Tabla de saturación de oxígeno por temperatura

Name: Tabla de saturación de oxígeno 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: NBP: h = 0 y s = 0 del líquido saturado en el punto de ebullición normal (1 atm).

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
−204	5.3542	0.0008059	3.3435	−35.482	213.29	177.81	−35.477	231.19	195.71	−0.44680	3.3433	2.8965
−202	7.6903	0.0008119	2.3925	−32.126	211.20	179.07	−32.120	229.59	197.47	−0.39896	3.2269	2.8279
−200	10.808	0.0008180	1.7477	−28.770	209.10	180.33	−28.762	227.98	199.22	−0.35245	3.1166	2.7642
−198	14.892	0.0008243	1.3010	−25.414	206.99	181.58	−25.402	226.35	200.95	−0.30718	3.0120	2.7048
−196	20.148	0.0008307	0.98526	−22.057	204.87	182.81	−22.041	224.70	202.66	−0.26309	2.9126	2.6495
−194	26.807	0.0008372	0.75794	−18.699	202.73	184.03	−18.676	223.03	204.35	−0.22011	2.8178	2.5977
−192	35.123	0.0008439	0.59150	−15.338	200.58	185.24	−15.308	221.32	206.01	−0.17818	2.7273	2.5491
−190	45.372	0.0008507	0.46771	−11.973	198.39	186.42	−11.935	219.58	207.64	−0.13721	2.6407	2.5035
−188	57.851	0.0008577	0.37432	−8.6041	196.18	187.58	−8.5544	217.79	209.24	−0.097171	2.5577	2.4605
−186	72.876	0.0008650	0.30290	−5.2291	193.94	188.71	−5.1661	215.95	210.79	−0.057988	2.4779	2.4200
−184	90.782	0.0008724	0.24761	−1.8470	191.66	189.81	−1.7678	214.06	212.29	−0.019612	2.4011	2.3815
−182	111.92	0.0008800	0.20431	1.5435	189.34	190.88	1.6420	212.11	213.75	0.018007	2.3270	2.3450
−180	136.66	0.0008878	0.17005	4.9439	186.97	191.92	5.0652	210.09	215.16	0.054920	2.2554	2.3103
−178	165.38	0.0008959	0.14265	8.3555	184.56	192.91	8.5037	208.00	216.51	0.091170	2.1860	2.2772
−176	198.48	0.0009043	0.12054	11.780	182.09	193.87	11.959	205.84	217.79	0.12680	2.1187	2.2456
−174	236.36	0.0009129	0.10255	15.219	179.56	194.78	15.435	203.59	219.02	0.16186	2.0533	2.2152
−172	279.43	0.0009219	0.087787	18.674	176.98	195.65	18.931	201.25	220.18	0.19638	1.9896	2.1860
−170	328.12	0.0009311	0.075580	22.146	174.32	196.47	22.452	198.82	221.27	0.23040	1.9275	2.1579
−168	382.86	0.0009408	0.065416	25.639	171.60	197.24	25.999	196.29	222.29	0.26397	1.8667	2.1307
−166	444.08	0.0009508	0.056894	29.153	168.81	197.96	29.575	193.65	223.23	0.29711	1.8073	2.1044
−164	512.23	0.0009612	0.049704	32.691	165.93	198.62	33.183	190.90	224.08	0.32987	1.7490	2.0788
−162	587.76	0.0009721	0.043602	36.255	162.97	199.23	36.826	188.03	224.86	0.36229	1.6917	2.0540
−160	671.11	0.0009834	0.038393	39.848	159.92	199.77	40.508	185.03	225.54	0.39439	1.6353	2.0297
−158	762.76	0.0009953	0.033923	43.472	156.78	200.25	44.232	181.89	226.13	0.42621	1.5796	2.0058
−156	863.16	0.001008	0.030067	47.132	153.53	200.66	48.002	178.61	226.61	0.45781	1.5246	1.9825
−154	972.78	0.001021	0.026725	50.829	150.17	201.00	51.823	175.17	226.99	0.48921	1.4702	1.9594
−152	1092.1	0.001035	0.023815	54.570	146.68	201.25	55.700	171.56	227.26	0.52046	1.4161	1.9366
−150	1221.6	0.001050	0.021269	58.357	143.07	201.42	59.639	167.77	227.41	0.55160	1.3623	1.9139
−148	1361.8	0.001065	0.019032	62.197	139.31	201.50	63.647	163.77	227.42	0.58269	1.3086	1.8913
−146	1513.1	0.001082	0.017059	66.095	135.38	201.48	67.732	159.56	227.29	0.61379	1.2549	1.8687
−144	1676.1	0.001100	0.015310	70.060	131.28	201.34	71.904	155.10	227.01	0.64495	1.2009	1.8459
−142	1851.3	0.001119	0.013754	74.100	126.99	201.09	76.173	150.38	226.55	0.67625	1.1466	1.8229
−140	2039.3	0.001140	0.012363	78.227	122.46	200.69	80.553	145.35	225.90	0.70779	1.0916	1.7994
−138	2240.6	0.001163	0.011115	82.455	117.68	200.13	85.061	139.98	225.04	0.73967	1.0357	1.7754
−136	2455.8	0.001189	0.0099898	86.800	112.60	199.40	89.719	134.21	223.93	0.77202	0.97857	1.7506
−134	2685.6	0.001217	0.0089701	91.287	107.16	198.44	94.555	127.98	222.53	0.80503	0.91972	1.7248
−132	2930.5	0.001248	0.0080407	95.948	101.29	197.24	99.606	121.19	220.80	0.83891	0.85861	1.6975
−130	3191.5	0.001285	0.0071877	100.82	94.886	195.71	104.92	113.72	218.65	0.87400	0.79444	1.6684
−128	3469.2	0.001328	0.0063979	105.98	87.799	193.78	110.59	105.39	215.98	0.91077	0.72606	1.6368
−126	3764.6	0.001380	0.0056574	111.52	79.786	191.31	116.71	95.890	212.60	0.94995	0.65165	1.6016
−124	4078.9	0.001446	0.0049494	117.61	70.425	188.04	123.51	84.716	208.23	0.99283	0.56799	1.5608
−122	4413.7	0.001537	0.0042472	124.64	58.815	183.46	131.43	70.776	202.20	1.0422	0.46825	1.5105
−120	4771.0	0.001692	0.0034807	133.83	42.123	175.95	141.90	50.657	192.56	1.1073	0.33076	1.4380

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
−335	0.79282	0.01291	52.540	−15.174	91.648	76.474	−15.172	99.355	84.182	−0.10607	0.79694	0.69087
−330	1.3009	0.01305	33.250	−13.171	90.398	77.228	−13.167	98.399	85.232	−0.090315	0.75884	0.66853
−325	2.0502	0.01319	21.864	−11.167	89.141	77.975	−11.162	97.431	86.270	−0.075151	0.72348	0.64833
−320	3.1180	0.01333	14.869	−9.1621	87.875	78.713	−9.1545	96.446	87.292	−0.060535	0.69053	0.62999
−315	4.5941	0.01348	10.417	−7.1561	86.594	79.438	−7.1447	95.438	88.294	−0.046423	0.65970	0.61327
−310	6.5807	0.01363	7.4921	−5.1475	85.294	80.147	−5.1310	94.401	89.270	−0.032773	0.63073	0.59796
−305	9.1915	0.01378	5.5152	−3.1351	83.971	80.836	−3.1117	93.328	90.216	−0.019546	0.60340	0.58386
−300	12.551	0.01395	4.1446	−1.1175	82.619	81.501	−1.0851	92.213	91.127	−0.0067051	0.57752	0.57081
−295	16.793	0.01412	3.1723	0.90693	81.234	82.140	0.95080	91.048	91.999	0.0057818	0.55291	0.55869
−290	22.061	0.01429	2.4683	2.9397	79.810	82.750	2.9981	89.828	92.826	0.017946	0.52943	0.54737
−285	28.503	0.01448	1.9487	4.9825	78.344	83.327	5.0589	88.546	93.605	0.029817	0.50693	0.53675
−280	36.276	0.01467	1.5587	7.0372	76.831	83.868	7.1357	87.196	94.332	0.041421	0.48531	0.52673
−275	45.543	0.01487	1.2614	9.1057	75.266	84.372	9.2310	85.771	95.002	0.052785	0.46446	0.51724
−270	56.468	0.01509	1.0315	11.190	73.644	84.834	11.348	84.265	95.613	0.063933	0.44427	0.50820
−265	69.221	0.01531	0.85136	13.293	71.961	85.253	13.489	82.670	96.159	0.074888	0.42467	0.49955
−260	83.975	0.01555	0.70853	15.416	70.209	85.625	15.658	80.978	96.635	0.085674	0.40556	0.49123
−255	100.91	0.01580	0.59401	17.563	68.384	85.947	17.858	79.180	97.038	0.096315	0.38687	0.48318
−250	120.19	0.01608	0.50123	19.737	66.476	86.213	20.094	77.267	97.361	0.10684	0.36852	0.47535
−245	142.01	0.01637	0.42534	21.942	64.478	86.420	22.372	75.226	97.597	0.11726	0.35042	0.46769
−240	166.56	0.01668	0.36269	24.182	62.379	86.560	24.696	73.043	97.739	0.12762	0.33251	0.46013
−235	194.01	0.01702	0.31053	26.463	60.165	86.628	27.074	70.702	97.776	0.13794	0.31469	0.45263
−230	224.56	0.01740	0.26673	28.792	57.820	86.612	29.515	68.181	97.696	0.14825	0.29687	0.44512
−225	258.42	0.01781	0.22967	31.178	55.324	86.502	32.029	65.455	97.484	0.15861	0.27892	0.43753
−220	295.78	0.01827	0.19804	33.632	52.649	86.281	34.631	62.489	97.120	0.16905	0.26073	0.42978
−215	336.87	0.01879	0.17082	36.169	49.760	85.929	37.340	59.237	96.577	0.17966	0.24211	0.42177
−210	381.92	0.01938	0.14718	38.812	46.603	85.415	40.182	55.636	95.817	0.19051	0.22284	0.41335
−205	431.18	0.02009	0.12644	41.592	43.105	84.697	43.195	51.591	94.786	0.20175	0.20258	0.40432
−200	484.95	0.02095	0.10800	44.561	39.143	83.704	46.441	46.954	93.395	0.21357	0.18082	0.39439
−195	543.56	0.02205	0.091266	47.807	34.506	82.313	50.025	41.468	91.493	0.22635	0.15668	0.38303
−190	607.44	0.02359	0.075553	51.515	28.751	80.266	54.166	34.593	88.759	0.24084	0.12828	0.36912
−185	677.23	0.02622	0.059422	56.268	20.498	76.766	59.554	24.659	84.213	0.25945	0.089776	0.34923

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: . . .
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

Más herramientas

English version

Acerca de Simuveliq · Política de privacidad · Contacto