94.642	0.48503
0	2.4593	84.517	107.27	0.51602
100	3.0018	92.040	119.81	0.54071
200	3.5425	99.540	132.32	0.56127
300	4.0821	107.03	144.80	0.57888
400	4.6211	114.50	157.26	0.59430
500	5.1597	121.98	169.72	0.60800
600	5.6980	129.45	182.17	0.62034
700	6.2361	136.91	194.61	0.63157
800	6.7740	144.38	207.06	0.64186

P = 80 psia (T_sat = −266.69 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	0.57564	62.898	71.420	0.37464
−200	0.83345	68.792	81.131	0.41805
−100	1.1884	76.699	94.292	0.46099
0	1.5332	84.348	107.05	0.49229
100	1.8742	91.912	119.66	0.51712
200	2.2134	99.438	132.21	0.53775
300	2.5515	106.94	144.72	0.55540
400	2.8891	114.43	157.20	0.57085
500	3.2262	121.92	169.68	0.58457
600	3.5630	129.39	182.14	0.59693
700	3.8996	136.87	194.60	0.60816
800	4.2361	144.34	207.05	0.61846

P = 150 psia (T_sat = −248.75 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	0.31266	62.809	71.487	0.34813
−200	0.42525	67.750	79.554	0.38268
−100	0.62470	76.124	93.464	0.42814
0	0.81292	83.953	106.52	0.46018
100	0.99723	91.614	119.29	0.48534
200	1.1797	99.200	131.94	0.50614
300	1.3611	106.75	144.53	0.52390
400	1.5419	114.27	157.07	0.53941
500	1.7223	121.77	169.58	0.55318
600	1.9024	129.27	182.08	0.56556
700	2.0823	136.76	194.56	0.57682
800	2.2621	144.24	207.03	0.58713

P = 250 psia (T_sat = −231.62 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	0.18462	62.063	70.604	0.32400
−200	0.23701	66.067	77.032	0.35049
−100	0.36694	75.278	92.254	0.40038
0	0.48370	83.383	105.76	0.43356
100	0.59639	91.186	118.78	0.45919
200	0.70720	98.859	131.58	0.48023
300	0.81699	106.47	144.26	0.49814
400	0.92614	114.03	156.88	0.51374
500	1.0349	121.57	169.45	0.52757
600	1.1434	129.09	181.99	0.54000
700	1.2516	136.60	194.50	0.55129
800	1.3597	144.10	207.01	0.56163

P = 400 psia (T_sat = −213.49 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	0.10744	60.099	68.051	0.29680
−200	0.12746	62.829	72.263	0.31349
−100	0.22185	73.954	90.375	0.37331
0	0.29861	82.516	104.62	0.40832
100	0.37102	90.542	118.00	0.43469
200	0.44151	98.350	131.03	0.45611
300	0.51098	106.05	143.87	0.47423
400	0.57982	113.68	156.59	0.48997
500	0.64825	121.27	169.25	0.50389
600	0.71640	128.83	181.86	0.51639
700	0.78436	136.37	194.43	0.52773
800	0.85216	143.90	206.97	0.53810

P = 600 psia (T_sat = −195.88 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	0.058496	55.293	61.787	0.26066
−100	0.14116	72.071	87.744	0.34788
0	0.19591	81.340	103.09	0.38565
100	0.24593	89.681	116.99	0.41303
200	0.29401	97.673	130.32	0.43495
300	0.34105	105.49	143.36	0.45336
400	0.38748	113.21	156.23	0.46928
500	0.43350	120.86	169.00	0.48333
600	0.47925	128.48	181.69	0.49591
700	0.52480	136.06	194.33	0.50731
800	0.57021	143.62	206.93	0.51773

P = 1000 psia
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
−100	0.076635	67.862	82.043	0.31074
0	0.11408	78.930	100.04	0.35517
100	0.14614	87.954	115.00	0.38467
200	0.17622	96.327	128.94	0.40759
300	0.20528	104.39	142.38	0.42657
400	0.23373	112.29	155.54	0.44285
500	0.26181	120.07	168.52	0.45714
600	0.28961	127.79	181.38	0.46989
700	0.31723	135.45	194.16	0.48141
800	0.34470	143.08	206.87	0.49192

P = 2000 psia
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
−100	0.031698	55.981	67.712	0.24614
0	0.054147	72.786	92.825	0.30847
100	0.072230	83.697	110.43	0.34323
200	0.088533	93.049	125.81	0.36856
300	0.10393	101.73	140.20	0.38887
400	0.11880	110.06	154.02	0.40597
500	0.13333	118.16	167.51	0.42081
600	0.14762	126.12	180.76	0.43395
700	0.16174	133.99	193.85	0.44575
800	0.17573	141.78	206.82	0.45648

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: Ch. Tegeler, R. Span, W. Wagner (1999). A New Equation of State for Argon Covering the Fluid Region for Temperatures From the Melting Line to 700 K at Pressures up to 1000 MPa. J. Phys. Chem. Ref. Data 28, 779–850. doi:10.1063/1.556037
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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