Extended Third Millennium Ideal Gas and Condensed Phase Thermochemical Database

Table 6

Extended Third Millennium Ideal Gas and Condensed Phase Thermochemical Database
for Combustion with Updates from Active Thermochemical Tables”
Authors: Elke Goos, Alexander Burcat and Branko Ruscic.
It is strictly forbidden to include this database information as it is or parts of it in any commercial database, software, firmware or hardware and any other type of commercial use without written permission from the authors.
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Elke Goos, Alexander Burcat and Branko Ruscic

„Extended Third Millennium Ideal Gas and Condensed Phase Thermochemical Database for Combustion with Updates from Active Thermochemical Tables”

Update of

“Third Millennium Ideal Gas and Condensed Phase Thermochemical Database for Combustion with Updates from Active Thermochemical Tables

Alexander Burcat and Branko Ruscic

Report ANL 05/20 and TAE 960 Technion-IIT, Aerospace Engineering, and Argonne National Laboratory, Chemistry Division, September 2005.
This file was checked by Egil Jahnsen (Norway) for errors and compatibility to automatic devices. Last check: 16 July 2016.
; quote date.

mirrored at http://garfield.chem.elte.hu/Burcat/burcat.html; quote date.

or received from Elke Goos, date.

Table 6. Enthalpy of formation, _fH₂₉₈ and _fH₀, heat capacity and entropy at 298 K, and H₂₉₈-H₀ from the original calculation Last addition September 27 2016.

Compound	Mol. Wgt.	fH298 kJ/mol	fH0 kJ/mol	± kJ/mol	Cp298 J/mol/K	S298 J/mol/K	H298-H0 kJ/mol
Ag (cr) REFERENCE ELEMENT	107.86820	0.	0.		25.350	42.55	5.745	†
Ag	107.86820	284.9	284.448	±0.8	20.786	172.998	6.197	†
Ag+	107.86765	1022.1	1015.444		20.792	167.236	6.198	†
Ag-	107.86875	153.08	158.83		20.792	167.236	6.198	†
AgN3 Silver Azide (Solid)	149.88842	310.3	315.0		59.482	259.274	13.993	X
Air (standard mixture)	28.96518	-0.126	-0.125		29.104	198.824	8.649	†
AL(cr) REFERENCE ELEMENT	26.98154	0.	0.		24.2	28.3	4.540	†
AL	26.98154	330.	327.621	±4.2	21.391	164.555	6.919	†
AlB2 (S) Aluminum Diboride (S)	48.60354	-150.996			43.644	34.727
AlB2 g	48.60354	??834.269	830.209	±8.	44.331	253.948	11.028	#
ALBr	106.88554	14.325	21.554		35.618	239.635	9.571	†
ALBr2	186.78954	-140.662	-125.	±50.	53.256	312.236	13.398	†
ALBr3	266.69354	-410.477	-387.1	±5.1	75.372	348.026	17.943	†
ALCL <&>	62.43424	-51.007	-51.2	±3.	34.661	227.961	9.323	†
ALCL+	62.43369	861.849	855.286	±42.	33.794	232.190	9.154	†
ALCL2	97.88694	-240.874	-240.	±40.	51.566	290.374	12.847	†
ALCL3 <&>	133.33964	-584.679	-582.768	±5.	71.537	313.089	16.401	†
ALF <&>	45.97994	-264.060	-264.	±3.	31.937	215.162	8.892	†
ALF+	45.97939	692.234	686.176	±25.	31.155	220.068	8.813	†
ALF2	64.97834	-631.764	-630.	±30.	45.418	264.924	11.601	†
ALF2-	64.97889	-853.231	-845.	±20.	44.746	257.272	11.332	†
ALF3 <&>	83.97675	-1209.28	-1205.543	±3.1	62.199	276.674	14.044	†
ALH	27.98948	249.250	249.356	±20	29.371	187.863	8.668	†
ALH2	28.99742	276.774	279.691	±20.	35.773	213.316	10.091	†
ALH3 solid alpha, hexagonal	30.00536	-11.4	+0.402		40.210	30.040	5.440	†
ALH3	30.00536	128.896	135.728	±20.	40.057	206.579	10.411	†
ALO <&>	42.98094	67.319	67.411	±8	30.884	218.389	8.788	†
ALO+	42.98039	992.993	986.586		33.135	230.978	9.090	†
ALO-	42.98149	-272.972	-266.589	±11	30.335	211.945	8.745	†
ALOH	43.98888	-192.762	-190.	±13	43.512	222.643	10.352	†
HALO	43.98888	1.821	5.	±50.	40.996	219.696	9.935	†
ALO2	58.98034	-38.658	-38.799	±32	51.661	269.637	13.362	†
ALO2-	58.98089	-452.572	-443.799	±60	46.063	229.783	10.645	†
ALO2H (HALO2)	59.98828	-355.472	-350.	±50	51.256	254.826	11.981	†
AL(OH)2	60.99622	-507.661	-500.	±50	62.980	284.406	14.028	†
AL(OH)3	78.00356	-1016.67	-1000.		87.249	301.541	17.596	†
AL2 <&>	53.96308	501.302	500.243	±20	37.055	243.842	10.139	†
AL2O	69.96248	-148.611	-147.968	±20	51.978	253.135	12.777	†
AL2O+	69.96193	648.97	643.212		52.898	260.663	12.981	†
AL2O2	85.96188	-403.096	-401.178	±40.	68.122	288.044	15.843	†
AL2O2+	85.96133	557.439	554.026		68.924	289.704	14.975	†
AL2O3(S)	101.96128	-1675.70	-1663.616		79.033	50.920	10.016	†
AL2O3(G)	101.96128	-546.891	-544.39	±100.	86.990	316.662	19.598	†
Ar REFERENCE ELEMENT<^!>	39.948	0	0		20.786	154.847	6.197	†
Ar+	39.94745	1526.778	1520.6	±0.001	20.984	166.406	6.206	†
ArH Radical	40.95594	211.75	210.447	±8.	44.036	235.028	11.737	#
ArH+ ^3L84	40.95539	1165.2	1160.7		29.105	188.478	8.676	#
B(S) REFERENCE ELEMENT	10.811	0.	0.000		11.315	5.834	1.214	†
B <&>	10.811	565.	559.898	±12	20.797	153.438	6.316	†
BBr	90.715	240.952	245.429		32.787	224.992	8.997	†
BBr2	170.619	97.829	111.362	±25.	48.451	294.539	12.201	†
BBr3	250.523	-205.3	-183.	±3.0	67.777	324.505	15.703	†
BCL <&>	46.2637	183.173	180.117	±20.	31.656	213.244	8.861	†
BCL+	46.26315	1234.28	1225.027	±42.	31.644	219.133	8.860	†
BCLF	65.26210	-279.184	-280.	±10	42.820	264.941	11.033	†
BCLF2	84.26050	-888.	-885.694	±5.	54.473	275.115	12.324	†
BCL2 <&>	81.7164	-60.881	-62.	±10.	45.746	271.202	11.514	†
BCL2+	81.71585	672.315	663.664	±20.	52.975	257.809	12.849	†
BCL2F	100.71480	-643.	-641.423	±5.	58.911	287.581	13.231	†
BCL3 <^>	117.1691	-404.5	-403.485	±1.3	62.556	289.468	13.971	†
BF <&>	29.80940	-106.932	-110.	±10.	29.594	200.453	8.695	†
BF2 <&>	48.80781	-499.427	-500.	±10.	40.055	247.133	10.612	†
BF2+	48.80726	322.6	315.816	±2.5	44.291	225.151	10.612	†