Combustion

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Hydrogen, Monatomic (H), Ideal Gas, mol. wt. = 1.00794
Enthalpy Reference Temperature = T_r = 298.15 K				Standard State Pressure= p^o = 0.1 MPa
T (K)	C_p^o(J/K/mol)	S^o(J/K/mol)	−[G^o−H^o(T_r)]/T(J/mol/K)	H^o−H^o(T_r)(kJ/mol)	Δ_fH^o(kJ/mol)	Δ_fG^o(kJ/mol)	log K_f
3300	20.786	164.688	145.780	62.397	230.413	27.598	−0.437
3400	20.786	165.308	146.345	64.475	230.599	21.449	−0.330
3500	20.786	165.911	146.895	66.554	230.776	15.295	−0.228
3600	20.786	166.496	147.432	68.632	230.942	9.136	−0.133
3700	20.786	167.066	147.955	70.711	231.098	2.973	−0.042
3800	20.786	167.620	148.465	72.790	231.244	−3.195	0.044
3900	20.786	168.160	148.963	74.868	231.381	−9.366	0.125
4000	20.786	168.686	149.450	76.947	231.509	−15.541	0.203
4100	20.786	169.200	149.925	79.025	231.627	−21.718	0.277
4200	20.786	169.700	150.390	81.104	231.736	−27.899	0.347
4300	20.786	170.190	150.845	83.183	231.836	−34.082	0.414
4400	20.786	170.667	151.290	85.261	231.927	−40.267	0.478
4500	20.786	171.135	151.726	87.340	232.009	−46.454	0.539
4600	20.786	171.591	152.153	89.418	232.082	−52.643	0.598
4700	20.786	172.038	152.571	91.497	232.147	−58.834	0.654
4800	20.786	172.476	152.981	93.576	232.204	−65.025	0.708
4900	20.786	172.905	153.383	95.654	232.253	−71.218	0.759
5000	20.786	173.325	153.778	97.733	232.294	−77.412	0.809
5100	20.786	173.736	154.165	99.811	232.327	−83.606	0.856
5200	20.786	174.140	154.546	101.890	232.353	−89.801	0.902
5300	20.786	174.536	154.919	103.969	232.373	−95.997	0.946
5400	20.786	174.924	155.286	106.047	232.386	−102.192	0.989
5500	20.786	175.306	155.646	108.126	232.392	−108.389	1.029
5600	20.786	175.680	156.001	110.204	232.393	−114.584	1.069
5700	20.786	176.048	156.349	112.283	232.389	−120.780	1.107
5800	20.786	176.410	156.692	114.362	232.379	−126.976	1.144
5900	20.786	176.765	157.029	116.440	232.365	−133.172	1.179
6000	20.786	177.114	157.361	118.519	232.348	−139.368	1.213

Hydroxyl (OH), Ideal Gas, mol. wt. = 17.0074
Enthalpy Reference Temperature = T_r = 298.15 K				Standard State Pressure= p^o = 0.1 MPa
T (K)	C_p^o(J/K/mol)	S^o(J/K/mol)	−[G^o−H^o(T_r)]/T(J/mol/K)	H^o−H^o(T_r)(kJ/mol)	Δ_fH^o(kJ/mol)	Δ_fG^o(kJ/mol)	log K_f
0	0.	0.	Infinite	−9.172	38.390	38.390	Infinite
100	32.627	149.590	210.980	−6.139	38.471	37.214	−19.438
200	30.777	171.592	186.471	−2.976	38.832	35.803	−9.351
250	30.283	178.402	184.204	−1.450	38.930	35.033	−7.320
298.15	29.986	183.708	183.708	0.	38.987	34.277	−6.005
300	29.977	183.894	183.709	0.055	38.988	34.248	−5.963
350	29.780	188.499	184.073	1.549	39.019	33.455	−4.993
400	29.650	192.466	184.880	3.035	39.029	32.660	−4.265
450	29.567	195.954	185.921	4.515	39.020	31.864	−3.699
500	29.521	199.066	187.082	5.992	38.995	31.070	−3.246
600	29.527	204.447	189.542	8.943	38.902	29.493	−2.568
700	29.663	209.007	192.005	11.902	38.764	27.935	−2.085
800	29.917	212.983	194.384	14.880	38.598	26.399	−1.724
900	30.264	216.526	196.651	17.888	38.416	24.884	−1.444
1000	30.676	219.736	198.801	20.935	38.230	23.391	−1.222
1100	31.124	222.680	200.840	24.024	38.046	21.916	−1.041
1200	31.586	225.408	202.775	27.160	37.867	20.458	−0.891
1300	32.046	227.955	204.615	30.342	37.697	19.014	−0.764
1400	32.492	230.346	206.368	33.569	37.535	17.583	−0.656
1500	32.917	232.602	208.043	36.839	37.381	16.163	−0.563
1600	33.319	234.740	209.645	40.151	37.234	14.753	−0.482
1700	33.694	236.771	211.182	43.502	37.093	13.352	−0.410
1800	34.044	238.707	212.657	46.889	36.955	11.960	−0.347
1900	34.369	240.557	214.078	50.310	36.819	10.575	−0.291
2000	34.670	242.327	215.446	53.762	36.685	9.197	−0.240
2100	34.950	244.026	216.767	57.243	36.551	7.826	−0.195
2200	35.209	245.658	218.043	60.752	36.416	6.462	−0.153
2300	35.449	247.228	219.278	64.285	36.278	5.103	−0.116
2400	35.673	248.741	220.474	67.841	36.137	3.750	−0.082
2500	35.881	250.202	221.635	71.419	35.992	2.404	−0.050
2600	36.075	251.613	222.761	75.017	35.843	1.063	−0.021
2700	36.256	252.978	223.855	78.633	35.689	−0.271	0.005
2800	36.426	254.300	224.918	82.267	35.530	−1.600	0.030
2900	36.586	255.581	225.954	85.918	35.365	−2.924	0.053
3000	36.736	256.824	226.962	89.584	35.194	−4.241	0.074
3100	36.878	258.031	227.945	93.265	35.017	−5.552	0.094
3200	37.013	259.203	228.904	96.960	34.834	−6.858	0.112
Table Continued

Hydroxyl (OH), Ideal Gas, mol. wt. = 17.0074
Enthalpy Reference Temperature = T_r = 298.15 K				Standard State Pressure= p^o = 0.1 MPa
T (K)	C_p^o(J/K/mol)	S^o(J/K/mol)	−[G^o−H^o(T_r)]/T(J/mol/K)	H^o−H^o(T_r)(kJ/mol)	Δ_fH^o(kJ/mol)	Δ_fG^o(kJ/mol)	log K_f
3300	37.140	260.344	229.839	100.667	34.644	−8.158	0.129
3400	37.261	261.455	230.753	104.387	34.448	−9.452	0.145
3500	37.376	262.537	231.645	108.119	34.246	−10.741	0.160
3600	37.486	263.591	232.518	111.863	34.037	−12.023	0.174
3700	37.592	264.620	233.372	115.617	33.821	−13.300	0.188
3800	37.693	265.624	234.208	119.381	33.599	−14.570	0.200
3900	37.791	266.604	235.026	123.155	33.371	−15.834	0.212
4000	37.885	267.562	235.827	126.939	33.136	−17.093	0.223
4100	37.976	268.499	236.613	130.732	32.894	−18.346	0.234
4200	38.064	269.415	237.383	134.534	32.646	−19.593	0.244
4300	38.150	270.311	238.138	138.345	32.391	−20.833	0.253
4400	38.233	271.189	238.879	142.164	32.130	−22.068	0.262
4500	38.315	272.050	239.607	145.991	31.862	−23.297	0.270
4600	38.394	272.893	240.322	149.827	31.587	−24.520	0.278
4700	38.472	273.719	241.023	153.670	31.305	−25.737	0.286
4800	38.549	274.530	241.713	157.521	31.017	−26.947	0.293
4900	38.625	275.326	242.391	161.380	30.722	−28.152	0.300
5000	38.699	276.107	243.057	165.246	30.420	−29.350	0.307
5100	38.773	276.874	243.713	169.120	30.111	−30.542	0.313
5200	38.846	277.627	244.358	173.001	29.796	−31.729	0.319
5300	38.919	278.368	244.993	176.889	29.473	−32.909	0.324
5400	38.991	279.096	245.617	180.784	29.144	−34.083	0.330
5500	39.062	279.812	246.233	184.687	28.807	−35.251	0.335
5600	39.134	280.517	246.839	188.597	28.464	−36.412	0.340
5700	39.206	281.210	247.436	192.514	28.113	−37.568	0.344
5800	39.278	281.892	248.024	196.438	27.756	−38.716	0.349
5900	39.350	282.564	248.604	200.369	27.391	−39.860	0.353
6000	39.423	283.226	249.175	204.308	27.019	−40.997	0.357

Hydroperoxyl (HO₂), Ideal Gas, mol. wt. = 33.00674
Enthalpy Reference Temperature = T_r = 298.15 K				Standard State Pressure= p^o = 0.1 MPa
T (K)	C_p^o(J/K/mol)	S^o(J/K/mol)	−[G^o−H^o(T_r)]/T(J/mol/K)	H^o−H^o(T_r)(kJ/mol)	Δ_fH^o(kJ/mol)	Δ_fG^o(kJ/mol)	log K_f
0	0.	0.	Infinite	−10.003	5.006	5.006	Infinite
100	33.258	192.430	259.201	−6.677	3.928	7.052	−3.683
200	33.491	215.515	232.243	−3.346	3.001	10.536	−2.752
250	34.044	223.040	229.676	−1.659	2.532	12.475	−2.606
298.15	34.905	229.106	229.106	0.	2.092	14.430	−2.528
300	34.943	229.322	229.107	0.065	2.076	14.506	−2.526
350	36.072	234.791	229.536	1.839	1.649	16.612	−2.479
400	37.296	239.688	230.504	3.673	1.260	18.777	−2.452
450	38.519	244.151	231.776	5.569	0.908	20.988	−2.436
500	39.687	248.271	233.222	7.524	0.591	23.236	−2.427
600	41.781	255.697	236.363	11.601	0.043	27.819	−2.422
700	43.558	262.275	239.603	15.870	−0.411	32.485	−2.424
800	45.084	268.193	242.813	20.304	−0.790	37.211	−2.430
900	46.418	273.582	245.937	24.880	−1.107	41.981	−2.436
1000	47.604	278.535	248.952	29.583	−1.368	46.783	−2.444
1100	48.672	283.123	251.853	34.397	−1.582	51.609	−2.451
1200	49.643	287.400	254.639	39.314	−1.754	56.452	−2.457
1300	50.535	291.410	257.315	44.323	−1.887	61.308	−2.463
1400	51.360	295.185	259.886	49.419	−1.988	66.173	−2.469
1500	52.128	298.755	262.360	54.593	−2.058	71.045	−2.474
1600	52.845	302.143	264.741	59.842	−2.102	75.920	−2.479
1700	53.518	305.367	267.037	65.161	−2.122	80.797	−2.483
1800	54.149	308.444	269.252	70.545	−2.121	85.674	−2.486
1900	54.742	311.388	271.393	75.989	−2.102	90.551	−2.489
2000	55.299	314.210	273.464	81.492	−2.067	95.427	−2.492
2100	55.820	316.921	275.469	87.048	−2.019	100.301	−2.495
2200	56.308	319.529	277.413	92.655	−1.960	105.172	−2.497
2300	56.763	322.042	279.299	98.309	−1.893	110.040	−2.499
2400	57.186	324.467	281.131	104.006	−1.818	114.905	−2.501
2500	57.578	326.809	282.911	109.745	−1.740	119.767	−2.502
2600	57.940	329.075	284.644	115.521	−1.659	124.625	−2.504
2700	58.274	331.268	286.330	121.332	−1.577	129.481	−2.505
2800	58.580	333.393	287.973	127.175	−1.497	134.334	−2.506
2900	58.860	335.453	289.575	133.047	−1.419	139.183	−2.507
3000	59.115	337.453	291.138	138.946	−1.346	144.030	−2.508
3100	59.347	339.395	292.663	144.869	−1.278	148.876	−2.509
3200	59.557	341.283	294.153	150.814	−1.218	153.718	−2.509
3300	59.745	343.118	295.609	156.780	−1.165	158.558	−2.510
Table Continued

Hydroperoxyl (HO₂), Ideal Gas, mol. wt. = 33.00674
Enthalpy Reference Temperature = T_r = 298.15 K				Standard State Pressure= p^o = 0.1 MPa
T (K)	C_p^o(J/K/mol)	S^o(J/K/mol)	−[G^o−H^o(T_r)]/T(J/mol/K)	H^o−H^o(T_r)(kJ/mol)	Δ_fH^o(kJ/mol)	Δ_fG^o(kJ/mol)	log K_f
3400	59.915	344.904	297.033	162.763	−1.122	163.398	−2.510
3500	60.066	346.643	298.426	168.762	−1.089	168.236	−2.511
3600	60.200	348.337	299.789	174.775	−1.067	173.074	−2.511
3700	60.318	349.989	301.123	180.801	−1.058	177.910	−2.512
3800	60.423	351.599	302.431	186.839	−1.061	182.748	−2.512
3900	60.513	353.169	303.711	192.886	−1.078	187.586	−2.512
4000	60.592	354.702	304.987	198.941	−1.109	192.423	−2.513
4100	60.659	356.199	306.199	205.004	−1.156	197.262	−2.513
4200	60.716	357.662	307.406	211.072	−1.217	202.102	−2.514
4300	60.764	359.091	308.592	217.146	−1.296	206.945	−2.514
4400	60.803	360.488	309.756	223.225	−1.391	211.788	−2.514
4500	60.834	361.855	310.898	229.307	−1.504	216.634	−2.515
4600	60.858	363.193	312.021	235.391	−1.634	221.482	−2.515
4700	60.876	364.502	313.123	241.478	−1.784	226.335	−2.515
4800	60.888	365.783	314.207	247.566	−1.952	231.190	−2.516
4900	60.895	367.039	315.272	253.656	−2.141	236.050	−2.516
5000	60.897	368.269	316.320	259.745	−2.350	240.913	−2.517
5100	60.894	369.475	317.351	265.835	−2.580	245.780	−2.517
5200	60.888	370.658	318.364	271.924	−2.831	250.652	−2.518
5300	60.879	371.817	319.362	278.012	−3.105	255.530	−2.518
5400	60.866	372.955	320.344	284.100	−3.402	260.412	−2.519
5500	60.851	374.072	321.311	290.185	−3.722	265.300	−2.520
5600	60.834	375.168	322.263	296.270	−4.067	270.195	−2.520
5700	60.814	376.245	323.200	302.352	−4.437	275.096	−2.521
5800	60.792	377.302	324.124	308.432	−4.832	280.004	−2.522
5900	60.769	378.341	325.034	314.511	−5.254	284.917	−2.522
6000	60.745	379.362	325.931	320.586	−5.702	289.839	−2.523

Hydrogen (H₂), Ideal Gas−Reference State, mol. wt. = 2.01,588
Enthalpy Reference Temperature = T_r = 298.15 K				Standard State Pressure= p^o = 0.1 MPa
T (K)	C_p^o(J/K/mol)	S^o(J/K/mol)	−[G^o−H^o(T_r)]/T(J/mol/K)	H^o−H^o(T_r)(kJ/mol)	Δ_fH^o(kJ/mol)	Δ_fG^o(kJ/mol)	log K_f
0	0.	0.	Infinite	−8.467	0.	0.	0.
100	28.154	100.727	155.408	−5.468	0.	0.	0.
200	27.447	119.412	133.284	−2.774	0.	0.	0.
250	28.344	125.640	131.152	−1.378	0.	0.	0.
298.15	28.836	130.680	130.680	0.	0.	0.	0.
300	28.849	130.858	130.680	0.053	0.	0.	0.
350	29.081	135.325	131.032	1.502	0.	0.	0.
400	29.181	139.216	131.817	2.959	0.	0.	0.
450	29.229	142.656	132.834	4.420	0.	0.	0.
500	29.260	145.737	133.973	5.882	0.	0.	0.
600	29.327	151.077	136.392	8.811	0.	0.	0.
700	29.441	155.606	138.822	11.749	0.	0.	0.
800	29.624	159.548	141.171	14.702	0.	0.	0.
900	29.881	163.051	143.411	17.676	0.	0.	0.
1000	30.205	166.216	145.536	20.680	0.	0.	0.
1100	30.581	169.112	147.549	23.719	0.	0.	0.
1200	30.992	171.790	149.459	26.797	0.	0.	0.
1300	31.423	174.288	151.274	29.918	0.	0.	0.
1400	31.861	176.633	153.003	33.082	0.	0.	0.
1500	32.298	178.846	154.652	36.290	0.	0.	0.
1600	32.725	180.944	156.231	39.541	0.	0.	0.
1700	33.139	182.940	157.743	42.835	0.	0.	0.
1800	33.537	184.846	159.197	46.169	0.	0.	0.
1900	33.917	186.669	160.595	49.541	0.	0.	0.
2000	34.280	188.418	161.943	52.951	0.	0.	0.
2100	34.624	190.099	163.244	56.397	0.	0.	0.
2200	34.952	191.718	164.501	59.876	0.	0.	0.
2300	35.263	193.278	165.719	63.387	0.	0.	0.
2400	35.559	194.785	166.899	66.928	0.	0.	0.
2500	35.842	196.243	168.044	70.498	0.	0.	0.
2600	36.111	197.654	169.155	74.096	0.	0.	0.
2700	36.370	199.021	170.236	77.720	0.	0.	0.
2800	36.618	200.349	171.288	81.369	0.	0.	0.
2900	36.856	201.638	172.313	85.043	0.	0.	0.
3000	37.087	202.891	173.311	88.740	0.	0.	0.
3100	37.311	204.111	174.285	92.460	0.	0.	0.
Table Continued

Hydrogen (H₂), Ideal Gas−Reference State, mol. wt. = 2.01,588
Enthalpy Reference Temperature = T_r = 298.15 K				Standard State Pressure= p^o = 0.1 MPa
T (K)	C_p^o(J/K/mol)	S^o(J/K/mol)	−[G^o−H^o(T_r)]/T(J/mol/K)	H^o−H^o(T_r)(kJ/mol)	Δ_fH^o(kJ/mol)	Δ_fG^o(kJ/mol)	log K_f
3200	37.528	205.299	175.236	96.202	0.	0.	0.
3300	37.740	206.457	176.164	99.966	0.	0.	0.
3400	37.946	207.587	177.072	103.750	0.	0.	0.
3500	38.149	208.690	177.960	107.555	0.	0.	0.
3600	38.348	209.767	178.828	111.380	0.	0.	0.
3700	38.544	210.821	179.679	115.224	0.	0.	0.
3800	38.738	211.851	180.512	119.089	0.	0.	0.
3900	38.928	212.860	181.328	122.972	0.	0.	0.
4000	39.116	213.848	182.129	126.874	0.	0.	0.
4100	39.301	214.816	182.915	130.795	0.	0.	0.
4200	39.484	215.765	183.686	134.734	0.	0.	0.
4300	39.665	216.696	184.442	138.692	0.	0.	0.
4400	39.842	217.610	185.186	142.667	0.	0.	0.
4500	40.017	218.508	185.916	146.660	0.	0.	0.
4600	40.188	219.389	186.635	150.670	0.	0.	0.
4700	40.355	220.255	187.341	154.698	0.	0.	0.
4800	40.518	221.106	188.035	158.741	0.	0.	0.
4900	40.676	221.943	188.719	162.801	0.	0.	0.
5000	40.829	222.767	189.392	166.876	0.	0.	0.
5100	40.976	223.577	190.054	170.967	0.	0.	0.
5200	41.117	224.374	190.706	175.071	0.	0.	0.
5300	41.252	225.158	191.349	179.190	0.	0.	0.
5400	41.379	225.931	191.982	183.322	0.	0.	0.
5500	41.498	226.691	192.606	187.465	0.	0.	0.
5600	41.609	227.440	193.222	191.621	0.	0.	0.
5700	41.712	228.177	193.829	195.787	0.	0.	0.
5800	41.806	228.903	194.427	199.963	0.	0.	0.
5900	41.890	229.619	195.017	204.148	0.	0.	0.
6000	41.965	230.323	195.600	208.341	0.	0.	0.

Water (H₂O), Ideal Gas, mol. wt. = 18.01,528
Enthalpy Reference Temperature = T_r = 298.15 K				Standard State Pressure= p^o = 0.1 MPa
T (K)	C_p^o(J/K/mol)	S^o(J/K/mol)	−[G^o−H^o(T_r)]/T(J/mol/K)	H^o−H^o(T_r)(kJ/mol)	Δ_fH^o(kJ/mol)	Δ_fG^o(kJ/mol)	log K_f
0	0.	0.	Infinite	−9.904	−238.921	−238.921	Infinite
100	33.299	152.388	218.534	−6.615	−240.083	−236.584	123.579
200	33.349	175.485	191.896	−3.282	−240.900	−232.766	60.792
298.15	33.590	188.834	188.834	0.	−241.826	−228.582	40.047
300	33.596	189.042	188.835	0.062	−241.844	−228.500	39.785
400	34.262	198.788	190.159	3.452	−242.846	−223.901	29.238
500	35.226	206.534	192.685	6.925	−243.826	−219.051	22.884
600	36.325	213.052	195.550	10.501	−244.758	−214.007	18.631
700	37.495	218.739	198.465	14.192	−245.632	−208.612	15.582
800	38.721	223.825	201.322	18.002	−246.443	−203.496	13.287
900	39.987	228.459	204.084	21.938	−247.185	−198.083	11.496
1000	41.268	232.738	206.738	26.000	−247.857	−192.590	10.060
1100	42.536	236.731	209.285	30.191	−248.460	−187.033	8.881
1200	43.768	240.485	211.730	34.506	−248.997	−181.425	7.897
1300	44.945	244.035	214.080	38.942	−249.473	−175.774	7.063
1400	46.054	247.407	216.341	43.493	−249.894	−170.089	6.346
1500	47.090	250.620	218.520	48.151	−250.265	−164.376	5.724
1600	48.050	253.690	220.623	52.908	−250.592	−158.639	5.179
1700	48.935	256.630	222.655	57.758	−250.881	−152.883	4.698
1800	49.749	259.451	224.621	62.693	−251.138	−147.111	4.269
1900	50.496	262.161	226.526	67.706	−251.368	−141.325	3.885
2000	51.180	264.769	228.374	72.790	−251.575	−135.528	3.540
2100	51.823	267.282	230.167	77.941	−251.762	−129.721	3.227
2200	52.408	269.706	231.909	83.153	−251.934	−123.905	2.942
2300	52.947	272.048	233.604	88.421	−252.092	−118.082	2.682
2400	53.444	274.312	235.253	93.741	−252.239	−112.252	2.443
2500	53.904	276.503	236.860	99.108	−252.379	−106.416	2.223
2600	54.329	278.625	238.425	104.520	−252.513	−100.575	2.021
2700	54.723	280.683	239.952	109.973	−252.643	−94.729	1.833
2800	55.089	282.680	241.443	115.464	−252.771	−88.878	1.658
2900	55.430	284.619	242.899	120.990	−252.897	−83.023	1.495
3000	55.748	286.504	244.321	126.549	−253.024	−77.163	1.344
3100	56.044	288.337	245.711	132.139	−253.152	−71.298	1.201
3200	56.323	290.120	247.071	137.757	−253.282	−65.430	1.068
3300	56.583	291.858	248.402	143.403	−253.416	−59.558	0.943
3400	56.828	293.550	249.705	149.073	−253.553	−53.681	0.825
Table Continued

Water (H₂O), Ideal Gas, mol. wt. = 18.01,528
Enthalpy Reference Temperature = T_r = 298.15 K				Standard State Pressure= p^o = 0.1 MPa
T (K)	C_p^o(J/K/mol)	S^o(J/K/mol)	−[G^o−H^o(T_r)]/T(J/mol/K)	H^o−H^o(T_r)(kJ/mol)	Δ_fH^o(kJ/mol)	Δ_fG^o(kJ/mol)	log K_f
3500	57.058	295.201	250.982	154.768	−253.696	−47.801	0.713
3600	57.276	296.812	252.233	160.485	−253.844	−41.916	0.608
3700	57.480	298.384	253.459	166.222	−253.997	−36.027	0.509
3800	57.675	299.919	254.661	171.980	−254.158	−30.133	0.414
3900	57.859	301.420	255.841	177.757	−254.326	−24.236	0.325
4000	58.033	302.887	256.999	183.552	−254.501	−18.334	0.239
4100	58.199	304.322	258.136	189.363	−254.684	−12.427	0.158
4200	58.357	305.726	259.252	195.191	−254.876	−6.516	0.081
4300	58.507	307.101	260.349	201.034	−255.078	−0.600	0.007
4400	58.650	308.448	261.427	206.892	−255.288	5.320	−0.063
4500	58.787	309.767	262.486	212.764	−255.508	11.245	−0.131
4600	58.918	311.061	263.528	218.650	−255.738	17.175	−0.195
4700	59.044	312.329	264.553	224.548	−255.978	23.111	−0.257
4800	59.164	313.574	265.562	230.458	−256.229	29.052	−0.316
4900	59.275	314.795	266.554	236.380	−256.491	34.998	−0.373
5000	59.390	315.993	267.531	242.313	−256.763	40.949	−0.428
5100	59.509	317.171	268.493	248.256	−257.046	46.906	−0.480
5200	59.628	318.327	269.440	254.215	−257.338	52.869	−0.531
5300	59.746	319.464	270.373	260.184	−257.639	58.838	−0.580
5400	59.864	320.582	271.293	266.164	−257.950	64.811	−0.627
5500	59.982	321.682	272.199	272.157	−258.268	70.791	−0.672
5600	60.100	322.764	273.092	278.161	−258.595	76.777	−0.716
5700	60.218	323.828	273.973	284.177	−258.930	82.769	−0.758
5800	60.335	324.877	274.841	290.204	−259.272	88.787	−0.799
5900	60.453	325.909	275.698	296.244	−259.621	94.770	−0.839
6000	60.571	326.926	276.544	302.295	−259.977	100.780	−0.877

Ammonia (NH₃), Ideal Gas, mol. wt. = 17.0352
Enthalpy Reference Temperature = T_r = 298.15 K				Standard State Pressure= p^o = 0.1 MPa
T (K)	C_p^o(J/K/mol)	S^o(J/K/mol)	−[G^o−H^o(T_r)]/T(J/mol/K)	H^o−H^o(T_r)(kJ/mol)	Δ_fH^o(kJ/mol)	Δ_fG^o(kJ/mol)	log K_f
0	0.	0.	Infinite	−10.045	−38.907	−38.907	Infinite
100	33.284	155.840	223.211	−6.737	−41.550	−34.034	17.777
200	33.757	178.990	195.962	−3.394	−43.703	−25.679	6.707
298.15	35.652	192.774	192.774	0.	−45.898	−16.367	2.867
300	35.701	192.995	192.775	0.066	−45.939	−16.183	2.818
400	38.716	203.663	194.209	3.781	−48.041	−5.941	0.776
500	42.048	212.659	197.021	7.819	−49.857	4.800	−0.501
600	45.293	220.615	200.302	12.188	−51.374	15.879	−1.382
700	48.354	227.829	203.727	16.872	−52.618	27.190	−2.029
800	51.235	234.476	207.160	21.853	−53.621	38.662	−2.524
900	53.948	240.669	210.543	27.113	−54.411	50.247	−2.916
1000	56.491	246.486	213.849	32.637	−55.013	61.910	−3.234
1100	58.859	251.983	217.069	38.406	−55.451	73.625	−3.496
1200	61.048	257.199	220.197	44.402	−55.746	85.373	−3.716
1300	63.057	262.166	223.236	50.609	−55.917	97.141	−3.903
1400	64.893	266.907	226.187	57.008	−55.982	108.918	−4.064
1500	66.564	271.442	229.054	63.582	−55.954	120.696	−4.203
1600	68.079	275.788	231.840	70.315	−55.847	132.469	−4.325
1700	69.452	279.957	234.549	77.193	−55.672	144.234	−4.432
1800	70.695	283.962	237.184	84.201	−55.439	155.986	−4.527
1900	71.818	287.815	239.748	91.328	−55.157	167.725	−4.611
2000	72.833	291.525	242.244	98.561	−54.833	179.447	−4.687
2100	73.751	295.101	244.677	105.891	−54.473	191.152	−4.755
2200	74.581	298.552	247.048	113.309	−54.084	202.840	−4.816
2300	75.330	301.884	249.360	120.805	−53.671	214.509	−4.872
2400	76.009	305.104	251.616	128.372	−53.238	228.160	−4.922
2500	76.626	308.220	253.818	136.005	−52.789	237.792	−4.968
2600	77.174	311.236	255.969	143.695	−52.329	249.406	−5.011
2700	77.672	314.158	258.070	151.438	−51.860	261.003	−5.049
2800	78.132	316.991	260.124	159.228	−51.386	272.581	−5.085
2900	78.529	319.740	262.132	167.062	−50.909	284.143	−5.118
3000	78.902	322.409	264.097	174.933	−50.433	295.689	−5.148
3100	79.228	325.001	266.020	182.840	−49.959	307.218	−5.177
3200	79.521	327.521	267.903	190.778	−49.491	318.733	−5.203
3300	79.785	329.972	269.747	198.744	−49.030	330.233	−5.227
3400	80.011	332.358	271.554	206.734	−48.578	341.719	−5.250
3500	80.216	334.680	273.324	214.745	−48.139	353.191	−5.271
Table Continued

Ammonia (NH₃), Ideal Gas, mol. wt. = 17.0352
Enthalpy Reference Temperature = T_r = 298.15 K				Standard State Pressure= p^o = 0.1 MPa
T (K)	C_p^o(J/K/mol)	S^o(J/K/mol)	−[G^o−H^o(T_r)]/T(J/mol/K)	H^o−H^o(T_r)(kJ/mol)	Δ_fH^o(kJ/mol)	Δ_fG^o(kJ/mol)	log K_f
3600	80.400	336.942	275.060	222.776	−47.713	364.652	−5.291
3700	80.550	339.147	276.763	230.824	−47.302	376.101	−5.310
3800	80.684	341.297	278.433	238.886	−46.908	387.539	−5.327
3900	80.793	343.395	280.072	246.960	−46.534	398.967	−5.344
4000	80.881	345.441	281.680	255.043	−46.180	410.385	−5.359
4100	80.956	347.439	283.260	263.136	−45.847	421.795	−5.374
4200	81.006	349.391	284.811	271.234	−45.539	433.198	−5.388
4300	81.048	351.297	286.335	279.337	−45.254	444.593	−5.401
4400	81.065	353.161	287.833	287.442	−44.996	455.981	−5.413
4500	81.073	354.983	289.305	295.550	−44.764	467.364	−5.425
4600	81.057	356.765	290.752	303.656	−44.561	478.743	−5.436
4700	81.032	358.508	292.175	311.761	−44.387	490.117	−5.447
4800	80.990	360.213	293.575	319.862	−44.242	501.488	−5.457
4900	80.931	361.882	294.952	327.958	−44.129	512.856	−5.467
5000	80.856	363.517	296.307	336.048	−44.047	524.223	−5.477
5100	80.751	365.117	297.641	344.127	−43.999	535.587	−5.486
5200	80.751	366.685	298.954	352.202	−43.979	546.951	−5.494
5300	80.751	368.223	300.246	360.277	−43.982	558.315	−5.503
5400	80.751	369.732	301.519	368.352	−44.006	569.680	−5.511
5500	80.751	371.214	302.773	376.428	−44.049	581.044	−5.518
5600	80.751	372.669	304.008	384.503	−44.112	592.410	−5.526
5700	80.751	374.098	305.225	392.578	−44.193	603.778	−5.533
5800	80.751	375.503	306.425	400.653	−44.291	615.147	−5.540
5900	80.751	376.883	307.607	408.728	−44.404	626.516	−5.547
6000	80.751	378.240	308.773	416.803	−44.531	637.889	−5.553

Magnesium (Mg), Crystal−Liquid, mol. wt. = 24.305
Enthalpy Reference Temperature = T_r = 298.15 K				Standard State Pressure= p^o = 0.1 MPa
T (K)	C_p^o(J/K/mol)	S^o(J/K/mol)	−[G^o−H^o(T_r)]/T(J/mol/K)	H^o−H^o(T_r)(kJ/mol)	Δ_fH^o(kJ/mol)	Δ_fG^o(kJ/mol)	log K_f
0	0.	0.	Infinite	−4.998	0.	0.	0.
100	15.762	9.505	53.066	−4.356	0.	0.	0.
200	22.724	23.143	34.888	−2.349	0.	0.	0.
250	24.018	28.364	33.076	−1.178	0.	0.	0.
298.15	24.869	32.671	32.671	0.	0.	0.	0.
300	24.897	32.825	32.671	0.046	0.	0.	0.
350	25.568	36.715	32.977	1.308	0.	0.	0.
400	26.144	40.167	33.664	2.601	0.	0.	0.
450	26.668	43.277	34.562	3.922	0.	0.	0.
500	27.171	46.113	35.578	5.268	0.	0.	0.
600	28.184	51.156	37.764	8.035	0.	0.	0.
700	29.279	55.581	39.999	10.907	0.	0.	0.
800	30.507	59.569	42.200	13.895	0.	0.	0.
900	31.895	63.241	44.336	17.014	0.	0.	0.
923.000	32.238	64.050	44.818	17.751	Crystal−−– liquid transition
923.000	34.309	73.234	44.818	26.228
1000	34.309	75.983	47.113	28.870	0.	0.	0.
1100	34.309	79.253	49.888	32.301	0.	0.	0.
1200	34.309	82.238	52.462	35.732	0.	0.	0.
1300	34.309	84.984	54.859	39.163	0.	0.	0.
1366.104	34.309	86.686	56.358	41.431	Fugacity = 1 bar
1400	34.309	87.527	57.103	42.594	−127.409	3.167	−0.118
1500	34.309	89.894	59.211	46.024	−126.057	12.447	−0.433
1600	34.309	92.108	61.199	49.455	−124.705	21.636	−0.706
1700	34.309	94.188	63.079	52.886	−123.352	30.741	−0.945
1800	34.309	96.149	64.862	56.317	−122.000	39.766	−1.154
1900	34.309	98.004	66.558	59.748	−120.648	48.717	−1.339
2000	34.309	99.764	68.175	63.179	−119.296	57.596	−1.504

Magnesium (Mg), Ideal Gas, mol. wt. = 44.0098
Enthalpy Reference Temperature = T_r = 298.15 K				Standard State Pressure= p^o = 0.1 MPa
T (K)	C_p^o(J/K/mol)	S^o(J/K/mol)	−[G^o−H^o(T_r)]/T(J/mol/K)	H^o−H^o(T_r)(kJ/mol)	Δ_fH^o(kJ/mol)	Δ_fG^o(kJ/mol)	log K_f
0	0.	0.	Infinite	−6.197	145.901	145.901	Infinite
100	20.786	125.940	167.128	−4.119	147.337	135.694	−70.879
200	20.786	140.348	150.549	−2.040	147.409	123.968	−32.377
250	20.786	140.986	148.990	−1.001	147.277	118.122	−24.680
298.15	20.786	148.648	148.648	0.	147.100	112.522	−19.713
300	20.786	148.776	148.648	0.038	147.092	112.307	−19.554
350	20.786	151.980	148.901	1.078	146.870	106.527	−15.898
400	20.786	154.756	149.463	2.117	146.616	100.780	−13.161
450	20.786	157.204	150.190	3.156	146.335	95.067	−11.035
500	20.786	159.394	151.003	4.196	146.028	89.387	−9.338
600	20.786	163.184	152.727	6.274	145.339	78.122	−6.801
700	20.786	166.388	154.455	8.353	144.546	66.981	−4.998
800	20.786	169.164	156.124	10.431	143.636	55.961	−3.654
900	20.786	171.612	157.712	12.510	142.596	45.062	−2.615
1000	20.786	173.802	159.213	14.589	132.819	35.000	−1.828
1100	20.786	175.783	160.631	16.667	131.466	25.283	−1.201
1200	20.786	177.592	161.970	18.746	130.114	15.690	−0.683
1300	20.786	179.255	163.237	20.824	128.762	6.209	−0.249
1366.104	20.786	180.286	164.037	22.199	Fugacity = 1 bar
1400	20.786	180.796	164.437	22.903	0.	0.	0.
1500	20.786	182.230	165.575	24.982	0.	0.	0.
1600	20.786	183.571	166.659	27.060	0.	0.	0.
1700	20.786	184.832	167.691	29.139	0.	0.	0.
1800	20.787	186.020	168.677	31.218	0.	0.	0.
1900	20.787	187.144	169.619	33.296	0.	0.	0.
2000	20.789	188.210	170.522	35.375	0.	0.	0.
2100	20.791	189.224	171.389	37.454	0.	0.	0.
2200	20.795	190.192	172.222	39.533	0.	0.	0.
2300	20.802	191.116	173.023	41.613	0.	0.	0.
2400	20.812	192.002	173.796	43.694	0.	0.	0.
2500	20.826	192.851	174.541	45.776	0.	0.	0.
2600	20.846	193.669	175.261	47.859	0.	0.	0.
2700	20.874	194.456	175.958	49.945	0.	0.	0.
2800	20.909	195.216	176.632	52.034	0.	0.	0.
2900	20.956	195.950	177.285	54.127	0.	0.	0.
3000	21.014	196.661	177.920	56.226	0.	0.	0.
3100	21.085	197.352	178.535	58.331	0.	0.	0.
Table Continued

Magnesium (Mg), Ideal Gas, mol. wt. = 44.0098
Enthalpy Reference Temperature = T_r = 298.15 K				Standard State Pressure= p^o = 0.1 MPa
T (K)	C_p^o(J/K/mol)	S^o(J/K/mol)	−[G^o−H^o(T_r)]/T(J/mol/K)	H^o−H^o(T_r)(kJ/mol)	Δ_fH^o(kJ/mol)	Δ_fG^o(kJ/mol)	log K_f
3200	21.172	198.022	179.134	60.443	0.	0.	0.
3300	21.275	198.675	179.716	62.566	0.	0.	0.
3400	21.396	199.312	180.283	64.699	0.	0.	0.
3500	21.537	199.934	180.836	66.845	0.	0.	0.
3600	21.697	200.543	181.375	69.007	0.	0.	0.
3700	21.879	201.140	181.901	71.186	0.	0.	0.
3800	22.083	201.726	182.415	73.384	0.	0.	0.
3900	22.310	202.303	182.918	75.603	0.	0.	0.
4000	22.559	202.871	183.409	77.846	0.	0.	0.
4100	22.832	203.431	183.891	80.116	0.	0.	0.
4200	23.128	203.985	184.363	82.413	0.	0.	0.
4300	23.447	204.533	184.825	84.742	0.	0.	0.
4400	23.789	205.076	185.279	87.103	0.	0.	0.
4500	24.152	205.614	185.725	89.500	0.	0.	0.
4600	24.537	206.149	186.164	91.934	0.	0.	0.
4700	24.944	206.681	186.594	94.408	0.	0.	0.
4800	25.372	207.211	187.018	96.923	0.	0.	0.
4900	25.820	207.739	187.436	99.483	0.	0.	0.
5000	26.287	208.265	187.847	102.088	0.	0.	0.
5100	26.773	208.790	188.253	104.741	0.	0.	0.
5200	27.276	209.315	188.653	107.443	0.	0.	0.
5300	27.794	209.839	189.048	110.196	0.	0.	0.
5400	28.329	210.364	189.437	113.002	0.	0.	0.
5500	28.878	210.888	189.823	115.862	0.	0.	0.
5600	29.442	211.414	190.204	118.778	0.	0.	0.
5700	30.020	211.940	190.580	121.751	0.	0.	0.
5800	30.610	212.467	190.953	124.782	0.	0.	0.
5900	31.213	212.996	191.322	127.873	0.	0.	0.
6000	31.827	213.525	191.688	131.025	0.	0.	0.

Magnesium Oxide (MgO), Crystal−Liquid, mol. wt. = 40.3044
Enthalpy Reference Temperature = T_r = 298.15 K				Standard State Pressure= p^o = 0.1 MPa
T (K)	C_p^o(J/K/mol)	S^o(J/K/mol)	−[G^o−H^o(T_r)]/T(J/mol/K)	H^o−H^o(T_r)(kJ/mol)	Δ_fH^o(kJ/mol)	Δ_fG^o(kJ/mol)	log K_f
0	0.	0.	Infinite	−5.159	−597.060	−597.060	Infinite
100	7.802	2.548	52.212	−4.966	−598.962	−589.601	307.976
200	26.681	14.096	30.037	−3.188	−600.646	−579.488	151.347
298.15	37.106	26.924	26.924	0.	−601.241	−568.945	99.677
300	37.244	27.154	26.925	0.069	−601.245	−568.745	99.027
400	42.561	38.678	28.460	4.087	−601.268	−557.898	72.854
500	45.544	48.523	31.513	8.505	−601.046	−547.078	57.153
600	47.430	57.006	35.072	13.160	−600.738	−536.312	46.690
700	48.748	64.420	38.746	17.972	−600.426	−525.600	39.221
800	49.740	70.996	42.374	22.898	−600.156	−514.930	33.621
900	50.539	76.902	45.888	27.913	−599.962	−504.289	29.268
1000	51.208	82.262	49.262	33.001	−608.462	−492.952	25.749
1100	51.794	87.171	52.488	38.151	−608.496	−481.399	22.880
1200	52.325	91.701	55.569	43.358	−608.495	−469.844	20.452
1300	52.810	95.908	58.512	48.615	−608.461	−458.291	18.414
1400	53.262	99.839	61.325	53.918	−735.804	−443.575	16.550
1500	53.693	103.528	64.017	59.266	−734.355	−422.752	14.722
1600	54.107	107.007	66.596	64.656	−732.877	−402.026	13.125
1700	54.509	110.299	69.071	70.087	−731.371	−381.394	11.719
1800	54.898	113.426	71.449	75.558	−729.837	−360.851	10.472
1900	55.278	116.404	73.737	81.067	−728.277	−340.395	9.358
2000	55.651	119.249	75.942	86.613	−726.690	−320.021	8.358
2100	56.019	121.973	78.070	92.197	−725.079	−299.727	7.455
2200	56.379	124.587	80.125	97.816	−723.442	−279.510	6.636
2300	56.738	127.101	82.114	103.472	−721.781	−259.368	5.890
2400	57.094	129.524	84.039	109.164	−720.097	−239.300	5.208
2500	57.445	131.862	85.905	114.891	−718.389	−219.301	4.582
2600	57.797	134.121	87.716	120.653	−716.659	−199.372	4.005
2700	58.145	136.309	89.476	126.450	−714.906	−179.509	3.473
2800	58.491	138.430	91.187	132.282	−713.132	−159.712	2.979
2900	58.836	140.489	92.851	138.148	−711.338	−139.979	2.521
3000	59.177	142.489	94.473	144.049	−709.524	−120.308	2.095
3100	59.516	144.436	96.053	149.987	−707.689	−100.697	1.697
3105.000	59.523	144.532	96.131	150.284	Crystal–liquid transition
3105.000	66.944	169.595	96.131	228.107
3200	66.944	171.613	98.342	234.466	−627.329	−83.538	1.364
3300	66.944	173.673	100.594	241.161	−624.772	−66.584	1.054
Table Continued

Magnesium Oxide (MgO), Crystal−Liquid, mol. wt. = 40.3044
Enthalpy Reference Temperature = T_r = 298.15 K				Standard State Pressure= p^o = 0.1 MPa
T (K)	C_p^o(J/K/mol)	S^o(J/K/mol)	−[G^o−H^o(T_r)]/T(J/mol/K)	H^o−H^o(T_r)(kJ/mol)	Δ_fH^o(kJ/mol)	Δ_fG^o(kJ/mol)	log K_f
3400	66.944	175.671	102.773	247.855	−622.235	−49.708	0.764
3500	66.944	177.612	104.884	254.550	−619.719	−32.905	0.491
3600	66.944	179.498	106.930	261.244	−617.226	−16.174	0.235
3700	66.944	181.332	108.916	267.938	−614.757	0.487	−0.007
3800	66.944	183.117	110.846	274.633	−612.315	17.083	−0.235
3900	66.944	184.856	112.721	281.327	−609.901	33.615	−0.450
4000	66.944	186.551	114.546	288.022	−607.518	50.084	−0.654
4100	66.944	188.204	116.322	294.716	−605.167	66.495	−0.847
4200	66.944	189.817	118.053	301.410	−602.851	82.849	−1.030
4300	66.944	191.393	119.740	308.105	−600.572	99.149	−1.204
4400	66.944	192.932	121.386	314.799	−598.332	115.395	−1.370
4500	66.944	194.436	122.993	321.494	−596.133	131.591	−1.527
4600	66.944	195.907	124.562	328.188	−593.978	147.739	−1.678
4700	66.944	197.347	126.095	334.882	−591.869	163.840	−1.821
4800	66.944	198.756	127.595	341.577	−589.807	179.897	−1.958
4900	66.944	200.137	129.061	348.271	−587.796	195.912	−2.088
5000	66.944	201.489	130.496	354.966	−585.838	211.886	−2.214

Magnesium Oxide (MgO), Ideal Gas, mol. wt. = 40.3044
Enthalpy Reference Temperature = T_r = 298.15 K				Standard State Pressure= p^o = 0.1 MPa
T (K)	C_p^o(J/K/mol)	S^o(J/K/mol)	−[G^o−H^o(T_r)]/T(J/mol/K)	H^o−H^o(T_r)(kJ/mol)	Δ_fH^o(kJ/mol)	Δ_fG^o(kJ/mol)	log K_f
0	0.	0.	Infinite	−8.909	58.588	58.588	Infinite
100	29.124	180.485	240.493	−6.001	59.402	50.970	−26.624
200	30.117	200.873	216.143	−3.054	58.886	42.689	−11.149
250	31.121	207.699	213.793	−1.524	58.517	38.682	−8.082
298.15	32.173	213.269	213.269	0.	58.158	34.895	−6.113
300	32.215	213.468	213.270	0.060	58.144	34.750	−6.051
350	33.401	218.522	213.666	1.699	57.783	30.880	−4.609
400	34.783	223.069	214.562	3.403	57.446	27.060	−3.534
450	36.452	227.259	215.743	5.182	57.147	23.280	−2.702
500	38.434	231.200	217.093	7.053	56.901	19.531	−2.040
600	43.078	238.608	220.068	11.124	56.624	12.088	−1.052
700	47.785	245.608	223.221	15.671	56.672	4.666	−0.348
800	51.560	252.250	226.439	20.649	56.994	−2.783	0.182
900	53.890	258.472	229.657	25.934	57.457	−10.282	0.597
1000	54.795	264.208	232.829	31.379	49.315	−17.121	0.894
1100	54.608	269.429	235.923	36.857	49.607	−23.779	1.129
1200	53.729	274.147	238.915	42.278	49.823	−30.461	1.326
1300	52.496	278.400	241.792	47.591	49.914	−37.156	1.493
1400	51.139	282.241	244.546	52.773	−77.551	−40.685	1.518
1500	49.802	285.723	247.177	57.820	−76.404	−38.093	1.327
1600	48.558	288.897	249.687	62.737	−75.399	−35.573	1.161
1700	47.439	291.807	252.080	67.535	−74.525	−33.111	1.017
1800	46.454	294.490	254.363	72.229	−73.768	−30.697	0.891
1900	45.599	296.978	256.541	76.831	−73.114	−28.323	0.779
2000	44.862	299.298	258.621	81.353	−72.552	−25.980	0.679
2100	44.230	301.471	260.611	85.806	−72.070	−23.664	0.589
2200	43.691	303.516	262.515	90.202	−71.658	−21.368	0.507
2300	43.231	305.447	264.340	94.547	−71.308	−19.091	0.434
2400	42.841	307.279	266.091	98.850	−71.012	−16.827	0.366
2500	42.509	309.021	267.774	103.117	−70.764	−14.574	0.305
2600	42.229	310.682	269.392	107.354	−70.559	−12.331	0.248
2700	41.993	312.272	270.951	111.565	−70.393	−10.095	0.195
2800	41.795	313.795	272.454	115.754	−70.262	−7.864	0.147
2900	41.629	315.259	273.905	119.925	−70.163	−5.637	0.102
3000	41.493	316.668	275.307	124.081	−70.094	−3.414	0.059
3100	41.381	318.026	276.664	128.224	−70.053	−1.191	0.020
3200	41.291	319.339	277.977	132.357	−70.040	1.029	−0.017
3300	41.220	320.608	279.250	136.483	−70.052	3.250	−0.051
Table Continued

Magnesium Oxide (MgO), Ideal Gas, mol. wt. = 40.3044
Enthalpy Reference Temperature = T_r = 298.15 K				Standard State Pressure= p^o = 0.1 MPa
T (K)	C_p^o(J/K/mol)	S^o(J/K/mol)	−[G^o−H^o(T_r)]/T(J/mol/K)	H^o−H^o(T_r)(kJ/mol)	Δ_fH^o(kJ/mol)	Δ_fG^o(kJ/mol)	log K_f
3400	41.167	321.838	280.484	140.602	−70.090	5.472	−0.084
3500	41.128	323.030	281.683	144.717	−70.154	7.695	−0.115
3600	41.103	324.189	282.848	148.828	−70.243	9.921	−0.144
3700	41.091	325.315	283.980	152.938	−70.359	12.149	−0.172
3800	41.090	326.411	285.082	157.047	−70.503	14.381	−0.198
3900	41.099	327.478	286.156	161.156	−70.674	16.617	−0.223
4000	41.117	328.519	287.202	165.267	−70.874	18.858	−0.246
4100	41.144	329.534	288.222	169.380	−71.105	21.104	−0.269
4200	41.179	330.526	289.218	173.496	−71.367	23.356	−0.290
4300	41.222	331.496	290.190	177.616	−71.662	25.615	−0.311
4400	41.272	332.444	291.139	181.741	−71.992	27.881	−0.331
4500	41.329	333.372	292.067	185.871	−72.358	30.154	−0.350
4600	41.393	334.281	292.975	190.007	−72.761	32.437	−0.368
4700	41.463	335.172	293.864	194.149	−73.203	34.729	−0.386
4800	41.539	336.046	294.733	198.300	−73.686	37.030	−0.403
4900	41.621	336.903	295.585	202.458	−74.212	39.342	−0.419
5000	41.709	337.745	296.420	206.624	−74.781	41.665	−0.435
5100	41.802	338.572	297.238	210.800	−75.395	44.000	−0.451
5200	41.901	339.384	298.041	214.985	−76.057	46.347	−0.466
5300	42.004	340.183	298.829	219.180	−76.766	48.709	−0.480
5400	42.113	340.970	299.602	223.386	−77.525	51.083	−0.494
5500	42.227	341.743	300.361	227.603	−78.335	53.471	−0.508
5600	42.345	342.505	301.107	231.831	−79.198	55.876	−0.521
5700	42.467	343.256	301.840	236.072	−80.115	58.296	−0.534
5800	42.594	343.995	302.560	240.325	−81.087	60.733	−0.547
5900	42.725	344.725	303.269	244.591	−82.116	63.186	−0.559
6000	42.860	345.444	303.966	248.870	−83.202	65.658	−0.572

Nitrogen, Monatomic (N), Ideal Gas, mol. wt. = 14.0067
Enthalpy Reference Temperature = T_r = 298.15 K				Standard State Pressure= p^o = 0.1 MPa
T (K)	C_p^o(J/K/mol)	S^o(J/K/mol)	−[G^o−H^o(T_r)]/T(J/mol/K)	H^o−H^o(T_r)(kJ/mol)	Δ_fH^o(kJ/mol)	Δ_fG^o(kJ/mol)	log K_f
0	0.	0.	Infinite	−6.197	470.820	470.820	Infinite
100	20.786	130.593	171.780	−4.119	471.448	466.379	−243.611
200	20.786	145.001	155.201	−2.040	472.071	461.070	−120.419
250	20.786	149.639	153.642	−1.001	472.383	458.283	−95.753
298.15	20.786	153.300	153.300	0.	472.683	455.540	−79.809
300	20.788	153.429	153.300	0.038	472.694	455.434	−79.298
350	20.786	156.633	153.554	1.078	473.005	452.533	−67.537
400	20.786	159.408	154.116	2.117	473.314	449.587	−58.710
450	20.786	161.857	154.843	3.156	473.621	446.603	−51.840
500	20.786	164.047	155.655	4.196	473.923	443.584	−46.341
600	20.766	167.836	157.379	6.274	474.510	437.461	−38.084
700	20.786	171.041	159.108	8.353	475.067	431.242	−32.180
800	20.786	173.816	160.777	10.431	475.591	424.945	−27.746
900	20.786	176.264	162.364	12.510	476.081	418.584	−24.294
1000	20.786	178.454	163.866	14.589	476.540	412.171	−21.530
1100	20.786	180.436	165.284	16.667	476.970	405.713	−19.266
1200	20.786	182.244	166.623	18.746	477.374	399.217	−17.377
1300	20.788	183.908	167.889	20.824	477.756	392.688	−15.778
1400	20.786	185.448	169.089	22.903	478.118	386.131	−14.407
1500	20.786	186.882	170.228	24.982	478.462	379.548	−13.217
1600	20.766	188.224	171.311	27.060	478.791	372.943	−12.175
1700	20.786	189.484	172.344	29.139	479.107	366.318	−11.256
1800	20.787	190.672	173.329	31.218	479.411	359.674	−10.437
1900	20.788	191.796	174.272	33.296	479.705	353.014	−9.705
2000	20.790	192.863	175.175	35.375	479.990	346.339	−9.045
2100	20.793	193.877	176.042	37.454	480.266	339.650	−8.448
2200	20.797	194.844	176.874	39.534	480.536	332.947	−7.905
2300	20.804	195.769	177.676	41.614	480.799	326.233	−7.409
2400	20.813	196.655	178.448	43.695	481.057	319.507	−6.954
2500	20.826	197.504	179.194	45.777	481.311	312.770	−6.535
2600	20.843	198.322	179.914	47.860	481.561	306.024	−6.148
2700	20.864	199.109	180.610	49.945	481.809	299.268	−5.790
2800	20.891	199.868	181.285	52.033	482.054	292.502	−5.457
2900	20.924	200.601	181.938	54.124	482.299	285.728	−5.147
3000	20.963	201.311	182.572	56.218	482.543	278.946	−4.857
3100	21.010	202.000	183.188	58.317	482.789	272.155	−4.586
3200	21.064	202.667	183.786	60.420	483.036	265.357	−4.332
3300	21.126	203.317	184.368	62.530	483.286	258.550	−4.093
Table Continued

Nitrogen, Monatomic (N), Ideal Gas, mol. wt. = 14.0067
Enthalpy Reference Temperature = T_r = 298.15 K				Standard State Pressure= p^o = 0.1 MPa
T (K)	C_p^o(J/K/mol)	S^o(J/K/mol)	−[G^o−H^o(T_r)]/T(J/mol/K)	H^o−H^o(T_r)(kJ/mol)	Δ_fH^o(kJ/mol)	Δ_fG^o(kJ/mol)	log K_f
3400	21.197	203.948	184.935	64.646	483.540	251.736	−3.867
3500	21.277	204.564	185.487	66.769	483.799	244.915	−3.655
3600	21.365	205.164	186.025	68.902	484.064	238.086	−3.455
3700	21.463	205.751	186.550	71.043	484.335	231.249	−3.265
3800	21.569	206.325	187.063	73.194	484.614	224.405	−3.085
3900	21.685	206.887	187.564	75.357	484.903	217.554	−2.914
4000	21.809	207.437	188.054	77.532	485.201	210.695	−2.751
4100	21.941	207.977	188.534	79.719	485.510	203.829	−2.597
4200	22.082	208.508	189.003	81.920	485.830	196.955	−2.449
4300	22.231	209.029	189.463	84.136	486.164	190.073	−2.309
4400	22.388	209.542	189.913	86.367	486.510	183.183	−2.175
4500	22.551	210.047	190.355	88.614	486.871	176.285	−2.046
4600	22.722	210.544	190.788	90.877	487.247	169.379	−1.923
4700	22.899	211.035	191.214	93.158	487.638	162.465	−1.806
4800	23.081	211.519	191.632	95.457	488.046	155.542	−1.693
4900	23.269	211.997	192.043	97.775	488.471	148.610	−1.584
5000	23.461	212.469	192.447	100.111	488.912	141.670	−1.480
5100	23.658	212.935	192.844	102.467	489.372	134.721	−1.380
5200	23.858	213.397	193.235	104.843	489.849	127.762	−1.283
5300	24.061	213.853	193.619	107.238	490.345	120.794	−1.190
5400	24.266	214.305	193.998	109.655	490.860	113.817	−1.101
5500	24.474	214.752	194.371	112.092	491.394	106.829	−1.015
5600	24.682	215.195	194.739	114.550	491.947	99.832	−0.931
5700	24.892	215.633	195.102	117.028	492.519	92.825	−0.851
5800	25.102	216.068	195.460	119.528	493.110	85.808	−0.773
5900	25.312	216.499	195.813	122.049	493.720	78.780	−0.697
6000	25.521	216.926	196.161	124.590	494.349	71.742	−0.625

Nitrogen Oxide (NO), Ideal Gas, mol. wt. = 30.0061
Enthalpy Reference Temperature = T_r = 298.15 K				Standard State Pressure= p^o = 0.1 MPa
T (K)	C_p^o(J/K/mol)	S^o(J/K/mol)	−[G^o−H^o(T_r)]/T(J/mol/K)	H^o−H^o(T_r)(kJ/mol)	Δ_fH^o(kJ/mol)	Δ_fG^o(kJ/mol)	log K_f
0	0.	0.	Infinite	−9.192	89.775	89.775	Infinite
100	32.302	177.031	237.757	−6.073	89.991	88.944	−46.460
200	30.420	198.747	213.501	−2.951	90.202	87.800	−22.931
250	30.025	205.488	211.251	−1.441	90.256	87.193	−18.218
298.15	29.845	210.758	210.758	0.	90.291	86.600	−15.172
300	29.841	210.943	210.759	0.055	90.292	86.577	−15.074
350	29.823	215.540	211.122	1.546	90.316	85.955	−12.828
400	29.944	219.529	211.929	3.040	90.332	85.331	−11.143
450	30.175	223.068	212.974	4.542	90.343	84.705	−9.832
500	30.486	226.263	214.145	6.059	90.352	84.079	−8.784
600	31.238	231.886	216.646	9.144	90.366	82.822	−7.210
700	32.028	236.761	219.179	12.307	90.381	81.564	−6.086
800	32.767	241.087	221.652	15.548	90.398	80.303	−5.243
900	33.422	244.985	224.031	18.858	90.417	79.041	−4.587
1000	33.987	248.536	226.307	22.229	90.437	77.775	−4.063
1100	34.468	251.799	228.478	25.653	90.457	76.508	−3.633
1200	34.877	254.816	230.549	29.120	90.476	75.239	−3.275
1300	35.226	257.621	232.525	32.626	90.493	73.969	−2.972
1400	35.524	260.243	234.412	36.164	90.508	72.697	−2.712
1500	35.780	262.703	236.217	39.729	90.518	71.425	−2.487
1600	36.002	265.019	237.945	43.319	90.525	70.151	−2.290
1700	36.195	267.208	239.603	46.929	90.526	68.878	−2.116
1800	36.364	269.282	241.195	50.557	90.522	67.605	−1.962
1900	36.514	271.252	242.725	54.201	90.511	66.332	−1.824
2000	36.647	273.128	244.199	57.859	90.494	65.060	−1.699
2100	36.767	274.919	245.619	61.530	90.469	63.788	−1.587
2200	36.874	276.632	246.990	65.212	90.438	62.519	−1.484
2300	36.971	278.273	248.315	68.904	90.398	61.251	−1.391
2400	37.060	279.849	249.596	72.606	90.350	59.984	−1.306
2500	37.141	281.363	250.837	76.316	90.295	58.720	−1.227
2600	37.216	282.822	252.039	80.034	90.231	57.458	−1.154
2700	37.285	284.227	253.205	83.759	90.160	56.199	−1.087
2800	37.350	285.585	254.338	87.491	90.081	54.943	−1.025
2900	37.410	286.896	255.438.	91.229	89.994	53.689	−0.967
3000	37.466	288.165	256.508	94.973	89.899	52.439	−0.913
3100	37.519	289.395	257.549	98.722	89.798	51.192	−0.863
3200	37.570	290.587	258.563	102.477	89.689	49.948	−0.815
3300	37.617	291.744	259.551	106.236	89.574	48.708	−0.771
3400	37.663	292.867	260.514	110.000	89.451	47.472	−0.729
Table Continued

Nitrogen Oxide (NO), Ideal Gas, mol. wt. = 30.0061
Enthalpy Reference Temperature = T_r = 298.15 K				Standard State Pressure= p^o = 0.1 MPa
T (K)	C_p^o(J/K/mol)	S^o(J/K/mol)	−[G^o−H^o(T_r)]/T(J/mol/K)	H^o−H^o(T_r)(kJ/mol)	Δ_fH^o(kJ/mol)	Δ_fG^o(kJ/mol)	log K_f
3500	37.706	293.960	261.454	113.768	89.323	46.239	−0.690
3600	37.747	295.022	262.372	117.541	89.189	45.010	−0.653
3700	37.787	296.057	263.269	121.318	89.049	43.784	−0.618
3800	37.825	297.065	264.145	125.098	88.903	42.563	−0.585
3900	37.862	298.048	265.902	128.883	88.752	41.346	−0.554
4000	37.898	299.008	265.840	132.671	88.596	40.132	−0.524
4100	37.933	299.944	266.660	136.462	88.434	38.922	−0.496
4200	37.966	300.858	267.464	140.257	88.268	37.717	−0.469
4300	37.999	301.752	268.251	144.056	88.097	36.515	−0.444
4400	38.031	302.626	269.022	147.857	87.922	35.318	−0.419
4500	38.062	303.481	269.778	151.662	87.741	34.124	−0.396
4600	38.092	304.318	270.520	155.469	87.556	32.934	−0.374
4700	38.122	305.137	271.248	159.280	87.366	31.749	−0.353
4800	38.151	305.940	271.962	163.094	87.171	30.568	−0.333
4900	38.180	306.727	272.664	166.910	86.970	29.391	−0.313
5000	38.208	307.499	273.353	170.730	86.765	28.218	−0.295
5100	38.235	308.256	274.030	174.552	86.553	27.049	−0.277
5200	38.262	308.998	274.695	178.377	86.336	25.884	−0.260
5300	38.289	309.728	275.349	182.204	86.112	24.724	−0.244
5400	38.316	310.443	275.993	186.034	85.881	23.568	−0.228
5500	38.342	311.147	276.625	189.867	85.644	22.416	−0.213
5600	38.367	311.838	277.248	193.703	85.399	21.269	−0.198
5700	38.393	312.517	277.861	197.541	85.146	20.125	−0.184
5800	38.418	313.185	278.464	201.381	84.884	18.987	−0.171
5900	38.443	313.842	279.058	205.224	84.613	17.853	−0.158
6000	38.468	314.488	279.643	209.070	84.331	16.724	−0.146

Nitrogen Oxide, Ion (NO⁺), Ideal Gas, mol. wt. = 30.00555
Enthalpy Reference Temperature = T_r = 298.15 K				Standard State Pressure= p^o = 0.1 MPa
T (K)	C_p^o(J/K/mol)	S^o(J/K/mol)	−[G^o−H^o(T_r)]/T(J/mol/K)	H^o−H^o(T_r)(kJ/mol)	Δ_fH^o(kJ/mol)	Δ_fG^o(kJ/mol)	log K_f
0	0.	0.	Infinite	−8.670	983.995
100	29.104	166.421	224.100	−5.768
200	29.107	186.595	200.882	−2.857
250	29.111	193.091	198.698	−1.402
298.15	29.123	198.219	198.219	0.	990.185	983.978	−172.389
300	29.124	198.399	198.219	0.054	990.224	983.939	−171.319
350	29.163	202.891	198.574	1.511	991.253	982.811	−146.676
400	29.244	206.790	199.363	2.971	992.275	981.535	−128.175
450	29.378	210.242	200.383	4.436	993.288	980.131	−113.771
500	29.568	213.346	201.527	5.910	994.293	978.615	−102.235
600	30.089	218.781	203.962	8.891	996.282	975.293	−84.907
700	30.728	223.466	206.421	11.931	998.252	971.639	−72.505
800	31.403	227.613	208.816	15.038	1000.214	967.703	−63.185
900	32.059	231.350	211.115	18.211	1002.175	963.521	−55.921
1000	32.666	234.760	213.312	21.448	1004.139	959.121	−50.099
1100	33.213	237.899	215.406	24.742	1006.109	954.524	−45.327
1200	33.697	240.810	217.403	28.088	1008.085	949.747	−41.341
1300	34.124	243.525	219.309	31.480	1010.066	944.805	−37.963
1400	34.497	246.067	221.131	34.911	1012.053	939.711	−35.061
1500	34.825	248.459	222.874	38.378	1014.043	934.474	−32.541
1600	35.112	250.716	224.544	41.875	1016.036	929.104	−30.332
1700	35.365	252.852	226.147	45.399	1018.030	923.610	−28.379
1800	35.588	254.880	227.687	48.947	1020.024	917.998	−26.640
1900	35.786	256.810	229.170	52.516	1022.017	912.276	−25.080
2000	35.963	258.650	230.598	56.103	1024.008	906.449	−23.674
2100	36.121	260.408	231.976	59.708	1025.995	900.522	−22.399
2200	36.263	262.092	233.307	63.327	1027.979	894.501	−21.238
2300	36.391	263.707	234.594	66.960	1029.959	888.389	−20.176
2400	36.507	265.258	235.839	70.605	1031.933	882.191	−19.200
2500	36.612	266.750	237.046	74.261	1033.902	875.911	−18.301
2600	36.709	268.188	238.216	77.927	1035.865	869.553	−17.470
2700	36.798	269.575	239.352	81.602	1037.823	863.119	−16.698
2800	36.880	270.915	240.456	85.286	1039.774	856.613	−15.980
2900	36.955	272.211	241.529	88.978	1041.720	850.037	−15.311
3000	37.025	273.465	242.572	92.677	1043.659	843.395	−14.685
3100	37.091	274.680	243.589	96.383	1045.593	836.687	−14.098
3200	37.152	275.858	244.579	100.095	1047.520	829.917	−13.547
3300	37.209	277.003	245.544	103.813	1049.442	823.087	−13.028
Table Continued

Nitrogen Oxide, Ion (NO⁺), Ideal Gas, mol. wt. = 30.00555
Enthalpy Reference Temperature = T_r = 298.15 K				Standard State Pressure= p^o = 0.1 MPa
T (K)	C_p^o(J/K/mol)	S^o(J/K/mol)	−[G^o−H^o(T_r)]/T(J/mol/K)	H^o−H^o(T_r)(kJ/mol)	Δ_fH^o(kJ/mol)	Δ_fG^o(kJ/mol)	log K_f
3400	37.263	278.114	246.486	107.537	1051.358	816.200	−12.539
3500	37.313	279.195	247.405	111.266	1053.269	809.255	−12.077
3600	37.361	280.247	248.303	114.999	1055.174	802.257	−11.640
3700	37.407	281.271	249.180	118.738	1057.074	795.205	−11.226
3800	37.450	282.269	250.038	122.481	1058.969	788.102	−10.833
3900	37.491	283.243	250.877	126.228	1060.860	780.950	−10.460
4000	37.531	284.192	251.698	129.979	1062.745	773.748	−10.104
4100	37.569	285.120	252.502	133.734	1064.626	766.500	−9.765
4200	37.605	286.025	253.289	137.492	1066.502	759.206	−9.442
4300	37.640	286.911	254.061	141.255	1068.374	751.867	−9.133
4400	37.673	287.776	254.817	145.020	1070.241	744.485	−8.838
4500	37.705	288.623	255.559	148.789	1072.103	737.060	−8.556
4600	37.737	289.452	256.287	152.561	1073.961	729.594	−8.285
4700	37.767	290.264	257.001	156.337	1075.814	722.088	−8.025
4800	37.796	291.060	257.702	160.115	1077.662	714.542	−7.776
4900	37.825	291.839	258.391	163.896	1079.505	706.959	−7.536
5000	37.853	292.604	259.068	167.680	1081.342	699.337	−7.306
5100	37.880	293.354	259.733	171.466	1083.174	691.679	−7.084
5200	37.906	294.089	260.386	175.256	1084.999	683.984	−6.871
5300	37.932	294.812	260.029	179.048	1086.819	676.255	−6.665
5400	37.957	295.521	261.661	182.842	1088.631	668.492	−6.466
5500	37.982	296.218	262.283	186.639	1090.436	660.694	−6.275
5600	38.006	296.902	262.895	190.438	1092.234	652.865	−6.090
5700	38.030	297.575	263.498	194.240	1094.023	645.003	−5.911
5800	38.053	298.237	264.091	198.044	1095.803	637.110	−5.738
5900	38.076	298.887	264.675	201.851	1097.574	629.186	−5.570
6000	38.098	299.528	265.251	205.660	1099.334	621.233	−5.408

Nitrogen Dioxide (NO₂), Ideal Gas, mol. wt. = 46.0055
Enthalpy Reference Temperature = T_r = 298.15 K				Standard State Pressure= p^o = 0.1 MPa
T (K)	C_p^o(J/K/mol)	S^o(J/K/mol)	−[G^o−H^o(T_r)]/T(J/mol/K)	H^o−H^o(T_r)(kJ/mol)	Δ_fH^o(kJ/mol)	Δ_fG^o(kJ/mol)	log K_f
0	0.	0.	Infinite	−10.186	35.927	35.927	Infinite
100	33.276	202.563	271.168	−6.861	34.898	39.963	−20.874
200	34.385	225.852	243.325	−3.495	33.897	45.422	−11.863
250	35.593	233.649	240.634	−1.746	33.460	48.355	−10.103
298.15	36.974	240.034	240.034	0.	33.095	51.258	−8.980
300	37.029	240.262	240.034	0.068	33.083	51.371	−8.944
350	38.583	246.086	240.491	1.958	32.768	54.445	−8.125
400	40.171	251.342	241.524	3.927	32.512	57.560	−7.517
450	41.728	256.164	242.886	5.975	32.310	60.703	−7.046
500	43.206	260.638	244.440	8.099	32.154	63.867	−6.672
600	45.834	268.755	247.830	12.555	31.959	70.230	−6.114
700	47.986	275.988	251.345	17.250	31.878	76.616	−5.717
800	49.708	282.512	254.840	22.138	31.874	83.008	−5.420
900	51.076	288.449	258.250	27.179	31.923	89.397	−5.188
1000	52.166	293.889	261.545	32.344	32.005	95.779	−5.003
1100	53.041	298.903	264.717	37.605	32.109	102.152	−4.851
1200	53.748	303.550	267.761	42.946	32.226	108.514	−4.724
1300	54.326	307.876	270.683	48.351	32.351	114.867	−4.615
1400	54.803	311.920	273.485	53.808	32.478	121.209	−4.522
1500	55.200	315.715	276.175	59.309	32.603	127.543	−4.441
1600	55.533	319.288	278.759	64.846	32.724	133.868	−4.370
1700	55.815	322.663	281.244	70.414	32.837	140.186	−4.307
1800	56.055	325.861	283.634	76.007	32.940	146.497	−4.251
1900	56.262	328.897	285.937	81.624	33.032	152.804	−4.201
2000	56.441	331.788	288.158	87.259	33.111	159.106	−4.155
2100	56.596	334.545	290.302	92.911	33.175	165.404	−4.114
2200	56.732	337.181	292.373	98.577	33.223	171.700	−4.077
2300	56.852	339.706	294.377	104.257	33.255	177.993	−4.042
2400	56.958	342.128	296.316	109.947	33.270	184.285	−4.011
2500	57.052	344.455	298.196	115.648	33.268	190.577	−3.982
2600	57.136	346.694	300.018	121.357	33.248	196.870	−3.955
2700	57.211	348.852	301.787	127.075	33.210	203.164	−3.930
2800	57.278	350.934	303.505	132.799	33.155	209.460	−3.908
2900	57.339	352.945	305.176	138.530	33.082	215.757	−3.886
3000	57.394	354.889	306.800	144.267	32.992	222.058	−3.866
3100	57.444	356.772	308.382	150.009	32.885	228.363	−3.848
3200	57.490	358.597	309.923	155.756	32.761	234.670	−3.831
3300	57.531	360.366	311.425	161.507	32.622	240.981	−3.814
Table Continued

Nitrogen Dioxide (NO₂), Ideal Gas, mol. wt. = 46.0055
Enthalpy Reference Temperature = T_r = 298.15 K				Standard State Pressure= p^o = 0.1 MPa
T (K)	C_p^o(J/K/mol)	S^o(J/K/mol)	−[G^o−H^o(T_r)]/T(J/mol/K)	H^o−H^o(T_r)(kJ/mol)	Δ_fH^o(kJ/mol)	Δ_fG^o(kJ/mol)	log K_f
3400	57.569	362.084	312.890	167.262	32.467	247.298	−3.799
3500	57.604	363.754	314.319	173.020	32.297	253.618	−3.785
3600	57.636	365.377	315.715	178.783	32.113	259.945	−3.772
3700	57.666	366.957	317.079	184.548	31.914	266.276	−3.759
3800	57.693	368.495	318.412	190.316	31.701	272.613	−3.747
3900	57.719	369.994	319.715	196.086	31.475	278.956	−3.736
4000	57.742	371.455	320.991	201.859	31.236	285.305	−3.726
4100	57.764	372.881	322.239	207.635	30.985	291.659	−3.716
4200	57.784	374.274	323.461	213.412	30.720	298.020	−3.706
4300	57.803	375.634	324.659	219.191	30.444	304.388	−3.698
4400	57.821	376.963	325.833	224.973	30.155	310.762	−3.689
4500	57.837	378.262	326.983	230.756	29.854	317.142	−3.681
4600	57.853	379.534	328.112	236.540	29.540	323.530	−3.674
4700	57.867	380.778	329.219	242.326	29.214	329.925	−3.667
4800	57.881	381.996	330.306	248.114	28.875	336.326	−3.660
4900	57.894	383.190	331.373	253.902	28.523	342.736	−3.654
5000	57.906	384.360	332.421	259.692	28.158	349.152	−3.648
5100	57.917	385.507	333.451	265.483	27.778	355.576	−3.642
5200	57.928	386.631	334.463	271.276	27.384	362.006	−3.636
5300	57.938	387.735	335.458	277.069	26.974	368.446	−3.631
5400	57.948	388.818	336.436	282.863	26.548	374.892	−3.626
5500	57.957	389.881	337.398	288.658	26.106	381.347	−3.622
5600	57.965	390.926	338.344	294.455	25.646	387.811	−3.617
5700	57.973	391.952	339.276	300.251	25.167	394.281	−3.613
5800	57.981	392.960	340.193	306.049	24.669	400.762	−3.609
5900	57.988	393.951	341.096	311.848	24.150	407.249	−3.606
6000	57.995	394.926	341.985	317.647	23.608	413.748	−3.602

Nitrogen (N₂), Ideal Gas−Reference State, mol. wt. = 28.0134
Enthalpy Reference Temperature = T_r = 298.15 K				Standard State Pressure= p^o = 0.1 MPa
T (K)	C_p^o(J/K/mol)	S^o(J/K/mol)	−[G^o−H^o(T_r)]/T(J/mol/K)	H^o−H^o(T_r)(kJ/mol)	Δ_fH^o(kJ/mol)	Δ_fG^o(kJ/mol)	log K_f
0	0.	0.	Infinite	−8.670	0.	0.	0.
100	29.104	159.811	217.490	−5.768	0.	0.	0.
200	29.107	179.985	194.272	−2.857	0.	0.	0.
250	29.111	186.481	192.088	−1.402	0.	0.	0.
298.15	29.124	191.609	191.609	0.	0.	0.	0.
300	29.125	191.789	191.610	0.054	0.	0.	0.
350	29.165	196.281	191.964	1.511	0.	0.	0.
400	29.249	200.181	192.753	2.971	0.	0.	0.
450	29.387	203.633	193.774	4.437	0.	0.	0.
500	29.580	206.739	194.917	5.911	0.	0.	0.
600	30.110	212.176	197.353	8.894	0.	0.	0.
700	30.754	216.866	199.813	11.937	0.	0.	0.
800	31.433	221.017	202.209	15.046	0.	0.	0.
900	32.090	224.757	204.510	18.223	0.	0.	0.
1000	32.697	228.170	206.708	21.463	0.	0.	0.
1100	33.241	231.313	208.804	24.760	0.	0.	0.
1200	33.723	234.226	210.802	28.109	0.	0.	0.
1300	34.147	236.943	212.710	31.503	0.	0.	0.
1400	34.518	239.487	214.533	34.936	0.	0.	0.
1500	34.843	241.880	216.277	38.405	0.	0.	0.
1600	35.128	244.138	217.948	41.904	0.	0.	0.
1700	35.378	246.275	219.552	45.429	0.	0.	0.
1800	35.600	248.304	221.094	48.978	0.	0.	0.
1900	35.796	250.234	222.577	52.548	0.	0.	0.
2000	35.971	252.074	224.006	56.137	0.	0.	0.
2100	36.126	253.833	225.385	59.742	0.	0.	0.
2200	36.268	255.517	226.717	63.361	0.	0.	0.
2300	36.395	257.132	228.004	66.995	0.	0.	0.
2400	36.511	258.684	229.250	70.640	0.	0.	0.
2500	36.616	260.176	230.458	74.296	0.	0.	0.
2600	36.713	261.614	231.629	77.963	0.	0.	0.
2700	36.801	263.001	232.765	81.639	0.	0.	0.
2800	36.883	264.341	233.869	85.323	0.	0.	0.
2900	36.959	265.637	234.942	89.015	0.	0.	0.
3000	37.030	266.891	235.986	92.715	0.	0.	0.
3100	37.096	268.106	237.003	96.421	0.	0.	0.
3200	37.158	269.285	237.993	100.134	0.	0.	0.
Table Continued

Nitrogen (N₂), Ideal Gas−Reference State, mol. wt. = 28.0134
Enthalpy Reference Temperature = T_r = 298.15 K				Standard State Pressure= p^o = 0.1 MPa
T (K)	C_p^o(J/K/mol)	S^o(J/K/mol)	−[G^o−H^o(T_r)]/T(J/mol/K)	H^o−H^o(T_r)(kJ/mol)	Δ_fH^o(kJ/mol)	Δ_fG^o(kJ/mol)	log K_f
3300	37.216	270.429	238.959	103.852	0.	0.	0.
3400	37.271	271.541	239.901	107.577	0.	0.	0.
3500	37.323	272.622	240.821	111.306	0.	0.	0.
3600	37.373	273.675	241.719	115.041	0.	0.	0.
3700	37.420	274.699	242.596	118.781	0.	0.	0.
3800	37.465	275.698	243.454	122.525	0.	0.	0.
3900	37.508	276.671	244.294	126.274	0.	0.	0.
4000	37.550	277.622	245.115	130.027	0.	0.	0.
4100	37.590	278.549	245.919	133.784	0.	0.	0.
4200	37.629	279.456	246.707	137.545	0.	0.	0.
4300	37.666	280.341	247.479	141.309	0.	0.	0.
4400	37.702	281.208	248.236	145.078	0.	0.	0.
4500	37.738	282.056	248.978	148.850	0.	0.	0.
4600	37.773	282.885	249.706	152.625	0.	0.	0.
4700	37.808	283.698	250.420	156.405	0.	0.	0.
4800	37.843	284.494	251.122	160.187	0.	0.	0.
4900	37.878	285.275	251.811	163.973	0.	0.	0.
5000	37.912	286.041	252.488	167.763	0.	0.	0.
5100	37.947	286.792	253.153	171.556	0.	0.	0.
5200	37.981	287.529	253.807	175.352	0.	0.	0.
5300	38.013	288.253	254.451	179.152	0.	0.	0.
5400	38.046	288.964	255.083	182.955	0.	0.	0.
5500	38.080	289.662	255.705	186.761	0.	0.	0.
5600	38.116	290.348	256.318	190.571	0.	0.	0.
5700	38.154	291.023	256.921	194.384	0.	0.	0.
5800	38.193	291.687	257.515	198.201	0.	0.	0.
5900	38.234	292.341	258.099	202.023	0.	0.	0.
6000	38.276	292.984	258.675	205.848	0.	0.	0.

Oxygen, Monatomic (O), Ideal Gas, mol. wt. = 15.9994
Enthalpy Reference Temperature = T_r = 298.15 K				Standard State Pressure= p^o = 0.1 MPa
T (K)	C_p^o(J/K/mol)	S^o(J/K/mol)	−[G^o−H^o(T_r)]/T(J/mol/K)	H^o−H^o(T_r)(kJ/mol)	Δ_fH^o(kJ/mol)	Δ_fG^o(kJ/mol)	log K_f
0	0.	0.	Infinite	−6.725	246.790	246.790	Infinite
100	23.703	135.947	181.131	−4.518	247.544	242.615	−126.729
200	22.734	152.153	163.085	−2.186	248.421	237.339	−61.986
250	22.246	157.170	161.421	−1.063	248.816	234.522	−49.001
298.15	21.911	161.058	161.058	0.	249.173	231.736	−40.599
300	21.901	161.194	161.059	0.041	249.187	231.628	−40.330
350	21.657	164.551	161.324	1.129	249.537	228.673	−34.128
400	21.482	167.430	161.912	2.207	249.868	225.670	−29.469
450	21.354	169.953	162.668	3.278	250.180	222.626	−25.842
500	21.257	172.197	163.511	4.343	250.474	219.549	−22.936
600	21.124	176.060	165.291	6.462	251.013	213.312	−18.570
700	21.040	179.310	167.067	8.570	251.494	206.990	−15.446
800	20.984	182.116	168.777	10.671	251.926	200.602	−13.098
900	20.944	184.585	170.399	12.767	252.320	194.163	−11.269
1000	20.915	186.790	171.930	14.860	252.682	187.681	−9.803
1100	20.893	188.782	173.373	16.950	253.018	181.165	−8.603
1200	20.877	190.599	174.734	19.039	253.332	174.619	−7.601
1300	20.864	192.270	176.019	21.126	253.627	168.047	−6.752
1400	20.853	193.816	177.236	23.212	253.906	161.453	−6.024
1500	20.845	195.254	178.390	25.296	254.171	154.840	−5.392
1600	20.838	196.599	179.486	27.381	254.421	148.210	−4.839
1700	20.833	197.862	180.530	29.464	254.659	141.564	−4.350
1800	20.830	199.053	181.527	31.547	254.884	134.905	−3.915
1900	20.827	200.179	182.479	33.630	255.097	128.234	−3.525
2000	20.826	201.247	183.391	35.713	255.299	121.552	−3.175
2100	20.827	202.263	184.266	37.796	255.488	114.860	−2.857
2200	20.830	203.232	185.106	39.878	255.667	108.159	−2.568
2300	20.835	204.158	185.914	41.962	255.835	101.450	−2.304
2400	20.841	205.045	186.693	44.045	255.992	94.734	−2.062
2500	20.851	205.896	187.444	46.130	256.139	88.012	−1.839
2600	20.862	206.714	188.170	48.216	256.277	81.284	−1.633
2700	20.877	207.502	188.871	50.303	256.405	74.551	−1.442
2800	20.894	208.261	189.550	52.391	256.525	67.814	−1.265
2900	20.914	208.995	190.208	54.481	256.637	61.072	−1.100
3000	20.937	209.704	190.846	56.574	256.741	54.327	−0.946
3100	20.963	210.391	191.466	58.669	256.838	47.578	−0.802
3200	20.991	211.057	192.068	60.767	256.929	40.826	−0.666
Table Continued

Oxygen, Monatomic (O), Ideal Gas, mol. wt. = 15.9994
Enthalpy Reference Temperature = T_r = 298.15 K				Standard State Pressure= p^o = 0.1 MPa
T (K)	C_p^o(J/K/mol)	S^o(J/K/mol)	−[G^o−H^o(T_r)]/T(J/mol/K)	H^o−H^o(T_r)(kJ/mol)	Δ_fH^o(kJ/mol)	Δ_fG^o(kJ/mol)	log K_f
3300	21.022	211.704	192.653	62.867	257.014	34.071	−0.539
3400	21.056	212.332	193.223	64.971	257.094	27.315	−0.420
3500	21.092	212.943	193.777	67.079	257.169	20.555	−0.307
3600	21.130	213.537	194.318	69.190	257.241	13.794	−0.200
3700	21.170	214.117	194.845	71.305	257.309	7.030	−0.099
3800	21.213	214.682	195.360	73.424	257.373	0.265	−0.004
3900	21.257	215.234	195.862	75.547	257.436	−6.501	0.087
4000	21.302	215.772	196.353	77.675	257.496	−13.270	0.173
4100	21.349	216.299	196.834	79.808	257.554	−20.010	0.255
4200	21.397	216.814	197.303	81.945	257.611	−26.811	0.333
4300	21.445	217.318	197.763	84.087	257.666	−33.583	0.408
4400	21.495	217.812	198.213	86.234	257.720	−40.358	0.479
4500	21.545	218.295	198.654	88.386	257.773	−47.133	0.547
4600	21.596	218.769	199.086	90.543	257.825	−53.909	0.612
4700	21.647	219.234	199.510	92.705	257.876	−60.687	0.674
4800	21.697	219.690	199.925	94.872	257.926	−67.465	0.734
4900	21.748	220.138	200.333	97.045	257.974	−74.244	0.791
5000	21.799	220.578	200.734	99.222	258.021	−81.025	0.846
5100	21.849	221.010	201.127	101.405	258.066	−87.806	0.899
5200	21.899	221.435	201.514	103.592	258.110	−94.589	0.950
5300	21.949	221.853	201.893	105.784	258.150	−101.371	0.999
5400	21.997	222.264	202.267	107.982	258.189	−108.155	1.046
5500	22.045	222.668	202.634	110.184	258.224	−114.940	1.092
5600	22.093	223.065	202.995	112.391	258.255	−121.725	1.135
5700	22.139	223.457	203.351	114.602	258.282	−128.510	1.178
5800	22.184	223.842	203.701	116.818	258.304	−135.296	1.218
5900	22.229	224.222	204.046	119.039	258.321	−142.083	1.258
6000	22.273	224.596	204.385	121.264	258.332	−148.869	1.296

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Table of Contents for
Combustion