Tabla de vapor sobrecalentado de nitrógeno

Name: Tabla de vapor sobrecalentado de nitrógeno
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 = 0.03 MPa (T_sat = −204.82 °C)
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
Sat.	0.66396	171.71	191.63	2.8218
−200	0.71317	175.39	196.78	2.8947
−150	1.2145	212.88	249.32	3.4425
−100	1.7112	250.09	301.42	3.7976
−50	2.2068	287.24	353.44	4.0615
0	2.7020	324.38	405.44	4.2718
50	3.1971	361.54	457.45	4.4466
100	3.6920	398.77	509.53	4.5965
150	4.1868	436.14	561.75	4.7278
200	4.6816	473.75	614.20	4.8449
250	5.1764	511.70	666.99	4.9510
300	5.6711	550.08	720.22	5.0482
350	6.1659	588.97	773.94	5.1380
400	6.6606	628.41	828.23	5.2218

P = 0.05 MPa (T_sat = −201.32 °C)
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
Sat.	0.41529	173.94	194.70	2.7173
−200	0.42356	174.96	196.14	2.7372
−150	0.72718	212.73	249.09	3.2896
−100	1.0260	250.00	301.30	3.6454
−50	1.3237	287.18	353.36	3.9096
0	1.6211	324.34	405.39	4.1200
50	1.9182	361.51	457.42	4.2949
100	2.2153	398.74	509.50	4.4448
150	2.5122	436.12	561.73	4.5761
200	2.8092	473.73	614.19	4.6933
250	3.1061	511.68	666.99	4.7993
300	3.4030	550.07	720.21	4.8965
350	3.6999	588.95	773.95	4.9864
400	3.9967	628.40	828.23	5.0702

P = 0.08 MPa (T_sat = −197.75 °C)
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
Sat.	0.26956	176.09	197.66	2.6223
−150	0.45303	212.50	248.75	3.1482
−100	0.64054	249.86	301.11	3.5052
−50	0.82699	287.08	353.25	3.7697
0	1.0130	324.27	405.31	3.9802
50	1.1989	361.45	457.36	4.1552
100	1.3846	398.69	509.46	4.3051
150	1.5703	436.08	561.70	4.4365
200	1.7559	473.70	614.17	4.5537
250	1.9416	511.65	666.98	4.6598
300	2.1271	550.04	720.21	4.7570
350	2.3127	588.93	773.95	4.8468
400	2.4983	628.38	828.24	4.9306

P = 0.15 MPa (T_sat = −192.31 °C)
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
Sat.	0.15086	179.08	201.71	2.4962
−150	0.23980	211.96	247.93	2.9573
−100	0.34076	249.55	300.67	3.3168
−50	0.44064	286.87	352.96	3.5822
0	0.54012	324.10	405.12	3.7931
50	0.63940	361.32	457.23	3.9683
100	0.73857	398.59	509.37	4.1183
150	0.83769	435.99	561.64	4.2497
200	0.93675	473.62	614.13	4.3670
250	1.0358	511.59	666.96	4.4731
300	1.1348	549.98	720.20	4.5703
350	1.2338	588.88	773.95	4.6602
400	1.3328	628.33	828.25	4.7440

P = 0.25 MPa (T_sat = −187.22 °C)
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
Sat.	0.093702	181.48	204.91	2.3934
−150	0.14230	211.18	246.75	2.7992
−100	0.20371	249.10	300.03	3.1626
−50	0.26402	286.56	352.56	3.4292
0	0.32393	323.87	404.85	3.6406
50	0.38364	361.14	457.05	3.8161
100	0.44324	398.44	509.25	3.9663
150	0.50277	435.86	561.55	4.0978
200	0.56227	473.51	614.08	4.2151
250	0.62173	511.49	666.92	4.3213
300	0.68117	549.90	720.19	4.4185
350	0.74060	588.80	773.95	4.5085
400	0.80001	628.27	828.27	4.5923

P = 0.4 MPa (T_sat = −181.92 °C)
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
Sat.	0.060046	183.50	207.52	2.2969
−150	0.087418	209.97	244.93	2.6498
−100	0.12662	248.43	299.07	3.0192
−50	0.16468	286.10	351.97	3.2876
0	0.20232	323.52	404.45	3.4998
50	0.23977	360.86	456.77	3.6757
100	0.27711	398.21	509.05	3.8262
150	0.31439	435.67	561.42	3.9579
200	0.35162	473.35	613.99	4.0753
250	0.38882	511.35	666.88	4.1815
300	0.42600	549.77	720.17	4.2788
350	0.46317	588.70	773.96	4.3688
400	0.50032	628.17	828.30	4.4527

P = 0.6 MPa (T_sat = −176.77 °C)
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
Sat.	0.040537	184.88	209.21	2.2103
−150	0.056889	208.28	242.41	2.5154
−100	0.083794	247.51	297.79	2.8935
−50	0.10949	285.47	351.17	3.1645
0	0.13477	323.05	403.91	3.3778
50	0.15985	360.49	456.40	3.5542
100	0.18482	397.90	508.80	3.7050
150	0.20973	435.41	561.25	3.8369
200	0.23459	473.13	613.88	3.9545
250	0.25943	511.16	666.82	4.0608
300	0.28424	549.61	720.15	4.1582
350	0.30904	588.55	773.97	4.2482
400	0.33383	628.04	828.33	4.3321

P = 1 MPa (T_sat = −169.40 °C)
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
Sat.	0.024195	185.56	209.75	2.0916
−150	0.032363	204.64	237.00	2.3332
−100	0.049530	245.65	295.18	2.7312
−50	0.065343	284.22	349.57	3.0073
0	0.080726	322.12	402.85	3.2228
50	0.095913	359.75	455.66	3.4004
100	0.11099	397.30	508.29	3.5518
150	0.12600	434.90	560.91	3.6841
200	0.14097	472.69	613.67	3.8020
250	0.15591	510.78	666.70	3.9085
300	0.17083	549.28	720.11	4.0060
350	0.18574	588.26	774.00	4.0961
400	0.20063	627.78	828.41	4.1801

P = 2 MPa (T_sat = −157.55 °C)
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
Sat.	0.010996	181.26	203.25	1.8849
−150	0.013507	192.97	219.99	2.0255
−100	0.023828	240.81	288.46	2.4974
−50	0.032251	281.06	345.57	2.7876
0	0.040213	319.78	400.21	3.0086
50	0.047975	357.91	453.86	3.1890
100	0.055629	395.80	507.05	3.3421
150	0.063219	433.64	560.08	3.4754
200	0.070767	471.61	613.15	3.5940
250	0.078286	509.85	666.42	3.7010
300	0.085784	548.46	720.03	3.7989
350	0.093268	587.53	774.07	3.8893
400	0.10074	627.13	828.61	3.9734

P = 3 MPa (T_sat = −149.53 °C)
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
Sat.	0.0057930	167.68	185.06	1.6655
−100	0.015261	235.66	281.44	2.3473
−50	0.021238	277.86	341.58	2.6532
0	0.026724	317.45	397.62	2.8799
50	0.032008	356.08	452.11	3.0632
100	0.037185	394.30	505.86	3.2178
150	0.042298	432.39	559.28	3.3522
200	0.047370	470.55	612.65	3.4714
250	0.052414	508.92	666.16	3.5789
300	0.057438	547.65	719.96	3.6771
350	0.062447	586.82	774.16	3.7678
400	0.067444	626.50	828.83	3.8522

P = 5 MPa
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
−100	0.0084333	224.41	266.57	2.1313
−50	0.012467	271.36	333.69	2.4735
0	0.015963	312.79	392.61	2.7120
50	0.019256	352.46	448.74	2.9008
100	0.022446	391.36	503.58	3.0586
150	0.025574	429.93	557.79	3.1950
200	0.028663	468.44	611.75	3.3155
250	0.031724	507.10	665.72	3.4239
300	0.034767	546.05	719.88	3.5228
350	0.037795	585.40	774.38	3.6139
400	0.040813	625.24	829.30	3.6987

P = 8 MPa
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
−100	0.0047328	205.83	243.69	1.8906
−50	0.0076076	261.53	322.39	2.2931
0	0.0099584	305.92	385.58	2.5491
50	0.012118	347.15	444.10	2.7460
100	0.014180	387.05	500.49	2.9083
150	0.016186	426.32	555.81	3.0474
200	0.018155	465.37	610.60	3.1698
250	0.020098	504.44	665.22	3.2796
300	0.022024	543.72	719.91	3.3794
350	0.023936	583.34	774.83	3.4713
400	0.025838	623.41	830.11	3.5566

P = 10 MPa
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
−100	0.0036485	193.87	230.36	1.7658
−50	0.0060351	255.10	315.45	2.2014
0	0.0079842	301.45	381.29	2.4683
50	0.0097564	343.72	441.28	2.6701
100	0.011438	384.27	498.65	2.8352
150	0.013066	423.99	554.65	2.9761
200	0.014659	463.38	609.97	3.0997
250	0.016229	502.71	664.99	3.2102
300	0.017781	542.20	720.01	3.3107
350	0.019320	582.00	775.21	3.4030
400	0.020850	622.21	830.71	3.4887

La tabla en texto, unidades inglesas

P = 4 psia (T_sat = −337.64 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	11.490	73.671	82.176	0.67812
−300	15.176	80.470	91.703	0.74620
−200	24.825	98.288	116.66	0.86762
−100	34.426	116.04	141.52	0.94861
0	44.015	133.78	166.36	1.0095
100	53.599	151.53	191.21	1.0584
200	63.181	169.31	216.07	1.0993
300	72.761	187.15	241.01	1.1345
400	82.341	205.12	266.07	1.1655
500	91.920	223.28	291.32	1.1933
600	101.50	241.67	316.80	1.2186
700	111.08	260.34	342.56	1.2418
800	120.66	279.31	368.62	1.2633

P = 6 psia (T_sat = −332.80 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	7.9174	74.418	83.209	0.65824
−300	10.079	80.387	91.578	0.71693
−200	16.535	98.253	116.61	0.83874
−100	22.944	116.02	141.50	0.91981
0	29.340	133.77	166.35	0.98077
100	35.732	151.52	191.19	1.0297
200	42.122	169.30	216.06	1.0706
300	48.510	187.14	241.00	1.1058
400	54.897	205.11	266.07	1.1368
500	61.283	223.27	291.31	1.1645
600	67.670	241.66	316.80	1.1898
700	74.056	260.34	342.56	1.2130
800	80.441	279.31	368.63	1.2346

P = 10 psia (T_sat = −326.05 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	4.9511	75.409	84.571	0.63348
−300	5.9997	80.221	91.323	0.67967
−200	9.9030	98.183	116.51	0.80226
−100	13.758	115.98	141.44	0.88348
0	17.601	133.74	166.31	0.94450
100	21.439	151.50	191.17	0.99343
200	25.274	169.28	216.05	1.0343
300	29.108	187.13	240.99	1.0695
400	32.942	205.10	266.06	1.1005
500	36.774	223.26	291.31	1.1283
600	40.606	241.66	316.80	1.1536
700	44.438	260.33	342.56	1.1768
800	48.270	279.30	368.63	1.1984

P = 20 psia (T_sat = −315.55 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	2.6125	76.817	86.486	0.60023
−300	2.9389	79.789	90.666	0.62779
−200	4.9290	98.008	116.25	0.75244
−100	6.8688	115.87	141.29	0.83404
0	8.7962	133.66	166.22	0.89519
100	10.719	151.44	191.11	0.94419
200	12.639	169.23	216.01	0.98512
300	14.557	187.09	240.97	1.0204
400	16.475	205.07	266.04	1.0514
500	18.392	223.23	291.30	1.0792
600	20.309	241.63	316.80	1.1044
700	22.226	260.31	342.56	1.1277
800	24.142	279.29	368.64	1.1492

P = 30 psia (T_sat = −308.53 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	1.7922	77.645	87.595	0.58079
−300	1.9167	79.334	89.975	0.59611
−200	3.2710	97.831	115.99	0.72302
−100	4.5724	115.76	141.15	0.80500
0	5.8614	133.59	166.13	0.86628
100	7.1454	151.38	191.05	0.91534
200	8.4269	169.19	215.97	0.95631
300	9.7071	187.05	240.94	0.99155
400	10.986	205.04	266.03	1.0226
500	12.265	223.21	291.30	1.0504
600	13.543	241.61	316.79	1.0756
700	14.822	260.29	342.57	1.0989
800	16.099	279.27	368.64	1.1205

P = 50 psia (T_sat = −298.60 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	1.1083	78.632	88.886	0.55598
−200	1.9444	97.473	115.46	0.68542
−100	2.7353	115.55	140.86	0.76819
0	3.5135	133.44	165.94	0.82974
100	4.2867	151.26	190.93	0.87892
200	5.0575	169.09	215.89	0.91995
300	5.8268	186.97	240.89	0.95524
400	6.5953	204.97	266.00	0.98629
500	7.3633	223.15	291.28	1.0141
600	8.1308	241.56	316.79	1.0394
700	8.8980	260.25	342.57	1.0626
800	9.6651	279.23	368.66	1.0842

P = 80 psia (T_sat = −288.19 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	0.70515	79.381	89.820	0.53230
−200	1.1980	96.924	114.66	0.64997
−100	1.7020	115.22	140.42	0.73397
0	2.1929	133.21	165.67	0.79593
100	2.6787	151.09	190.75	0.84530
200	3.1622	168.96	215.77	0.88643
300	3.6442	186.86	240.81	0.92177
400	4.1254	204.88	265.95	0.95286
500	4.6060	223.07	291.26	0.98071
600	5.0862	241.49	316.79	1.0060
700	5.5661	260.18	342.58	1.0293
800	6.0459	279.18	368.68	1.0509

P = 150 psia (T_sat = −271.98 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	0.37415	79.765	90.150	0.49755
−200	0.61682	95.587	112.71	0.60019
−100	0.89833	114.46	139.39	0.68728
0	1.1658	132.68	165.03	0.75022
100	1.4282	150.69	190.33	0.80002
200	1.6881	168.63	215.49	0.84138
300	1.9467	186.60	240.63	0.87686
400	2.2044	204.66	265.84	0.90804
500	2.4615	222.88	291.20	0.93595
600	2.7182	241.33	316.78	0.96129
700	2.9747	260.04	342.61	0.98459
800	3.2309	279.05	368.73	1.0062

P = 250 psia (T_sat = −256.52 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	0.21189	78.739	88.541	0.46280
−200	0.35020	93.511	109.71	0.55579
−100	0.53110	113.34	137.91	0.64800
0	0.69650	131.91	164.13	0.71237
100	0.85668	150.11	189.74	0.76279
200	1.0144	168.18	215.10	0.80448
300	1.1707	186.22	240.38	0.84016
400	1.3262	204.34	265.69	0.87146
500	1.4812	222.61	291.13	0.89945
600	1.6358	241.09	316.77	0.92486
700	1.7900	259.83	342.65	0.94820
800	1.9441	278.87	368.81	0.96984

P = 400 psia (T_sat = −240.27 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	0.10956	74.165	82.275	0.41303
−200	0.19864	89.928	104.63	0.50813
−100	0.32477	111.63	135.67	0.60998
0	0.43276	130.76	162.79	0.67660
100	0.53540	149.25	188.88	0.72797
200	0.63558	167.49	214.54	0.77015
300	0.73440	185.66	240.02	0.80612
400	0.83240	203.87	265.48	0.83761
500	0.92985	222.21	291.03	0.86572
600	1.0269	240.74	316.76	0.89122
700	1.1237	259.53	342.71	0.91462
800	1.2203	278.60	368.93	0.93631

P = 600 psia
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
−200	0.11202	83.813	96.250	0.45450
−100	0.21054	109.28	132.65	0.57484
0	0.28659	129.23	161.05	0.64463
100	0.35716	148.11	187.77	0.69726
200	0.42531	166.59	213.81	0.74009
300	0.49213	184.92	239.56	0.77644
400	0.55814	203.25	265.22	0.80816
500	0.62363	221.68	290.92	0.83644
600	0.68875	240.29	316.76	0.86205
700	0.75361	259.13	342.80	0.88554
800	0.81827	278.25	369.10	0.90729

P = 1000 psia
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
−200	0.046381	66.568	75.151	0.35289
−100	0.12032	104.40	126.66	0.52575
0	0.17042	126.17	157.71	0.60217
100	0.21510	145.87	185.67	0.65727
200	0.25746	164.83	212.47	0.70134
300	0.29859	183.48	238.73	0.73842
400	0.33895	202.04	264.76	0.77060
500	0.37882	220.64	290.74	0.79919
600	0.41834	239.39	316.80	0.82503
700	0.45761	258.35	343.03	0.84867
800	0.49670	277.56	369.47	0.87055

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: Roland Span, Eric W. Lemmon, Richard T. Jacobsen, Wolfgang Wagner, Akimichi Yokozeki (2000). A Reference Equation of State for the Thermodynamic Properties of Nitrogen for Temperatures from 63.151 to 1000 K and Pressures to 2200 MPa. J. Phys. Chem. Ref. Data 29, 1361–1433. doi:10.1063/1.1349047
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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