Boiling point

температура кипения неорганических соединений, теплота испарения неорганических соединений, молярный объем жидкости при температуре кипения

Table 1 (continuation)

hydrohalides
гидрогалогениды

Boiling point, heat of vaporization and liquid molar volume at boiling temperature					Температура кипения, теплота испарения и молярный объем жидкости при температуре кипения
N	Substance	T_b	ΔH_m	V_b	N	Substance	T_b	ΔH_m	V_b
1	CH₃F	194.8	17.46	40.7	54	GeH₂I₂	420	35.59	119.0
2	CH₂F₂	221.5	17.67	44.7	55	GeHI₃	500	45.22	153.0
3	CHF₃	190.97	16.70	48.5	56	GeH₂IF	350	29.0	90.0
4	CH₃Cl	248.94	21.94	50.5	57	GeHIF₂	342	29.5	95.0
5	CH₂Cl₂	313.25	28.05	67.8	58	GeHI₂F	425	37.2	123.0
6	CHCl₃	335.35	29.52	83.3	59	GeH₂ICl	385.5	32.8	102.0
7	CH₃Br	276.71	23.93	55.5	60	GeHICl₂	414	36.1	119.5
8	CH₂Br₂	370.15	35.42	74.7	61	GeHI₂Cl	461	40.4	134.5
9	CHBr₃	422.65	37.85	104.0	62	GeHIClF	377	32.8	107.5
10	CH₃I	315.55	27.34	64.1	63	GeH₂IBr	403	34.2	108.0
11	CH₂I₂	453.6	42.49	98.0	64	GeHIBr₂	449	39.4	130.5
12	CHI₃	544	48.2	136.0	65	GeHI₂Br	479.5	42.3	140.0
13	CHClF₂	232.32	20.30	61.2	66	GeHIBrCl	432.5	37.8	125.0
14	CHCl₂F	282.07	24.49	75.0	67	NHF₂	249.85	24.87	36.0
15	CH₂ClF	264.0	23.45	55.4	68	PH₄Cl	246.4	-	62.7
16	CHBrF₂	258.65	22.94	68.1	69	PH₄Br	311	-	52.2
17	CHBr₂F	338.0	30.02	85.9	70	PH₄I	353.0	-	61.0
18	CH₂BrF	291.0	25.83	61.1	71	SiH₃F	174.55	18.00	56.0
19	CHBrCl₂	363.2	32.0	91.0	72	SiH₂F₂	193.35	15.5	57.0
20	CHBr₂Cl	393.0	34.3	98.8	73	SiHF₃	175.65	18.84	60.0
21	CH₂BrCl	341.2	29.7	73.1	74	SiH₃Cl	242.6	21.36	65.5
22	CHIF₂	295.4	26.08	78.3	75	SiH₂Cl₂	281.3	25.10	84.3
23	CHI₂F	422	37.1	106.9	76	SiHCl₃	305.2	26.71	102.8
24	CH₂IF	326.55	28.97	71.3	77	SiHClF₂	223.0	19.6	1.331
25	CHICl₂	404	35.7	102.8	78	SiHCl₂F	254.75	21.7	89.5
26	CHI₂Cl	473	41.7	119.4	79	SiH₂ClF	231	19.3	70.7
27	CH₂IСl	382	33.1	82.5	80	SiH₃Br	275.1	24.49	70.6
28	CHIBr₂	457	40.4	115.4	81	SiH₂Br₂	337.0	30.98	93.0
29	CHI₂Br	500	44.0	126.7	82	SiHBr₃	392.0	33.91	120.5
30	CH₂IBr	403	35.1	88.3	83	SiHBrF₂	238	20.9	83.3
31	CHBrClF	309.45	27.42	80.3	84	SiHBr₂F	311	27.3	101.2
32	CHIClF	353	31.1	90.2	85	SiH₂BrF	258	21.6	76.4
33	CHIBrF	376.0	33.8	96.6	86	SiHBrCl₂	337	29.6	107.5
34	CHIBrCl	431	37.9	109.0	87	SiHBr₂Cl	365	32.1	113.0
35	GeH₃F	288.0	29.7	60	88	SiH₂BrCl	312	26.1	88.4
36	GeH₂F₂	278	22.8	61.5	89	SiH₃I	317.7	28.93	79.9
37	GeHF₃	274.5	23.5	65.0	90	SiH₂I₂	422.0	36.84	114.5
38	GeH₃Cl	302.0	23.86	71.2	91	SiHI₃	493.2	43.00	147.5
39	GeH₂Cl₂	343.0	27.21	90.8	92	SiHIF₂	270	23.7	93.7
40	GeHCl₃	348.35	30.14	107.0	93	SiHI₂F	401	35.3	120.5
41	GeH₂ClF	303.5	24.9	75.0	94	SiH₂IF	302	25.3	86.3
42	GeHClF₂	306.5	26.4	79.5	95	SiHICl₂	383	33.7	117.0
43	GeHCl₂F	332	28.6	92.5	96	SiHI₂Cl	457	40.2	132.2
44	GeH₃Br	325.0	25.54	74.0	97	SiH₂ICl	357	29.9	98.1
45	GeH₂Br₂	362.0	28.89	97.0	98	SiHIBr₂	439	38.6	128.1
46	GeHBr₃	420.0	36.42	125.0	99	SiHI₂Br	485	42.6	137.7
47	GeH₂BrF	324.5	26.8	80.0	100	SiH₂IBr	384	32.1	103.8
48	GeHBrF₂	319	27.4	85.5	101	SiHIClF	327	28.17	105.3
49	GeHBr₂F	366	31.6	103.0	102	SiHIBrCl	411	36.1	122.6
50	GeH₂BrCl	357	29.6	92.0	103	SiHBrClF	281	24.7	95.7
51	GeHBrCl₂	383.5	33.3	109.5	104	SnH₃Cl	306.7	29.14	83
52	GeHBr₂Cl	401	34.9	115.0	105	SnH₂Cl₂	332	28.7	97
53	GeH₃I	350.0	27.21	84.0	106	SnHCl₃	362	31.3	114

home CONTENTS

NEXT -->>

Table 1
(continuation)