Boiling point

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

Table 1 (continuation)
mixed halides
смешанные галогениды

Boiling temperature, heat of vaporization and liquid molar volume at boiling temperature					Температура кипения, теплота испарения и молярный объем жидкости при температуре кипения
Mixed halides
N	Substance	T_b	ΔH_b	V_b		N	Substance	T_b	ΔH_b	V_b
1	BClF₂	217	19.7	61		76	GeIBrCl₂	451	39.9	146.0
2	BCl₂F	250	22.7	72		77	GeIBrClF	404.5	35.7	134.5
3	BBrF₂	230	20.7	67		78	HgBrCl	633	62.3	87.0
4	BBr₂F	292	26.3	82		79	NClF₂	207.2	17.42	56.7
5	BIF₂	275	25.4	77		80	NCl₂F	270.65	25.2	68.1
6	BI₂F	378	35.0	105		81	PClF₂	225.77	18.00	69.6
7	BBrCl₂	310	25.4	92		82	PCl₂F	286.96	24.91	80.5
8	BBr₂Cl	336	27.5	98		83	PBrF₂	257.0	23.32	75.0
9	BICl₂	354	30.2	102		84	PBr₂F	351.4	30.90	95.4
10	BI₂Cl	424	36.1	119		85	SClF₅	254.05	20.72	86.0
11	BBrI₂	453	38.0	124		86	SBrF₅	276.25	24.3	95.6
12	BBr₂I	398	33.4	114		87	SIF₅	317	27.9	100
13	BBrClF	270	23.8	80		88	SeClF₅	277.65	26.04	95.0
14	BIClF	315	28.3	90		89	SiClF₃	203.15	17.79	77.0
15	BIBrCl	380	31.9	109		90	SiCl₂F₂	240.95	20.96	91.6
16	CClF₃	191.85	16.41	68.5		91	SiCl₃F	285.35	24.46	106.0
17	CCl₂F₂	243.41	20.51	81.4		92	SiBrF₃	231.45	18.46	87.0
18	CCl₃F	296.85	24.95	93.1		93	SiBr₂F₂	286.85	24.70	104.2
19	CBrF₃	215.45	18.25	74.2		94	SiBr₃F	356.95	32.82	127.6
20	CBr₂F₂	296.0	25.96	93.0		95	SiIF₃	249.0	21.98	95.0
21	CBr₃F	380.0	33.49	108.3		96	SiI₂F₂	367.65	32.49	126.3
22	CIF₃	250.65	22.43	84.6		97	SiI₃F	461.0	40.65	157.3
23	CI₂F₂	353.65	30.3	112.2		98	SiBrCl₃	353.5	31.23	127.6
24	CI₃F	512	44.0	136		99	SiBr₂Cl₂	377.5	33.33	132.5
25	CBrCl₃	377.0	35.06	108.9		100	SiBr₃Cl	401.0	35.42	137.8
26	CBr₂Cl₂	408.15	36.0	115.6		101	SiICl₃	387.0	34.21	136.6
27	CBr₃Cl	433.0	37.2	121.5		102	SiI₂Cl₂	445.0	39.31	151.8
28	CICl₃	420.0	36.0	120.8		103	SiI₃Cl	505.0	44.59	166.7
29	CI₂Cl₂	492	42.2	134		104	SiIBr₃	465.0	41.07	152.7
30	CI₃Cl	565	48.5	146		105	SiI₂Br₂	503.0	44.42	163.9
31	CIBr₃	510	43.7	135		106	SiI₃Br	530.0	46.81	174.6
32	CI₂Br₂	556	47.7	143		107	SiBrClF₂	265	23.4	102.2
33	CI₃Br	595	51.1	151		108	SiBrCl₂F	308.55	24.93	114.4
34	CBrCl₂F	325.0	27.88	99.9		109	SiBr₂ClF	332.65	29.73	119.9
35	CBr₂ClF	353.0	30.31	104.9		110	SiIBrF₂	328	29.0	118.2
36	CICl₂F	363.15	31.19	107.9		111	SiIBr₂F	396	35.0	136.0
37	CI₂ClF	444	38.1	122.1		112	SiI₂BrF	433	38.5	145.9
38	CIBr₂F	426	36.5	119.8		113	SiIBrCl₂	419	37.0	142.3
39	CI₂BrF	472	40.5	129.0		114	SiIBr₂Cl	441	39.0	148.1
40	CBrClF₂	269.1	23.15	87.4		115	SiI₂BrCl	479	42.3	157.9
41	CIClF₂	306.0	26.25	96.3		116	SiIClF₂	300	26.5	112.1
42	CIBrF₂	343	29.43	104.0		117	SiICl₂F	350	30.9	124.5
43	CIBr₂Cl	400	34.3	128.7		118	SiI₂ClF	411	36.3	140.1
44	CI₂BrCl	528	45.3	138.0		119	SiIBrClF	373	32.9	130.3
45	CIBrCl₂	454	39.0	124.7		120	SnClF₃	230	19.4	90.0
46	CIBrClF	399	34.2	113.6		121	SnCl₂F₂	275.3	23.9	103.3
47	GeCl₃F	310.65	27.55	111.0		122	SnCl₃F	324.3	28.1	118.7
48	GeCl₂F₂	270.35	23.65	97.0		123	SnBrF₃	263.7	22.6	100.0
49	GeClF₃	252.85	22.15	83.0		124	SnBr₂F₂	326.3	28.3	119.7
50	GeBr₃F	390	34.6	129.6		125	SnBr₃F	406.5	35.7	137.0
51	GeBr₂F₂	313	27.8	112.1		126	SnIF₃	290	25.0	108.0
52	GeBrF₃	264.5	23.49	93.0		127	SnI₂F₂	413.3	36.3	139.3
53	GeI₃F	496	44.0	159.5		128	SnI₃F	525.7	46.5	165.7
54	GeI₂F₂	394	35.0	131.7		129	SnBrCl₃	410	36.0	138.4
55	GeIF₃	275.5	24.45	104.5		130	SnBr₂Cl₂	423	37.2	142.4
56	GeBr₃Cl	431	38.3	142.2		131	SnBr₃Cl	460	40.4	148.2
57	GeBr₂Cl₂	407	36.1	136.2		132	SnICl₃	442.3	39.2	146.3
58	GeBrCl₃	382.0	33.9	130.6		133	SnI₂Cl₂	510	44.8	161.9
59	GeBrCl₂F	339	29.6	118.0		134	SnI₃Cl	575	52.2	177.0
60	GeBr₂ClF	366	32.0	124.0		135	SnIBr₃	526.7	46.8	163.3
61	GeBrClF₂	290	25.2	105.5		136	SnI₂Br₂	567	50.5	172.7
62	GeI₃Cl	542	48.1	171.4		137	SnI₃Br	605	54.9	183.0
63	GeI₂Cl₂	480	42.6	156.0		138	SnBrClF₂	305	26.3	113.0
64	GeICl₃	420	37.3	139.9		139	SnBrCl₂F	353.3	30.8	125.0
65	GeICl₂F	379.5	33.4	128.0		140	SnBr₂ClF	378.7	33.1	131.0
66	GeI₂ClF	440	38.9	144.0		141	SnIBrF₂	372.3	32.5	129.3
67	GeIClF₂	329	28.7	115.5		142	SnIBr₂F	447.7	39.4	146.0
68	GeI₃Br	568	50.4	177.0		143	SnI₂BrF	489.3	43.6	156.0
69	GeI₂Br₂	534	47.4	167.0		144	SnIBrCl₂	484	43.0	152.3
70	GeIBr₃	495	44.0	157.3		145	SnIBr₂Cl	482.7	42.8	158.3
71	GeIBr₂F	425.5	37.6	140.0		146	SnI₂BrCl	552	49.2	167.8
72	GeI₂BrF	465	41.2	150.0		147	SnIClF₂	343.3	29.9	122.7
73	GeIBrF₂	355.5	31.1	122.5		148	SnICl₂F	396.3	34.7	135.0
74	GeIBr₂Cl	474	41.8	152.5		149	SnI₂ClF	464	41.1	150.0
75	GeI₂BrCl	512	45.7	162.0		150	SnIBrClF	435	38.3	141.0

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Table 1
(continuation)