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Изменение свободной энергии простейших реакций с кислородом

Табл. 1. Изменение свободной энергии при реакциях образования окислов из компонентов в стандартных состояниях

Pеакция	T, K	ΔG_T° = ΔH + ΔS∙T				источник
Pеакция	T, K	-dH, кал	-dH, Дж	dS, кал/К	dS, Дж/К	источник
H₂ + 1/2O₂ = H₂Or	400...3000	59950	250951	13,6	57	[3]
2Li_ж + 1/2O₂ = Li₂O	500...1500	138250	578715	32,45	136	[5]
2Na_ж + 1/2O₂ = Na₂O	371...1160	100650	421321	35,14	147	[5]
2K_ж + 1/2O₂ = K₂O	336...1030	87710	367154	37,71	158	[3]
2Rb_ж + 1/2O₂ = Rb₂O	312...910	80280	336052	34,65	145	[4]
2CS_ж + 1/2O₂ = Cs₂O	302...763	77050	322531	44,56	187	[4]
Bе + 1/2O₂ = BеO	298...1556	143020	598682	23,14	97	[2]
Be_ж + 1/2O₂ = BeO	1556...2768	144800	606133	24,29	102	[2]
Bеr + 1/2O₂ = BеO	2768...2820	212035	887579	48,58	203	[2]
Bеr + 1/2O₂ = BеO_ж	2820...3500	192520	805889	41,66	174	[2]
Mg + 1/2O₂ = MgO	298...923	143630	601235	25,65	107	[2]
Mg_ж + 1/2O₂ = MgO	923...1376	145540	609230	27,72	116	[2]
Mgr + 1/2O₂ = Mgo	1376...3098	173900	727945	48,33	202	[2]
Mgr + 1/2O₂ = MgO_ж	3098...4000	149890	627440	40,58	170	[2]
Ca + 1/2O₂ = CaO	298...1123	151300	633342	24,54	103	[2]
Cа_ж + 1/2O₂ = CаO	1123...1765	153300	641714	26,32	110	[2]
Ca_г + 1/2O₂ = CaO	1765...2860	186660	781359	45,22	189	[2]
Cа_г + 1/2O₂ = CаO_ж	2860(4500)	163170	683030	37,01	155	[2]
Sr + 1/2O₂ = SrO	298...1045	140880	589724	23,22	97	[2]
Sr_ж + 1/2O₂ = SrO	1045...1640	142435	596233	24,71	103	[2]
Sr_г+ 1/2O₂ = SrO	1640...2690	172510	722127	43,05	180	[2]
Sr_г + 1/2O₂ = SrO_ж	2690...4000	150120	628402	34,73	145	[2]
Ba + 1/2O₂ = BaO	298...983	133250	557785	22,63	95	[3]
Bа_ж + 1/2O₂ = BаO	983...1910	133260	557826	22,65	95	[3]
Ba_г + 1/2O₂ = BaO	1910...2198	169590	709904	41,67	174	[3]
Bа_г + 1/2O₂ = BаO_ж	2198...3000	152000	636272	33,67	141	[3]
Ra + 1/2O₂ = RaO	298...1233	129650	542715	22,94	96	[4]
Ra_ж + 1/2O₂ = RaO	1233...1700	131320	549706	24,29	102	[4]
Ra_г + 1/2O₂ = RaO	17.00(2500)	165740	693788	44,54	186	[4]
2Sc + 3/2O₂ = Sc₂O₃	298...1673	411660	1723209	76,04	318	[5]
2Sc_ж + 3/2O₂ = Sc₂O₃	1673...2000	417000	1745562	80	335	[5]
2Y + 3/2O₂ = Y₂O₃	298...1803	453260	1897346	71,26	298	[5]
2Yw + 3/2O₂ = Y₂O₃	1803...2000	454580	1902872	77,54	325	[5]
2La + 3/2O₂ = La₂O₃	298...1153	427420	1789180	72,61	304	-*¹
2La_ж + 3/2O₂ = La₂O₃	1153...2600	433000	1812538	73,36	307	-*²
Cе_ж + O₂ = CеO₂	1077...2000	257500	1077895	52	218	[3]
2Cе_ж + 3/2O₂ = Cе₂O₃	1077...2000	438000	1833468	81,26	340	[3]
2Pr + 3/2O₂ = Pr₂O₃	298...1205	432110	1808812	61,43	257	[4]
2Pr_ж + 3/2O₂ = PR₂O₃	1205...2200	435010	1820952	63,84	267	[4]
2Nd + 3/2O₂ = Nd₂O₃	1000...1297	431420	1805924	63,99	268	[4]
2Ndw + 3/2O₂ = Nd₂O₃	1297...2500	432770	1811575	65,04	272	[4]
2Pm + 3/2O₂ = Pm₂O₃	1000...1300	432510	1810487	69,68	292	[4]
2Pm_ж + 3/2O₂ = Pm₂O₃	1300...3000	433000	1812538	70,47	295	[4]
2Sm + 3/2O₂ = Sm₂O₃	298...1345	429230	1796757	61,87	259	[5[
2Sm_ж + 3/2O₂ = Sm₂O₃	1345...2000	430840	1803496	64,17	269	[5]
2Eu + 3/2O₂ = Eu₂O₃	298...1100	432000	1808352	67,11	281	[4]
2Eu_ж + 3/2O₂ = Eu₂O₃	1100...1712	426400	1784910	71,11	298	[4]
2Gd + 3/2O₂ = Gd₂O₃	1000...1585	439240	1838659	74,09	310	[4]
2Gd_ж + 3/2O₂ = Gd₂O₃	1585...3000	437180	1830035	70,64	296	[4]
2Tb + 3/2O₂ = Tb₂O₃	1000...1638	434370	1818273	70,53	295	[4]
2TЬ_ж + 3/2O₂ = Tb₂O₃	1638...2873	439590	1840124	73,72	309	[4]
2Dy + 3/2O₂ = Dy₂O₃	1000...1680	444470	1860551	79,07	331	[4]
2Dу_ж + 3/2O₂ = Dу₂O₃	1680...2873	450200	1884537	82,37	345	[4]
2Hо + 3/2O₂ = Hо₂O₃	1000...1734	448280	1876500	80,37	336	[4]
2Hо_ж + 3/2O₂ = Hо₂O₃	1734...2873	454100	1900863	83,73	350	[4]
2Er + 3/2O₂ = Er₂O₃	1000...1770	452650	1894793	83,13	348	[4]
2Er_ж + 3/2O₂ = Er₂O₃	1770...3000	459480	1923383	86,92	364	[4]
2Tm + 3/2O₂ = Tm₂O₃	1000...1818	450340	1885123	75,9	318	[4]
2Tm_ж + 3/2O₂ = Tm₂O₃	1818...2148	451920	1891737	76,77	321	[4]
2Yb + 3/2O₂ = Yb₂O₃	1000...1097	427180	1788175	74,52	312	[4]
2Yb_ж + 1/2O₂ = Yb₂O₃	1097...1700	434220	1817645	80,94	339	[4]
2Lu + 3/2O₂ = Lu₂O₃	1000...1925	443930	1858291	69,81	292	[4]
2Lu_ж + 3/2O₂ = Lu₂O₃	1925...3000	439240	1838659	67,37	282	[4]
Ti + 1/2O₂ = TiO	1000...1950	122100	511111	19,25	81	[2]
Ti_ж + 1/2O₂ = TiO	1950...2010	123230	515841	19,84	83	[2]
Ti_ж + 1/2O₂ = TiO_ж	2010...3550	106890	447442	12,2	51	[2]
2Ti + 3/2O₂ = Ti₂O₃	1000...1950	357100	1494821	60	251	[2]
2Ti_ж + 3/2O₂ = Ti₂O₃	1950...2093	360550	1509262	61,69	258	[2]
2Ti_ж + 3/2O₂ = Ti₂O₃_,_ж	2093...3550	322500	1349985	44,57	187	[2]
3Ti + 5/2O₂ = Ti₃O₅	1000...1950	579680	2426540	98,98	414	[2]
3Ti_ж + 5/2O₂ = Ti₃O₅	1950...2173	586780	2456261	102,32	428	[2]
3Ti_ж + 5/2O₂ = Ti₃O_5,ж	2173...3000	529570	2216780	76,03	318	[2]
Ti + O₂ = TiO₂	1000...1950	224404	939355	41,98	176	[2]
Ti_ж + O₂ = TiO₂	1950...2143	227480	952231	43,56	182	[2]
Ti_ж + O₂ = TiO_2,ж	2143...3000	211440	885088	36,12	151	[2]
Zr + O₂ = ZrO₂	11000...1478	260387	1089980	44,28	185	[2]
Zr + O₂ = ZrO₂	11478...2125	258395	1081641	42,93	180	[2]
Zr_ж + O₂ = ZrO₂	2125...2973	264750	1108244	44,51	186	[2]
Zr_ж + O₂ = ZrO_2,ж	2973...4000	231520	969143	34,38	144	[2]
Hf + O₂ = HfO_2,α	1000...1973	263270	1102048	41,62	174	[2]
Hf + O₂ = HfO_2,β	1973...2495	258890	1083714	39,4	165	[2]
Hf_ж + O₂ = HfO_2,β	2495...3173	259840	1087690	39,78	167	[2]
Hf_ж + O₂ = HfO_2,ж	3173...4000	228550	956710	29,92	125	[2]
V + VO₂ = VO	298...2000	99280	415586	19,39	81	[3]
V + VO₂ = VO_ж	2000...2185	100500	420693	20	84	[3]
V_ж + 1/2O₂ = VO_ж	2185...3000	99140	415000	19,38	81	[3]
2V + 3/2O₂ = 1/2O₃	298...2185	294050	1230893	57,23	240	[3]
2V_ж + 3/2O₂ = 1/2O₃	2185(3000)	288900	1209335	54,8	229	[3]
2V + 2O₂ = VO₄	298...1818	338250	1415915	74,67	313	[3]
2V + 2O₂ = VO_4,ж	1818...2185	301340	1261409	54,5	228	[3]
2V_ж + 2O₂ = VO_4,ж	2185...3000	308500	1291381	57,67	241	[3]
2V + 5/2O₂ = V₂O₅	298...943	371530	1555225	100,77	422	[3]
2V + 5/2O₂ = V₂O_5,_ж	943...2185	349770	1464137	77,7	325	[3]
2V + 5/2O₂ = V₂O_5,ж	2185...3000	353990	1481802	79,63	333	[3]
Nb + 1/2O₂ = NbO	1000...2218	96032	401990	19,37	81	[3]
Nb + 1/2O₂ = NbOw	2218...2741	80637	337546	12,43	52	[2]
Nb_ж + 1/2O₂ = NbO_ж	2741...4000	85200	356647	14,09	59	[2]
Nb + O₂ = NbO₂	1000...2270	184700	773154	38,25	160	[2]
Nb + O₂ = NbO_2,m	2270...2741	166045	695064	30,03	126	[2]
MЬ_ж + O₂ = MЬO_2,ж	2741...4000	170520	713797	31,66	133	[2]
2Nb + 5/2O₂ = Nb₂O₅	1000...1785	447726	1874181	98,14	411	[2]
2Nb + 5/2O₂ = Nb₂O_5,ж	1785...2741	411114	1720923	77,63	325	[2]
2MЬ_ж + 5/2O₂ = MЬ₂O_5,ж	2741...4000	403890	1690684	74,96	314	[2]
2Ta + 5/2O₂ = Ta₂O₅	1000...2150	479400	2006768	95,91	401	[2]
2Tа + 5/2O₂ = Tа₂O_5,ж	2150...3270	428610	1794161	71,68	300	[2]
2Tа_ж + 5/2O₂ = Tа₂O_5,ж	3270...4000	427900	1791189	71,86	301	[2]
2Cr + 3/2O₂ = Cr₂O₃	j 298...1000	271830	1137880	62,68	262	[3]
2Cr + 3/2O₂ = Cr₂O₃	1000...2171	270510	1132355	61,36	257	[3]
2Cr_ж + 3/2O₂ = Cr₂O₃	2171...2938	280900	1175847	66,1	277	[3]
2Cr_г + 3/2O₂ = Cr₂O₃	2938...3000	443460	1856324	121,43	508	[3]
Mо + O₂ = MоO₂	298...2500	139590	584324	40,75	171	[2]
Mо + O₂ = MоO_2,ж	2500...2880	130275	545331	33,95	142	[3]
Mо_ж + O₂ = MоO_2,ж	2880...3000	138100	578087	36,67	154	[3]
Mо + 3/2O₂ = MоO₃	298...1070	177270	742052	59,02	247	[2]
Mо + 3/2O₂ = MоO_3,ж	1070...1500	158820	664821	43,7	183	[2]
W + O₂ = WO₂	< 298...3000	134680	563770	38,86	163	[3]
W + O₂ = WO₂	( 298...2000	139830	585328	41,07	172	[2]
4W + 11/2O₂ = W₄O₁₁	298(3000)	736190	3081691	208,73	874	[3]
W + 3/2O₂ = WO₃	298...1745	200110	837660	58,68	246	[2]
W + 3/2O₂ = WO_3,ж	1745...2000	175680	735396	44,61	187	[2]
Mn + 1/2O₂ = MnO	298...1517	92000	385112	17,61	74	[3]
Mnw + 1/2O₂ = MnO	1517...2058	97180	406795	21,03	88	[3]
Mn_ж + 1/2Oa = MnO_ж	2058...2319	84230	352587	14,74	62	[3]
Mn_г + 1/2O₂ = MnO_ж	2319...3000	138080	578003	38,06	159	[3]
3Mn + 2O₂ = Mn₃O₄	298...1516	330900	1385147	83,74	351	[3]
2Mn + 3/2O₂ = Mn₂O₃	298...1516	229070	958887	61,99	259	[3]
Mn + O₂ = MnO₂	298...1516	123950	518855	42,32	177	[3]
Tс + O₂ = TсO₂	298...2400	102840	430488	40,5	170	[4]
Re + O₂ = ReO₂	1000...1475	99880	418098	38,17	160	[4]
Re + O₂ = ReO_2,ж	1475...2500	82130	343796	26,26	110	[4]
2Re + 7/2O₂ = Re₂O₇	298...570	295930	1238763	137,26	575	[4]
0_,947Fe_α + 1/2O₂ = Fe_0,947O	298...1184	62670	262337	15,18	64	[3]
0_,947Fe_β + 1/2O₂ = Fe_0,947O	1184...1650	62860	263132	15,34	64	[3]
0_,947Feγ + 1/2O₂ = Fe_0,947O_ж	1650...1809	54680	228890	10,38	43	[3]
0_,947Fе_ж + 1/2O₂ = Fe_0,947O_ж	1809...3000	57320	239942	11,84	50	[3]
3Fe + ₂O₂ = Fe₃O4	298...1809	264070	1105397	73,40	307	[3]
3Fе_ж + 2O₂ = Pе₃O₄	1809...1870	270680	1133066	77,05	323	[3]
3Fе_ж + 2O₂ = Pе₃O_4,ж	1870...3000	238630	998905	59,91	251	[3]
2Fe + 3/2O₂ = Fe₂O₃	298...1809	194510	814219	59,43	249	[3]
2Fе_ж + 3/2O₂ = Pе₂O₃	1809(3000)	196520	822633	60,54	253	[3]
Co + 1/2Oa = CoO	298...1766	56680	237262	17,37	73	[3]
Cо_ж + 1/2O₂ = CоO	1766...2100	62550	261834	20,50	86	[3]
Co_ж + 1/2O₂ = CoO_ж	2100...3000	60550	253462	19,55	82	[3]
Ni + 1/2O₂ = NiO	298...1726	56660	237179	20,45	86	[3]
Ni_ж + Y₂0₂ = NiO	1726...2263	60650	253881	22,76	95	[3]
Ni_ж + 1/2O₂ = NiO_ж	2263...3000	50270	210430	18,11	76	[3]
Ru + O₂ = RuO₂	298...1300	54510	228179	43,87	184	[4]
2Rh + 1/2O₂ = Rh₂O	298...1400	22070	92385	11,74	49	[4]
Rh + 1/2O₂ = RhO	298...1400	21800	91255	17,69	74	[4]
2Rh + 3/2O₂ = Rh₂O₃	298...1400	67310	281760	62,04	260	[4]
Pd + 1/2O₂ = PdO	(298...1000)	20920	87571	23,59	99	[4]
Os + O₂ = OsO₂	298...923	61900	259113	41,84	175	[4]
Os + 2O₂ = OsO₄	298...313,3	94210	394363	72,3	303	[4]
Os + 2O₂ = OsO_4,ж	313...403	88620	370963	57,09	239	[4]
2Ir + 3/2O₂ = Ir₂O₃	298...1200	66310	277574	58,14	243	[4]
Ir + O₂ = IrO₂	298...1200	43470	181965	39,72	166	[4]
Pt + 1/2O₂ = PtO	298...780	16740	70074	20,18	84	[4)
3Pt + 2O₂ = Pt₃O₄	298-800	63120	264220	83,69	350	[4]
2Cu + 1/2O₂ = Cu₂O	298...1356	40000	167440	18,11	76	[3]
2Cu + 1/2O₂ = Cu₂O	298...1356	42176	176549	16,36	68	[10]
2Cu_ж + 1/2Oa = Cu₂O	1356...1502	48280	202100	23,29	97	[3]
2Cu_ж + 1/2Oa = Cu₂O	1356...1502	48416	202669	20,96	88	[10]
2Cu_ж + 1/2O₂ = Cu₂O_ж	1502...2820	35160	147180	14,34	60	[2]
2Cu_ж + 1/2O₂ = Cu₂O_ж	1502...2820	35016	146577	12,04	50	[10]
Cu + 1/2O₂ = CuO	298...1356	38180	159821	21,74	91	[3]
Cu + 1/2O₂ = CuO	298...1356	40437	169269	22,16	93	[10]
Cu_ж + 1/2O₂ = CuO	1356...1720	4000	16744	23,08	97	[3]
2Ag + 1/2O₂ = Ag₂O	298...500	7350	30767	15,79	66	[4]
2Au + 3/2O₂ = Au₂O₃	298...500	730	3056	65,43	274	[4]
Zn + 1/2O₂ = ZnO	298...683	83140	348024	23,65	99	[4]
Zn_ж + 1/2O₂ = ZnO	683...1180	84220	352545	25,21	106	[4]
Zn_г + 1/2O₂ = ZnO	1180...2248	117910	493571	48,72	204	[4]
Cd_ж + 1/2O₂ = CdO	594...1040	66600	278788	27,40	115	[4]
Cdr + 1/2O₂ = CdO	1040...1832	82360	344759	47,75	200	[4]
2HgM + 1/2O₂ = Hg₂O	298...600	21850	91464	31,72	133	[4]
Hg_ж + 1/2O₂ = HgO	298...630	21585	90355	25,30	106	[4]
Hgr + 1/2O₂ = HgO	630...1000	34720	145338	46,27	194	[4]
2B + 3/2O₂ = B₂O₃	298...723	305330	1278111	63,41	265	[3]
2B + 3/2O₂ = B₂0_3,ж	723...2300	297700	1246172	52,87	221	[3]
2B_ж + 3/2O₂ = B₂O_3,ж	2300...3000	305890	1280456	56,43	236	[3]
2Al + 3/2O₂ = Al₂O₃	298...932	400360	1675907	74,66	313	[3]
2Al_ж + 3/2O₂ = Al₂O₃	932...2303	403150	1687586	77,66	325	[3]
2Al_ж + 3/2O₂ = Al₂O_3,ж	2303...2740	373440	1563220	67,76	284	[3]
2Al_г + 3/2O₂ = Al₂O_3,ж	2740...3000	513200	2148255	115,77	485	[3]
2Gа_ж + 3/2O₂ = Gа₂O₃	303...2013	259240	1085179	76,46	320	[4]
In_ж + 1/2O₂ = InO	430...1325	65630	274727	24,51	103	[4]
In_ж + 1/2O₂ = InO_ж	1325...2000	59650	249695	20,00	84	[4]
2In_ж + 3/2O₂ = In₂O₃	430...2000	222710	932264	74,00	310	[4]
2Tl + 1/2O₂ = Tl₂O_ж	577...773	39210	164133	25,19	105	[4]
C_графит + 1/2O₂ = CO_г	298...1000	26380	110427	21,56	90	[3]
C_графит + 1/2O₂ = CO_г	1000...2000	27370	114571	20,57	86	[3]
C_графит + 1/2O₂ = CO_г	2000...3000	29330	122775	19,59	82	[3]
C_графит + 1/2O₂ = CO_2,г	298...1500	94155	394133	0,37	2	[3]
C_графит + 1/2O₂ = CO_2,г	1500...2000	94755	396644	0,02	0	[3]
C_графит + 1/2O₂ = CO_2,г	2000...3000	95080	398005	0,08	0	[3]
Si + O₂ = SiO_2, _α_-кварц	298...848	217884	912062	43,17	181	[2]
Si + O₂ = SiO_2, _β_-кварц	f 848...1298	216527	906382	41,57	174	[2]
Si + O₂ = SiO_2, _β_-кварц	1298... 1690	215567	902363	40,83	171	[2]
Si_ж + O₂ = SiO₂	1690...1996	226833	949523	47,50	199	[2]
Si_ж + O₂ = SiO_2,ж	1996...2500	223090	933855	45,62	191	[2]
Ge + O₂ = GeO₂	298...1232	128480	537817	46,00	193	[4]
Ge_ж + O₂ = GeO₂	1232...1389	134290	562138	50,72	212	[4]
Ge_ж + O₂ = GeO_2,ж	1389...2500	121010	506548	41,16	172	[4]
Sn_ж + 1/2O₂ = SnO	505...1000	69860	292434	26,26	110	[3]
Sn_ж + 1/2O₂ = SnO	1000... 2000	69050	289043	25,45	107	[3]
Sn_ж + O₂ = SnO₂	505...1898	138950	581645	48,92	205	[3]
Sn_ж + O₂ = SnO_2,ж	1898...2960	122320	512032	40,16	168	[3]
Sn_г + O₂ = SnO_2,ж	2960...3000	184750	773364	61,25	256	[3]
PЬ_ж + 1/2O₂ = PЬO	600...1159	52230	218635	23,36	98	[3]
PЬ_ж + 1/20₂ = PЬO_ж	1159...1765	44170	184896	16,50	69	[3]
4Pкр + 5O₂ = P₄O_10,г	298...631	703030	2942884	199,1	833	[3]
4Pкр + 5O₂ = P₄O_10,г	631...704	682 840	2858368	167,1	699	[3]
P4 + 5O₂ = P₄O_10,г	704...1000	763140	3194504	240,54	1007	[3]
P4 + 5O₂ = P₄O_10,г	1000...2000	755700	3163360	233,1	976	[3]
P4 + 5O₂ = P₄O_10,г	.2000...3000	744000	3114384	227,6	953	[3]
2As + 3/2O₂ = As₂O_3,α	298...503	155860	652430	63,89	267	[4]
2As + 3/2O₂ = As₂O_3,β	503...586	150640	630579	53,46	224	[4]
2As + 3/2O₂ = As₂O_3,ж	586...730	151770	635309	55,40	232	[4]
As + O₂ = AsO₂	298...883	88020	368452	44,48	186	[4]
1/4As_4,г + O₂ = AsO₂	883...1200	95980	401772	53,49	224	[4]
1/4As_4,г + O₂ = AsO_2,ж	1200...2000	82310	344550	42,10	176	[4]
2As + 5/2O₂ = As₂O₅	298...883	217690	911250	110,7	463	[4]
1/2As_4,г + 5/2O₂ = As₂O₅	883...1200	250120	1047002	147,43	617	[4]
2Sb + 3/2O₂ = Sb₂O₃	298...904	166600	697388	62,86	263	[4]
2Sb_ж + 3/2O₂ = Sb₂O_3,ж	928...1698	156100	653435	51,82	217	[4]
2Bi + 3/2O₂ = Bi₂O₃	298...544,4	137730	576538	63,86	267	[5]
2Bi_ж + 3/2O₂ = Bi₂O₃	544,5...1090	141480	592235	70,63	296	[5]
1/2S₂ + 1/2O₂ = SO_,г	800...3000	15370	64339	-1,20	-5	[3]
1/2S₂ + O₂ = SO_2,r	800...3000	85300	357066	17,32	73	[3]
Se_ж + O₂ = SeO₂	491...603	56290	235630	46,53	195	[4]
Te_α + 1/2O₂ = TeO	298...621	56110	234876	23,50	98	[4]
Te_β + 1/2O₂ = TеO	621...723	54460	227970	20,84	87	[4]
Tе_ж + 1/2O₂ = TеO	723...1020	59680	249820	28,04	117	[4]
Tе_ж + 1/2O₂ = TеO_ж	1020...1360	52300	218928	20,80	87	[4]
1/2Tе_2,г + 1/2O₂ = TеO_ж	1360...1775	70500	295113	28,98	121	[4]
Po + O₂ = PoO₂	298...525	60240	252165	44,26	185	[4]
Pо_ж + O₂ = PоO₂	525...825	61100	255765	47,80	200	[4]
Pо_ж + O₂ = PоO_2,ж	825...1235	55540	232490	39,85	167	[4]
Pоr + O₂ = PоO_2,ж	1235...1400	74960	313783	55,57	233	[4]
2Aс + 3/2O₂ = Aс₂O₃	298...1090	(442850)	-1853770	(55,92)	-234	[4]
2Aс_ж + 3/2O₂ = AсO₃	1090...2250	443770	1857621	76,50	320	-^2*
Th + O₂ = ThO₂	1000...2028	293000	1226498	43,00	180	[4]
Th_ж + O₂ = ThO₂	2028...3273	296740	1242154	44,90	188	[4]
Pа + O₂ = PаO₂	1000...1825	246320	1031096	44,57	187	[4]
Pа_ж + O₂ = PаO₂	1825...2500	249990	1046458	46,73	196	[4J
2Pа + 5/2O₂ = Pа₂O₅	298...400	500150	2093628	118,8	497	[4]
2Pа + 5/2O₂ = Pа₂O₅	1000...1825	499490	2090865	110,81	464	[4]
U + O₂ = UO₂	298...1406	258610	1082541	40,40	169	[2]
U_ж + O₂ = UO₂	1406...3000	260310	1089658	41,61	174	[2]
Np + O₂ = NpO₂	298...913	244840	1024900	40,36	169	[4]
Np_ж + O₂ = NpO₂	913...2600	244920	1025235	40,45	169	[4]
Np_ж + O₂ = NpO_2,ж	2600...3000	229920	962445	34,98	146	-^2*
2Np + ₃/₅O₂ = Np₂O₃	298...900	507800	2125651	100,78	422	[4]
2Pu + 3/2O₂ = Pu₂O₃	298...923	392050	1641121	57,54	241	[4р
2Pu_ж + 3/2O₂ = Pu₂O₃	923...1880	413930	1732711	69,00	289	[4]
2Pu_ж + 3/2O₂ = Pu₂O_3,ж	1880...2500	351580	1471714	37,93	159	[4]
Pu + O₂ = PuO₂	298...913	252750	1058012	41,46	174	[4]
Pu_ж + O₂ = PuO₂	913...1500	251755	1053846	40,37	169	[4]
Pu_ж + O₂ = PuO₂	913...2400	243640	1019877	37,79	158	[4]
Pu_ж + O₂ = PuO_2,ж	2400...3000	221390	926739	28,52	119	[4]
2Am + 3/2O₂ = Am₂O₃	1000...1200	417680	1748408	58,80	246	[4]
2Am_ж + 3/2O₂ = Am₂O₃	1200...2225	416170	1742088	57,46	241	[4]
2Am_ж + 3/2O₂ = Am₂O_3,ж	2225...2500	385360	1613117	43,66	183	[4]
2Am_г + 3/2O = Am₂O_3,ж	2500...3000	517360	2165669	96,46	404	-*2
Am + O₂ = AmO₂	1000...1200	237740	995180	38,57	161	[4]
Am_ж + O₂ = AmO₂	1200...2500	235940	987645	37,06	155	[4]
2Cm + 3/2O₂ = Cm₂O₃	1000...2500	373400	1563052	73,21	306	-^*2
Cm + O₂ = CmO₂	1000...2500	243000	1017198	48,09	201	-^*2
Cm + O₂ = CmO₂	298...1000	119720	501148	29,97	125	[2]
Cm + O₂ = CmO₂	1000...2000	119330	499515	29,58	124	[2]
2O = O_2,г	2000...3000	122370	512241	32,1	134	[2]
2O = O_2,г	3000...4000	122910	514501	32,28	135	[2]

*1 - средние значения по данным [4] и [5]; *2 - оценочный расчет.

Список использованной литературы

Термодинамические константы индивидуальных веществ. Справочник. Под ред. В. П. Глушко. Т. II. М., Изд-во АН СССР, 1962. 916 с.
Sсhiсk Н. L. Thermodynamics of Certain Refractory Compounds, N. Y., and L. Academic Press. 1966, 1390 p.
Эллиот Д. Ф., Глейзер М., Рамакришна В. Термохимия сталеплавильных процессов. М.: Металлургия. 1969. 252 с.
Термодинамические свойства неорганических веществ Справочник. М., "Атомиздат", 1965. 460 с. с ил. Авт.: У. Д. Верятин, В. П. Маширев, Н. Г. Рябцев и др.
Уикс К. Е., Блок Ф. Е. Термодинамические свойства 65 элементов, их окислов, галогенидов, карбидов и нитридов. М., «Металлургия», 1965. 240 с. с ил
Герасимов Я. И., Крестовников А. Н., Шахов А. С. - Химическая термодинамика в цветной металлургии. Т. I. М.: Металлургия. 1960. 230 с. с ил.; т. 11, 1961, 262 с. с ил.; т. III, 1963. 283 с. с ил.; т. IV, 1965, 427 с. с ил.
Справочник по расчетам равновесий металлургических реакций. М., Металлургиздат, 1963. 460 с. с ил. Авт.: А. Н. Крестовников, Л. П. Владимиров, Б. С. Гуляницкий, А. И. Фишер.
Кубашевский О. и Эванс Э. Термохимия в металлургии. М., ИЛ., 1954, 421 с. с ил.
Janaf thermochemical tables, Wash., C-ov. Print off, 1971, v. IX, № 24, unnumbered. U.S. Nat. Bur. Stand. Ed. Stull D R.
Термическая диссоциация окислов меди. Ин-т металлургии им. А. А. Байкова АН СССР. Деп. ВИНИТИ АН СССР № 6690-73, 1973. 44 стр. Авт.: В. М. Щедрин, А. А. Телегин, В. Н, Васькин, И. С. Куликов.

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