Boiling point

physical and thermodynamical properties
температура кипения неорганических соединений, теплота испарения неорганических соединений, молярный объем жидкости при температуре кипения

Table 1 (continuation)

oxyhalides
оксигалогениды

Температура кипения, теплота испарения и молярный объем жидкости при температуре кипения					Boiling temperature, heat of vaporization and liquid molar volume at boiling temperature
Oxyhalides
N	Substance	T_b	ΔH_b	V_b		N	Substance	T_b	ΔH_b	V_b
1	BrO₃F	275.63	25.37	60		51	SOF₆	237.7	21.81	85.1
2	COF₂	188.56	18.30	64.9		52	SO₂F₂	217.78	19.26	60.8
3	CCl₂O	280.7	24.41	70.6		53	SCl₂O	349.0	31.32	77.8
4	CBr₂O	337.5	29.7	80.6		54	SCl₂O₂	342.65	31.38	86.3
5	CBrOF	252.4	22.61	62.9		55	S₂Cl₄O	333.0	29.3	145.1
5a	CBrClO	293.1	25.8	79.4		55	S₂Cl₄O	333.0	29.3	145.1
6	CClOF	228.35	20.51	57.7		56	S₂Cl₂O₅	426.0	35.67	134.0
7	CIOF	296.55	26.71	73		57	SClOF	285.35	24.87	66.2
8	ClO₃F	226.5	19.34	59.9		58	SClO₂F	280.25	29.73	74.0
9	ClO₂F₃	251.6	23.32	66		59	SClO₃F	318.25	30.56	82
10	ClOF₃	302.15	26.6	58		60	SBr₂O	411.3	42.50	88.0
11	ClO₂F	267	25.9	47		61	SBrOF	313	27.5	70.7
12	ClO₄F	257.45	20.7	63		62	SBrClO	366	32.2	81.5
13	CrO₂F₂	301.4	34.21	64		63	SI₂O	502	45.0	108
14	CrCl₂O₂	389.0	35.88	88.3		64	SIOF	364	32.2	81
15	MoOF₄	459.0	50.24	72		65	SIClO	423	37.8	93
16	MoCl₄O	526.0	48.98	120		66	SIBrO	453	40.5	99
17	NO₃F	227.3	19.80	53.7		67	SBr₂O₂	406	35.7	96
18	NO₂F	200.65	18.07	43.5		68	SBrClO₂	375	32.8	90
19	NOF	213.25	19.29	37.0		69	SBrO₂F	312.6	27.5	79.0
20	NOF₃	185.65	16.12	56.3		70	SI₂O₂	508	45.1	115
21	NClO₃	291.0	30.56	65		71	SIClO₂	426	37.5	100
22	NClO₂	258.7	25.71	56.8		72	SIBrO₂	457	40.6	105
23	NClO	267.35	25.12	48.4		73	S₂O₅F₂	323.7	31.8	110
24	NBrO	298.2	28.1	-		74	S₂ClO₅F	373.2	32.8	121.4
25	OsOF₅	373.75	34.58	85		75	S₂Br₂O₅	477	41.5	146
26	POF₃	233.15	21.74	69.3		76	S₂BrO₅F	400	34.4	128
27	PCl₃O	380.4	34.50	102.0		77	S₂BrClO₅	451	39.0	140
28	PBr₃O	465.1	45.64	115.0		78	S₂I₂O₅	560	49.1	165
29	PI₃O	594	57.6	138.0		79	S₂IO₅F	442	38.4	138
30	PClOF₂	276.18	24.83	80.2		80	S₂IClO₅	493	42.9	150
31	PCl₂OF	325.95	30.98	91.8		81	S₂IBrO₅	519	45.3	156
32	PBrOF₂	305.15	28.30	86.4		81	SeOF₂	398.0	46.77	53.1
33	PBr₂OF	383.15	31.40	102.2		82	SeOF₆	244	22.5	91
34	PBrCl₂O	409.65	38.27	107.6		83	SeO₂F₂	264.7	28.34	65.3
35	PBr₂ClO	438.0	40.9	112.0		84	SeCl₂O	450.7	42.70	79.0
36	PICl₂O	452	43.0	114.9		85	SeClOF	452	38.6	66
37	PI₂ClO	523	50.8	127		86	SeBr₂O	490.0	43.96	89.3
38	PIBr₂O	506	48.0	124.7		87	SeBrOF	440	40.0	71
38	PI₂BrO	550	52.3	131		88	SeBrClO	468	42.2	83
39	PBrClOF	352.0	32.9	96.6		89	SeI₂O	534	47.8	110
40	PIClOF	400	37.3	105.0		90	SeIOF	465	42.1	82
41	PIBrClO	479	45.9	119		91	SeIClO	494	44.3	94
42	ReO₂F₃	460.0	59.45	-		92	SeIBrO	510	45.6	101
43	ReO₃F	437	58.5	65		93	Si₂OF₆	250.0	21.56	124.9
44	ReOF₄	444.35	59.5	77		94	Si₂Cl₂OF₄	290.0	28.34	156.5
45	ReOF₅	346.5	31.40	86		95	Si₂Cl₃OF₃	230.0	30.56	147.3
46	ReClO₃	404.15	44.80	77.5		96	Si₂Cl₆O	408.0	39.77	212.8
47	ReCl₄O	500.8	44.38	128.0		97	TcO₃F	373.0	35.59	65
48	ReBrO₃	433.0	44.82	82		98	VCl₃O	399.85	34.75	105.9
49	SOF₂	229.3	21.77	53.9		99	VOF₃	753	–	64.6
49	SOF₂	229.3	21.77	53.9		100	VBr₃O	453	–	122
50	SOF₄	224.3	21.31	67.9		101	WCl₄O	496.7	43.33	123.7

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Table 1
(continuation)