Добавил:

fench Опубликованный материал нарушает ваши авторские права? Сообщите нам.

Вуз:

Казанский национальный исследовательский технологический университет

Предмет:

Химия

Файл:

Lange's Handbook of Chemistry (15th Edition) / 63847 6

.pdf

Скачиваний:

137

Добавлен:

15.08.2013

Размер:

756.49 Кб

Скачать

☆

<<< < Предыдущая 1 2 3 4 5 6 7 8 9 1011 / 1611 12 13 14 15 16 > Следующая >>>

	THERMODYNAMIC PROPERTIES					6.101
TABLE 6.3 Enthalpies and Gibbs Energies of Formation, Entropies, and Heat Capacities of the Elements
and Inorganic Compounds (		Continued	)

	Physical	f H	f G	S	C	p
Substance	State	kJ · mol 1	kJ · mol 1	J · deg 1 · mol 1	J · deg 1	· mol 1

Mg(NO				3 )2	· 6H	2 O
MgO microcrystal
Mg(OH)				2
std. state
Mg	3	(PO		4 )2
MgS
MgSeO			4
std. state
Mg	2	Si
MgSiO			3	clinoenstatite
Mg	2	SiO		4 forsterite
Mg	3	Si 4 O		10	(OH)	2 talc
MgSO			3	· 3H	2 O
MgSO			3	· 6H	2 O
MgSO			4
std. state
MgSO			4	· H	2 O kieserite
MgSO			4	· 7H	2 O epsomite
MgTiO			3
Mg	2	TiO		4
MgTi			2 O	5
Mg	2	V	2 O	7 triclinic
MgWO			4
Manganese
Mn
Mn	2	std. state
MnBr			2
std. state
Mn	3	C
MnCl 2
std. state
MnCO			3
Mn	2	(CO)		10
MnF		2
MnI		2
Mn(NO				3 )2
std. state
MnO
MnO			2
Mn	2	O	3
MnO
MnO			4
MnO			2
MnO			4
Mn	3	O	4
Mn	3	(PO		4 )2
MnS
MnSe
MnSiO			3
MnSiO			4
MnSO			4
std. state
MnTiO			3

c	2613.3	2080.7	452
c	601.6(3)	569.3	26.95(15)	37.2
c	924.7	833.7	63.24	77.25
aq	926.8	769.4	149.0
c	3780.7	3538.8	189.20	213.47
c	346.0	341.8	50.3	45.6
c	968.51
aq	1066.1	896.2	84.1
c	77.8	77.1	81.6	67.9
c	1548.9	1462.0	67.8	81.9
c	2174.0	2055.1	95.1	118.5
c	5922.5	5543.0	260.7	321.8
c	1931.8
c	2817.5
c	1284.9	1170.6	91.6	96.5
aq	1376.1	1199.5	118.01
c	1602.1	1428.8	126.4
c	3388.71	2871.9	372
c	1497.6	1420.1	111.08	91.88
c	2164.0	2048	115.0	129
c	2509	2369	135.6	146.9
c	2835.9	2645.29	200.4	203.47
c	1516	1404	101.2	109.1
c	0	0	32.01	26.30
aq	220.75	228.1	73.6	50
c	384.9	372	138.1	75.31
aq	464.0	409.2
c	4.6	5.4	98.7	93.51
c	481.3	440.5	118.20	72.9
aq	555.05	490.8	38.9	222
c	894.1	816.7	85.8	81.5
c	1677.4
c	795.0	749	92.26	67.99
c	242.7		150.6	75.35
aq	331.0
c	576.26
aq	635.6	451.0	218.0	121.0
c	385.2	362.9	59.8	45.4
c	520.1	465.2	53.1	54.1
c	959.0	881.2	110.5	107.7
aq	541.4	447.3	191.2	82.0
aq	653.0	500.8	59
c	1387.8	1283.2	155.6	139.7
c	3116.7
c	214.2	218.4	78.2	50.0
c	106.7	111.7	90.8	51.0
c	1320.9	1240.6	89.1	86.4
c	1730.5	1632.1	163.2	129.9
c	1065.3	957.42	112.1	100.4
aq	1130.1	972.8	53.6	243
c	1355.6		105.9	99.8

6.102		SECTION	6
TABLE 6.3 Enthalpies and Gibbs Energies of Formation, Entropies, and Heat Capacities of the Elements
and Inorganic Compounds (		Continued	)

	Physical	f H	f G	S	C	p
Substance	State	kJ · mol 1	kJ · mol 1	J · deg 1 · mol 1	J · deg 1	· mol 1

Mercury

Hg
Hg	2
Hg
HgBr		2
Hg	2 Br 2
Hg(CH			3 )2
Hg(C		2 H	5 )2
HgCl		2
Hg	2 Cl2
Hg(CN)			2
Hg	2 CO		3
HgC	2 O		4
HgF	2
Hg	2 F2
HgI	2
Hg	2 I2
Hg	2 (N	3 )2
HgO
HgS
HgSO		4
Hg	2 SO		4
HgTe
Molybdenum
Mo
MoBr		3
MoCl		4
MoCl		5
MoCl		6
Mo(CO)			6
MoF	6
MoO		2
MoO		3
MoO		2	std. state
MoO		4	std. state
MoS	2
Mo	2 S	3
Neodymium
Nd
Nd	3 std. state
NdCl		3
std. state
NdF	3
Nd(NO			3 )3
Nd	2 O	3
Neon
Ne
Neptunium
Np
NpF	6
NpO	2

lq	0	0	75.90(12)	28.00
g	61.38(4)	31.8	174.971(5)	20.8
aq	170.21(20)		36.19(80)
aq	166.87(50)		65.74(80)
c	170.7	153.1	172.0	75.3
c	206.9	181.1	218.0	104.6
lq	59.8	140.2	209
lq	30.1
c	224.3	178.6	146.0	73.9
c	265.37(40)	210.7	191.6(8)	102.0
c	263.6
c	553.5	468.1	180.0
c	678.2
c	405	362	134.3	74.86
c	485	469	161	100.4
c	105.4	101.7	180.0	77.75
c	121.3	111.1	233.5	105.9
c	594.1	746.4	205
c	90.79(12)	58.49	70.25(30)	44.06
c	58.2	50.6	82.4	48.4
c	707.5	594
c	743.09(40)	625.8	200.70(20)	131.96
c	42.0
c	0	0	28.71	24.13
c	284	259	175	105.4
c	477	402	224	128
c	527	423	238	155.6
c	523	391	255	175
c	982.8	877.8	325.9	242.3
lq	1585.66	1473.17	259.69	169.8
c	588.9	533.0	46.3	56.0
c	745.2	668.1	77.8	75.0
aq	997.9	836.4	27.2
c	235.1	225.9	62.57	63.56
c	270.3	278.6	181.2	109.3
c	0	0	71.6	27.5
aq	696.2	671.5	206.7	21
c	1041.0			113
aq	1197.9	1065.7	37.7	431
c	1657.0
c	1230.9
c	1807.9	1720.9	158.6	111.3
g	0	0	146.328(3)	20.786
c	0	0		29.46
c	1937
c	1029	979	80.3	66.1

	THERMODYNAMIC PROPERTIES					6.103
TABLE 6.3 Enthalpies and Gibbs Energies of Formation, Entropies, and Heat Capacities of the Elements
and Inorganic Compounds (		Continued	)

	Physical	f H	f G	S	C	p
Substance	State	kJ · mol 1	kJ · mol 1	J · deg 1 · mol 1	J · deg 1	· mol 1

Nickel
Ni
Ni		2 std. state
Ni(OAc)				2	std. state
NiBr			2
NiCl 2
		std. state
Ni(CN)				2	. state
Ni(CN)				std4	. state
Ni(CO)				4
NiC		2 O		4
NiF		2
NiI		2
Ni(NO				3 )2
		std. state
NiO
Ni		2 O	3
NiOH
NiOH
Ni(OH)				2
NiS
Ni		3 S	2
NiS		2
NiSO			4
		std. state
NiSO			4	· 7H	2 O
NiWO				4
Niobium
Nb
NbBr			5
NbC
NbCl 5
NbF 5
NbI		5
NbN
NbO
NbO			2
Nb		2 O	5
NbOCl				3
Nitrogen
N atomic
N	2
N	3
NCl 3
NF		2
NF		3
H	2 NOH
N	2 F2		cis
		trans

c	0	0	29.87	26.1
aq	54.0	45.6	128.9
aq	1025.9	784.5	44.4
c	212.1
aq	297.1	253.6	36.0
c	305.3	259.0	97.7	71.66
aq	388.3	307.9	15.1
aq	367.8	472.0	218
lq	633.0	588.2	313	404.6
g	602.9	587.2	410.6	145.2
c	856.9
c	651.5	604.2	73.6	64.1
aq	719.2	603.3	156.5
c	78.8
aq	164.4	149.0	93.7
c	415.1
aq	468.6	268.6	164.0
c	240.6	211.7	38.00	44.31
c	489.5
aq	287.9	227.6	71.0
c	529.7	447.3	88.0
c	82.0	79.5	53.0	47.1
c	216.0	210	133.9	117.7
c	131.4	124.7	72	70.6
c	872.9	759.8	92.0	138.0
aq	963.2	790.3	108.8	327.9
c	2976.3	2462.2	378.94	364.59
c	1128.4		118.0	136.0
c	0	0	36.4	24.67
c	556	508	258.8	147.9
c	138.9	136.8	34.98	36.23
c	797.5	683.3	210.5	148.1
c	1813.8	1699.0	160.3	134.7
c	268.6		343	155.6
c	236.4	205.9	34.5	39.0
c	405.8	392.6	48.1	41.3
c	796.2	740.5	54.5	57.45
c	1899.5	1765.8	137.3	132.0
c	879.5	782	159	120.0
g	472.68(40)		153.301(3)
g	0	0	191.609(4)	29.124
aq	275.1	348.2	107.9
lq	230.0
g	43.1	57.8	249.9	41.0
g	132.1	90.6	260.8	53.37
c	114.2
g	69.5	109	259.8	49.96
g	82.0	120.5	262.6	53.47

6.104		SECTION	6
TABLE 6.3 Enthalpies and Gibbs Energies of Formation, Entropies, and Heat Capacities of the Elements
and Inorganic Compounds (		Continued	)

	Physical	f H	f G	S	C	p
Substance	State	kJ · mol 1	kJ · mol 1	J · deg 1 · mol 1	J · deg 1	· mol 1

N	2	F4
N	2	H	4	hydrazine
N H22			4	hydrazine-d 4
N H2			5 std. state
N	2	H	5	Br
		std. state
N	2	H	5	Cl
		std. state
N	2	H	5	Cl · HCl
N	2	H	5	OH

undissoc; std. state

N	2	H		5 NO 3
		std. state
(N		2 H		5 )2 SO 4
		std. state
NO
NOBr
NOCl
NOF
NOF				3
NO			2
NO
NO			2
NO			2	Cl
NO			2	F
NO			3
NO
NO			3
N	2	O
N	2	O		2
N O2			22 hyponitrite
N	2	O		3
N	2	O		4
N	2	O		5
NSF
Osmium
Os

OsCl 3

OsCl 4

OsF 6

OsO 4

Oxygen

O atomic

O	2
O	3
OF		2
O	2	F2

Palladium

Pd 2 std. state

g	8.4	79.9	301.2	79.2
lq	50.6	149.3	121.2	98.84
g	81.6	150.9	248.86	55.52
aq	7.5	82.4	151	70.3
c	155.6
aq	128.9	21.8	233.1	71.6
c	197.1
aq	174.9	49.0	207.1	66.1
c	367.4
lq	242.7
aq	251.50	109.2	207.9	73.2
c	251.58
aq	215.10	28.91	297
c	959.0
aq	924.7	579.9	322	151
g	91.29	87.60	210.76	29.85
g	82.23	82.42	273.7	45.48
g	51.71	66.10	261.68	44.7
g	66.5	51.0	248.02	41.3
g	163	96	278.40	67.86
g	33.1	51.3	240.1	37.2
aq	104.6	32.2	123.0	97.5
g	12.6	54.4	272.19	53.19
g	109	66	260.2	49.8
g	69.41	114.35	252.5	46.9
aq	206.85(40)	111.3	146.70(40)	86.6
g	81.6	103.7	220.0	38.62
g	170.37	202.88	287.52	63.51
aq	17.2	138.9	27.6
g	86.6	142.4	314.7	72.72
lq	19.5	97.5	209.20	142.71
g	11.1	99.8	304.38	79.2
g	11.3	117.1	355.7	95.30
g			259.8	44.1
c	0	0	32.6	24.7
c	190.4	121	130
c	254.8	159	155
g			358.1	120.8
c	394.1	305.0	143.9
g	337.2	292.8	293.8	74.1
g	249.18(10)	231.7	161.059(3)	21.9
g	0	0	205.152(5)	29.4
g		142.7	163.2	238.92
g	24.5	41.8	247.5	57.11
g	18.0	61.42	268.11	54.06
aq	230.015(40)	157.28	10.90(20)	148.5
c	0	0	37.61	25.94
aq	149.0	176.6	184.0

	THERMODYNAMIC PROPERTIES					6.105
TABLE 6.3 Enthalpies and Gibbs Energies of Formation, Entropies, and Heat Capacities of the Elements
and Inorganic Compounds (		Continued	)

	Physical	f H	f G	S	C	p
Substance	State	kJ · mol 1	kJ · mol 1	J · deg 1 · mol 1	J · deg 1	· mol 1

PdBr			2
PdBr			42 std. state
PdCl 2
PdCl 42 std. state
Pd 2 H
PdO
PdS
PdS		2
Phosphorus
P white
	red, V
P	2
P	4
PBr		3
PBr		5
PCl 3
PCl 5
PF 3
PF 5
PH		3
	std. state
PH		4 Br
PH		4 Cl
PH		4 I
PH		4 OH undissoc; std. state
PI	3
PO		2
PO		3
PO		43 std. state
P 2O		74 std. state
(P	2 O 3 )2 dimer
P	4 O	10
POBr			3
POCl			3
POClF			2
POCl			2 F
POF		3
PSCl			3
PSF		3
P	4 S	3

Platinum

PtBr 2

PtBr 3

PtBr 4

c	104.2
aq	384.9	318.0	247
c	171.5	125.1	105
aq	550.2	416.7	167
c	19.7	5.0	91.6
c	85.4		56.1	31.5
c	75	67	46
c	81.2	74.5	80
c	0	0	41.09(25)	23.83
g	316.5(10)	280.1	163.1199(3)	20.8
c	17.46	12.46	22.85	21.19
g	144.0(20)		218.123(4)
g	58.9(3)	24.4	280.01(50)	67.16
lq	184.5	175.5	240.2
g	139.3	162.8	348.15	76.02
c	269.9
lq	319.7	272.4	217.2
g	227.1	267.8	311.8	71.8
c	443.5
g	374.9	305.0	364.6	112.8
g	958	937	273.1	58.69
g	1594.4	1520.7	300.8	84.8
g	5.4	13.4	210.24	37.10
aq	9.50	25.31	120.1
c	127.6	47.7	110.0
c	145.2
c	69.9	0.8	123.0	109.6
aq	295.35	211.88	190.0
c	45.6
g	279.9	281.6	252.1	39.5
aq	977.0
aq	1277.4	1018.8	220.5
aq	2271.1	1919.2	117.0
c	1640.1
c	3009.9	2723.3	228.78	211.71
c	458.6
g	389.11	390.91	359.84	89.87
lq	597.1	520.9	222.46	138.82
g	558.5	512.9	325.5	84.94
g	970.7	924.1	301.68	68.83
g	765.7	721.6	320.38	79.32
g	1254.0	1206	285.4	68.82
g	363.2	347.7	337.23	89.83
g	1009	985	298.1	74.55
c	155	159	201	146
c	0	41.63	25.87
c	82.0
c	120.9
c	156.5

6.106		SECTION	6
TABLE 6.3 Enthalpies and Gibbs Energies of Formation, Entropies, and Heat Capacities of the Elements
and Inorganic Compounds (		Continued	)

	Physical	f H	f G	S	C	p
Substance	State	kJ · mol 1	kJ · mol 1	J · deg 1 · mol 1	J · deg 1	· mol 1

PtCl2
PtCl3
PtCl4
PtCl42
PtCl42		std. state
PtCl62		std. state
PtF 6
PtI 4
PtS
PtS 2
Plutonium
Pu
Pu 3
Pu 4
PuBr		3
PuCl 3
PuCl 4
PuF 3
PuF 4
PuF 6
PuH	2
PuH	3
PuI 3
PuO
PuO	2
Pu 2 O 3 beta
Pu(SO		4 )2
PuS
Pu 2 S 3
Polonium
Po
PoO	2
Potassium
K

K std. state

KOAc acetate

KAg(CN)		2
KAgCl 2
K2	AgI 3
KAlCl4
K3	AlCl6
K3	AlF6
KAl(SO		4 )2
K3	AsO 4	std. state
KBF4
	std. state

KBH 4

std. state

c	123.4		117
c	182.0	134	151
c	3218
c	231.8	172	176
aq	499.2	361.5	155
aq	668.2	482.8	220.1
g			348.3	122.8
c	72.8
c	81.6	76.2	55.06	43.39
c	108.8	99.6	74.68	65.90
c	0	0	51.5	35.5
aq	579.9	587.9	163
aq	579.9	1490
c	831.8	804.6	192.88	107.86
c	961.5	892.7	159.00	102.84
c	1381
c	1552	1478.8	112.97	96.82
c	1732	1644.7	161.9	120.8
c	25.48	27.2	222.59	167.36
c	139.3	101.7	59.8	39.0
c	138	82.4	64.9	43.2
c	648.5	643.9	214.2	111.8
c	565	538.9	70.7	51.3
c	1058.1	1005.8	82.4	68.6
c	1715.4	1632.3	152.3	131.0
c	2200.8	1969.5	163.18	181.96
c	439.3	436.7	78.24	53.97
c	989.5	985.5	192.46	129.66
c	0	0	62.8	26.4
c	251	197	71	61.5
c	0	0	64.68(20)	29.60
lq	2.284	0.264	71.46	32.72
g	89.0(8)		160.341(3)
aq	252.14(8)	283.26	101.20(20)	21.8
c	723.0
aq	738.39	652.66	189.1	15.5
aq	18.0	22.2	297
aq	497.4	498.7	333.9
aq	686.6	720.5	458.1
c	97	1094	197	156.4
c	2092.0	1938	377	248.9
c	3358.1		284.5	221.1
c	2470.2	2240.1	204.47	192.92
aq	1645.27	1498.29	144.8
c	1887	1785	133.9	114.48
aq	1827.2	1770.3	285
c	227.4	160.2	106.31	96.57
aq	204.22	168.99	212.97

	THERMODYNAMIC PROPERTIES					6.107
TABLE 6.3 Enthalpies and Gibbs Energies of Formation, Entropies, and Heat Capacities of the Elements
and Inorganic Compounds (		Continued	)

	Physical	f H	f G	S	C	p
Substance	State	kJ · mol 1	kJ · mol 1	J · deg 1 · mol 1	J · deg 1	· mol 1

KBO	2			c	981.6
std. state				aq	1024.75
K2 B 4 O		7		c	3334.2
KBr				c	393.8
std. state				aq	373.92
KBrO	3			c	360.2
				aq	319.45
KBrO	4			c	287.86
KCl				c	436.5
std. state				aq	419.53
KClO std. state				aq	359.4
KClO 2		std. state		aq	318.8
KClO 3				c	397.73
std. state				aq	356.35
KClO 4				c	432.8
std. state				aq	381.71
KCN				c	113.1
std. state				aq	101.7
K2 CO	3			c	1151.0
std. state				aq	1181.90
K2 C 2 O		4		c	1346.0
				aq	1329.72
K2 CrO		4		c	1403.7
std. state				aq	1385.91
K2 Cr	2 O	7		c	2061.5
K2 CuCl 4			· 2H 2 O	c	1707.1
KF				c	567.2
std. state				aq	585.01
K3 Fe(CN)			6	c	249.8
std. state				aq	139.4
K4 Fe(CN)			6	c	594.1
std. state				aq	554.0
K formate				c	679.73
std. state				aq	677.93
K glycinate				aq	722.16
KH				c	57.72
K2 HAsO			4 std. state	aq	1411.10
KH 2 AsO			4	c	1180.7
std. state				aq	1161.94
KHCrO		4	std. state	aq	1130.5
KHCO		3		c	963.2
std. state				aq	944.33
KHC	2 O	4	std. state	aq	1070.7
KHF 2				c	927.7
				aq	902.32
KHgBr		3		c	550.20
std. state				aq	545.6
K2 HgBr		4		c	963.6
std. state				aq	935.5
KHgCl		3		c	671.1
std. state				aq	641.0

923.4	79.98	66.7
962.19	65.3
3136.8	208	170.5
380.7	95.9	52.3
387.23	184.9	120.1
271.2	149.2	105.2
264.72	264.22
174.47	170.01	120.2
408.5	82.55	51.29
414.51	159.0	114.6
320.1	146
266.1	203.8
296.31	143.1	100.3
291.29	264.9
303.1	151.0	112.41
291.88	284.5
101.9	128.52	66.3
110.9	196.7
1063.5	155.5	114.44
1094.41	148.1
1295.8	200.12	145.98
1294.36	255.2
1882.0	291.2	219.2
1492.9	355.43	253.22
537.8	66.5	48.98
562.08	88.7	84.9
129.7	426.06
120.5	577.8
453.1	418.8	322.2
438.11	505.0
634.3	192	66.1
598.23	221.8
53.01	50.21	37.91
1281.22	203.3
1036.0	155.02	126.73
1036.54	218
1048.1	286.6
863.6	115.5
870.10	193.7
981.7	251.9
859.7	104.3	76.94
861.40	195.0
542.7	360
937.6	515
592.5	314

6.108		SECTION	6
TABLE 6.3 Enthalpies and Gibbs Energies of Formation, Entropies, and Heat Capacities of the Elements
and Inorganic Compounds (		Continued	)

	Physical	f H	f G	S	C	p
Substance	State	kJ · mol 1	kJ · mol 1	J · deg 1 · mol 1	J · deg 1	· mol 1

K2 Hg(CN)			4
std. state
K2 HgI		4
std. state
KH 2 PO		4
std. state
K2 HPO		4	std. state
K2 H	2 P 2 O		7
K3 HP	2 O		7
KHS
std. state
KHSO		3
KHSO		4
std. state
KI
KIO 3
KIO 4
KMnO		4
K2 MoO		4
std. state
KNH	2	amide
KNO	2
std. state
KNO	3
std. state
K2 Ni(CN)			4 std. state
K2 O
KO 2

K2 O 2

KOCN cyanate std. state

KOH

std. state K2 PdBr 4

std. state K3 PO 4

std. state K4 P 2 O 7

K2 PtBr 4

std. state K2 PtBr 6

std. state K2 PtCl4

std. state K2 PtCl6

std. state K2 ReCl 6

std. state

c	32.2
aq	21.8	51.9	510
c	775.0
aq	739.7	778.2	565
c	1568.33	1415.95	134.85	116.57
aq	1548.67	1622.85	192.9
aq	1796.90	1655.78	171.5
c	2815.8
aq	2783.2	2576.9	368
aq	3032.1	2822.1	351
c	265.10			75.3
aq	269.9	271.21	165.3
aq	878.60	811.07	242.3
c	1160.6	1131.4	138.1
aq	1139.72	1039.26	234.3	63.0
c	327.9	324.9	106.3	52.9
aq	307.57	334.85	213.8	120.5
c	510.43	418.4	151.46	106.48
aq	473.6	411.3	220.9
c	467.23	361.41	175.7
aq	403.8	341.8	322
c	837.2	737.6	171.71	117.6
c	1498.71
aq	1502.5	1402.9	232.2
c	128.9
c	369.82	306.60	152.09	107.40
aq	356.9	315.5	225.5
c	494.63	394.93	133.05	96.4
aq	459.74	394.59	249.0	64.9
aq	136.8	94.6	423
c	361.5	322.1	94.1	83.7
c	284.9	239.4	122.5	77.53
c	494.1	425.1	102.0	110
c	418.65
aq	398.3	380.7	209.2
c	424.7	378.7	78.9	64.9
aq	482.37	440.53	91.6	126.8
c	938.1
aq	889.5	884.5	452
c	1950.2
aq	2034.7	1868.6	87.9
aq	3280.7	3052.2	293
c	915.0
aq	872.8	828.4	326.4
c	1021.3
aq	975.3	898.7	368
c	1054.4			180.2
aq	1003.7	928.0	360
c	1229.3	1078.6	333.9	205.60
aq	1171.8	1049.4	424.7
c	1310.4	1172.8	371.71	214.68
aq	1266.92	1156.0	460

	THERMODYNAMIC PROPERTIES					6.109
TABLE 6.3 Enthalpies and Gibbs Energies of Formation, Entropies, and Heat Capacities of the Elements
and Inorganic Compounds (		Continued	)

	Physical	f H	f G	S	C	p
Substance	State	kJ · mol 1	kJ · mol 1	J · deg 1 · mol 1	J · deg 1	· mol 1

KReO 4

std. state K2 S

std. state K2 S 2

KSCN

std. state

K2	SeO	3
	std. state
K2	SeO	4
	std. state

K2 SiF 6

std. state

K2 SiO 3

K2 SnBr 6

K2 SnCl 6


K2 SO		3
	std. state
K2 SO		4
K2 SO		6
	std. state
K2	S 2 O 3
	std. state
K2	S 2 O 4
K2	S 2 O 7
K2	S 2 O 8
	std. state

K2 S 4 O 6

std. state

KSO	3 F
K2 UO 4
KVO	4
std. state
K2 Zn(CN)		4
std. state
Praseodymium
Pr
Pr 3 std. state
Pr(OAc)	3	std. state

PrCl 3

std. state

Pr(NO 3 )3

Pr 2 O 3

Promethium

PmCl 3

Protactinium

Pa4

PaBr 4

PaBr 5

c	1097.0
aq	1039.7
c	380.7
aq	471.5
c	432.2
aq	474.5
c	200.16
aq	175.94
c	979.5
aq	1013.8
c	1110.02
aq	1103.7
c	2956.0
aq	2893.7
c	1548.1
c	1218.0
c	1477.0
c	1125.5
aq	1140.1
c	1437.8
aq	1414.0
c	1437.7
aq	1414.02
c	1173.6
aq	1156.9
aq	1258.1
c	1986.6
c	1916.10
aq	1849.3
c	1780.7
aq	1728.8
c	1159.0
c	1921.3
c	1154.8
aq	1140.6
c	100.0
aq	162.3
c	0
aq	704.6
aq	2147.52
c	1056.9
aq	1206.3
c	1229.3
c	1809.6
c	1054.0
c	0
aq	619.2
c	824.0
c	862

994.5	167.82	122.55
977.8	303.8	8.4
364.0	105.0	74.7
480.7	190.4
487.0	233.5
178.32	124.26	88.53
190.58	246.9	18.4
936.4	218.0
1002.9	222
1007.9	259.0
2798.7	225.9
2766.0	327.2
1455.7	146.1	118.4
1160.2	443.1	246.0
1333.0	366.5	246.0
1053.1	176
1321.4	175.6	131.5
1311.1	225.1	251.0
1319.6	175.5	131.3
1311.14	225.1	251
1089.1	272
1166.9	297
1791.6	255
1697.41	278.7	213.2
1681.6	449.4
1613.43	309.66	230.79
1607.1	462.3	24.3
1066.9	155
119.7	431
0	73.2	27.20
679.1	209.0	29.0
1805.56	164.9
		100.0
1072.8	42.0	439.0
		117.40
0	51.8
787.9	234.0
820	289

6.110		SECTION	6
TABLE 6.3 Enthalpies and Gibbs Energies of Formation, Entropies, and Heat Capacities of the Elements
and Inorganic Compounds (		Continued	)

	Physical	f H	f G	S	C	p
Substance	State	kJ · mol 1	kJ · mol 1	J · deg 1 · mol 1	J · deg 1	· mol 1

PaCl4

PaCl5 Radium

Ra Ra2

RaCl2 std. state Ra(NO 3 )2

std. state RaSO 4

std. state Radon

Rhenium

Re std. state ReBr 3

ReCl 3

ReCl 26 std. state

ReO	2
ReO	3
Re	2 O 7

Rhodium

RhCl 3

Rh 2 O 3

Rubidium

Rb std. state

Rb acetate

RbBO	2
RbBr
std. state
RbBrO	3
Rb 2 CO	3
std. state
RbCl
std. state
RbClO	3
std. state
RbClO	4

std. state RbF

std. state Rb formate RbHCO 3

std. state RbHF 2

std. state

c	1043.1	953.0	192.0
c	1144.7	1034.3	238.0
c	0	0	71
aq	527.6	561.5	54.0
aq	861.9	823.8	167.0
c	992	796.2	222
aq	942.2	784.1	347.0
c	1471.1	1365.7	138
aq	1436.8	1306.2	75.0
g	0	0	176.235	20.79
c	0	0	36.9	25.5
g	769.9	724.6	188.9	20.8
aq	46.0	10.1	230.0
c	167.0
c	264	188	123.9	92.4
aq	761	590	251
c	423	368	172
c	605.0	531	257.3
c	1240.1	1066.1	207.1	166.1
g	1100.0	994.0	452.0
c	0	0	31.51	24.98
c	299.2
c	343.0		110.9	104.0
c	0	0	76.78(30)	31.06
g	80.9(8)	53.1	170.094(3)	20.8
aq	251.12(10)	283.97	121.75(25)
aq	737.2	653.3	207.9
c	971.0	913.0	94.3	74.1
c	394.59	381.79	109.96	52.84
aq	372.71	387.94	203.93
c	367.27	278.11	161.1
c	1136.0	1051.0	181.33	117.61
aq	1179.5	1095.8	186.2
c	435.35	407.81	95.90	52.41
aq	418.32	415.22	178.0
c	402.9	300.4	151.9	103.2
aq	355.14	291.9	283.68
c	437.19	306.9	161.1
aq	380.49	292.59	303.3
c	557.7		75.3	50.5
aq	583.79	562.79	107.53
aq	676.7	635.1	213.0
c	963.2	863.6	121.3
aq	943.16	870.82	212.71
c	922.6	855.6	120.08	79.37
aq	901.11	862.11	213.8

<<< < Предыдущая 1 2 3 4 5 6 7 8 9 1011 / 1611 12 13 14 15 16 > Следующая >>>

Соседние файлы в папке Lange's Handbook of Chemistry (15th Edition)

#
15.08.2013888.7 Кб13563847 1a.pdf
#
15.08.2013821.67 Кб13163847 2.pdf
#
15.08.2013389.34 Кб14063847 3.pdf
#
15.08.2013493.08 Кб15163847 4.pdf
#
15.08.2013909.2 Кб19163847 5.pdf
#
15.08.2013756.49 Кб13763847 6.pdf
#
15.08.20131.51 Mб13763847 7.pdf
#
15.08.20131.02 Mб15063847 8.pdf
#
15.08.201354.75 Кб13463847 9.pdf
#
15.08.201353.14 Кб12663847 pref.pdf