Surface Tension Coefficient.

Table of Specific Heat Capacities for Different Inorganic Materials

At a Room Temperature ( 298.15^oK ) and Normal Pressure ( 101.3KPa )

Chemical Formula	C_p [J/(Mol · ^oK)]	Reference	Chemical Formula	C_p [J/(Mol · ^oK)]	Reference	Chemical Formula	C_p [J/(Mol · ^oK)]	Reference
AgBr	52.38	[3]	Fe₃C	107.10	[3]	Na₂CO₃	110.50	[3]
AgBr (Gas)	36.48	[2]	FeCO₃	82.13	[3]	NaCL	50.79	[3]
Ag₂CO₃	112.10	[3]	Fe(CO)₅	174.00	[3]	NaCL (Gas)	35.44	[2]
AgCL	50.78	[3]	FeCL₂	76.33	[3]	NaCLO₃	100.80	[3]
AgCL (Gas)	35.77	[2]	FeCL₃	94.93	[3]	NaF	46.82	[3]
AgCLO₂	87.32	[3]	FeCo₂O₄	143.40	[3]	NaH (Gas)	30.12	[2]
AgCLO₄	142.30	[3]	FeCr₂O₄	133.40	[3]	NaHCO₃	87.70	[3]
AgH	29.25	[4]	FeF₂	68.12	[3]	NaI	54.31	[3]
AgI	54.43	[3]	Fe₂N	(70)	[2]	NaI (Gas)	36.23	[2]
AgI (Gas)	36.78	[2]	FeO	52.01	[3]	NaNH₂	66.15	[3]
AgIO₃	102.90	[3]	Fe₂O₃	103.70	[3]	NaNO₃	93.05	[3]
AgMg	49.37	[2]	Fe₃O₄	143.40	[3]	NaO₂	93.05	[2]
AgNO₂	79.20	[3]	Fe₃O₄	151.60	[6]	Na₂O	71.43	[3]
AgNO₃	93.05	[2]	FeS	54.64	[3]	Na₂O₂	89.33	[3]
Ag₂O	64.27	[5]	FeS₂	61.92	[3]	NaOH	59.45	[3]
Ag₂O	65.56	[3]	FeSi	50.21	[3]	Na₂SO₃	120.10	[3]
Ag₂S	75.31	[3]	Fe₂SiO₄	132.80	[3]	Na₂SO₄	130.80	[3]
Ag₂SO₄	131.40	[3]	FeTiO₃	99.50	[3]	Na₂SO₄	127.10	[3]
Ag₃Sb	101.70	[2]	Ga₂O₃	91.84	[3]	Na₂SiO₃	111.80	[3]
Ag₂Se	83.68	[2]	GeBr₄	101.80	[2]	Na₂TiO₃	131.20	[3]
Ag₂Te	96.65	[2]	GeF₄	81.88	[3]	NbN	43.35	[2]
ALAg₂	75.31	[3]	GeH₄	44.35	[2]	NbO₂	57.49	[3]
ALAg₃	100.80	[3]	GeH₃CL	54.77	[3]	Nb₂O₅	132.10	[3]
ALBr (Gas)	35.87	[3]	GeI₄	104.20	[3]	Nd₂O₃	111.30	[3]
ALBr₃	102.50	[4]	H₃BO₃	81.31	[3]	Ni(CO)₄ (Gas)	136.00	[3]
AL₄C₃	140.20	[3]	HBr (Gas)	29.12	[3]	NiCL₂	71.67	[3]
ALCL (Gas)	34.66	[3]	HCN	71.00	[3]	NiF₂	64.06	[3]
ALCu	48.12	[3]	HCN (Gas)	36.01	[3]	NiFe₂O₄	145.60	[3]
ALF (Gas)	31.93	[3]	HCL (Gas)	29.12	[3]	NiO	44.31	[3]
ALF₃	75.14	[3]	HF (Gas)	29.14	[3]	NiS	54.68	[3]
ALN	32.60	[2]	HI (Gas)	29.12	[3]	NiSO₄	(138.30)	[2]
AL₂O₃	79.01	[3]	HN₃ (Gas)	43.69	[3]	NiTe	52.51	[3]
AL₂O₃·H₂O	131.30	[3]	HNO₂ (Gas)	45.81	[3]	NpO₂	66.19	[3]
AL₂(SO₄)₃	259.60	[3]	HNO₃	109.80	[3]	OsO₄ (Gas)	57.57	[3]
AL₂TiO₅	136.40	[3]	HNO₃ (Gas)	53.56	[3]	PBr₃ (Gas)	76.15	[3]
AsCL₃ (Gas)	75.70	[2]	HNO₃·H₂O	182.50	[3]	PCL₃ (Gas)	72.05	[3]
AsF₃	126.80	[3]	H₂O	75.15	[3]	PCL₅ (Gas)	111.90	[3]
AsF₃ (Gas)	65.60	[2]	H₂O (Gas)	33.56	[3]	PF₃ (Gas)	56.02	[3]
AsH₃	38.52	[3]	H₂O₂	89.33	[3]	PH₃ (Gas)	37.11	[3]
AsN (Gas)	30.42	[4]	H₂O₂ (Gas)	43.14	[3]	PN (Gas)	29.66	[3]
As₂O₃	95.65	[3]	HOCL (Gas)	37.20	[3]	P₃N₅	149.20	[5]
As₂O₅	116.50	[3]	H₃PO₄	106.10	[3]	POCL₃ (Gas)	84.39	[3]
AuCL (Gas)	35.44	[2]	HS (Gas)	32.32	[3]	P₄O₁₀	204.80	[3]
AuSb₂	77.40	[3]	H₂S (Gas)	34.22	[3]	PbBr₂	80.12	[3]
AuSn	52.30	[4]	H₂SO₄	138.90	[3]	PbCL₂	76.78	[3]
BBr (Gas)	32.83	[3]	H₂SO₄·H₂O	215.10	[3]	PbCO₃	87.40	[3]
BBr₃ (Gas)	77.40	[3]	H₂Se (Gas)	34.56	[3]	PbF₂	(73.70)	[2]
B₄C	52.51	[3]	H₂Te (Gas)	35.56	[3]	PbI₂	81.17	[3]
BCL (Gas)	31.69	[3]	HfCL₄	120.50	[3]	PbO	49.33	[3]
BCL₃ (Gas)	62.61	[3]	HfO₂	60.25	[3]	PbO (yellow)	45.81	[3]
BF (Gas)	29.61	[3]	HgBr (Gas)	36.90	[2]	PbO (Gas)	32.43	[3]
BF₃ (Gas)	50.53	[3]	HgBr₂ (Gas)	60.25	[2]	PbO₂	64.43	[3]
BH (Gas)	29.18	[3]	HgCL	50.84	[3]	Pb₂O₃	107.70	[3]
B₂H₆ (Gas)	56.40	[3]	HgCL (Gas)	36.19	[2]	Pb₃O₄	147.00	[3]
B₁₀H₁₄	219.30	[3]	HgCL₂	(76.90)	[3]	PbS	49.90	[3]
BH₃O₃	81.34	[3]	HgCL₂ (Gas)	58.20	[2]	PbS (Gas)	35.02	[2]
Br₅Hg (Gas)	79.50	[4]	HgI₂	77.40	[3]	PbSO₄	104.30	[3]
BN	12.13	[3]	HgI₂ (Gas)	61.09	[2]	PbO	(31.51)	[2]
BN	20.10	[6]	HgO	44.05	[3]	PbSb	45.65	[2]
BN (Gas)	29.46	[2]	HgS	(50.17)	[2]	PtS	(50.17)	[2]
BO (Gas)	29.20	[3]	Hg₂SO₄	132.00	[3]	PtSb₂	70.21	[3]
B₂O₂	60.33	[3]	IBr (Gas)	36.48	[3]	RbBr	(51.71)	[2]
B₂O₃	62.05	[3]	ICL (Gas)	36.56	[3]	RbCL	(51.21)	[2]
BaCO₃	85.35	[3]	IF (Gas)	33.47	[3]	RbCLO₃	103.20	[3]
BaCL₂	(75.30)	[2]	IF₅ (Gas)	99.16	[3]	RbF	(50.67)	[2]
BaCL₂·2H₂O	155.20	[3]	IrO₂	57.32	[3]	RbLi	36.90	[2]
BaF₂	71.21	[3]	KBH₄	96.57	[3]	Rb₂O₇	166.20	[3]
BaH (Gas)	29.30	[4]	KBO₂	(68.45)	[2]	RhO	46.82	[2]
BaMoO₄	140.60	[4]	KBr	52.51	[3]	Rh₂O	73.30	[2]
Ba(NO₃)₂	151.40	[3]	KBr (Gas)	36.31	[2]	Rh₂O₃	104.00	[2]
BaO	47.23	[3]	KBrO₃	104.90	[3]	SF₆ (Gas)	96.26	[2]
BaSO₄	101.80	[3]	KCL	51.46	[3]	SO (Gas)	30.26	[3]
BaTiO₅	102.50	[3]	KCL (Gas)	36.28	[2]	SO₂ (Gas)	39.87	[3]
BeH (Gas)	27.03	[4]	KCLO₃	100.20	[3]	SO₃ (Gas)	50.63	[3]
Be₃N₂	69.04	[3]	KCLO₄	110.20	[3]	SOCL₂ (Gas)	66.69	[2]
BeO	25.40	[3]	K₂CrO₄	146.00	[3]	SOF₂ (Gas)	56.82	[3]
BeSO₄	87.90	[4]	KF	50.00	[3]	SbCL₃ (Gas)	77.40	[2]
BiCL₃ (Gas)	79.58	[2]	KH (Gas)	30.84	[2]	Sb₂O₃	101.40	[3]
Bi₂O₃	113.50	[3]	KH₂AsO₄	126.70	[3]	Sb₂O₄	114.60	[3]
Bi₂TL	73.85	[3]	KHF₂	76.82	[3]	Sb₂O₅	117.70	[3]
Bi₃TL₂	131.80	[3]	KH₂PO₄	117.00	[3]	Sb₂S₃	(117.70)	[2]
BrCL (Gas)	34.98	[3]	KI	(53.22)	[3]	Sc₂O₃	104.10	[5]
BrF (Gas)	32.97	[3]	KI (Gas)	36.74	[2]	Se₂F₆ (Gas)	110.00	[2]
BrF₃	124.40	[3]	KIO₃	106.40	[3]	SeO (Gas)	31.17	[2]
BrF₃ (Gas)	66.71	[3]	KLi (Gas)	36.74	[2]	SiBr₄ (Gas)	97.07	[2]
BrF₅ (Gas)	100.10	[3]	KMnO₄	119.20	[3]	SiC	26.65	[2]
BrI (Gas)	36.48	[3]	KNO₃	96.32	[3]	SiCL₄ (Gas)	90.58	[2]
CN (Gas)	29.16	[2]	KO₂	77.53	[3]	SiF₄ (Gas)	73.47	[2]
C₂N₂ (Gas)	56.90	[3]	KReO₃	122.60	[3]	SiH₄ (Gas)	42.76	[3]
CO (Gas)	29.15	[3]	K₂SO₄	129.90	[3]	Si₃N₄	99.87	[3]
CO₂ (Gas)	37.12	[3]	La₂O₃	107.90	[3]	SnAu	49.41	[3]
COS (Gas)	41.63	[3]	LiALO₂	67.78	[3]	SnBr₄ (Gas)	103.40	[2]
C₃O₂ (Gas)	65.75	[3]	LiBr	(51.88)	[3]	SnCO₂	78.87	[3]
CP (Gas)	29.84	[4]	LiBr (Gas)	33.85	[3]	SnCL₂	(79.33)	[2]
CS (Gas)	29.82	[2]	Li₂CO₃	97.40	[3]	SnCL₄ (Gas)	98.45	[2]
CS₂	75.65	[3]	LiCL	(50.25)	[3]	SnNi₃	99.66	[3]
CS₂ (Gas)	45.65	[3]	LiCL (Gas)	33.00	[3]	SnO	44.31	[3]
CSe₂ (Gas)	50.04	[3]	LiF	41.90	[3]	SnO (Gas)	31.71	[2]
CaC₂	62.31	[3]	LiF (Gas)	33.20	[3]	SnO₂	52.59	[3]
CaCO₃	81.80	[2]	LiFeO₂	82.89	[3]	SnPt	49.87	[3]
CaCL₂	72.61	[3]	LiH (Gas)	29.58	[2]	SnS	49.25	[3]
CaF₂	71.13	[2]	LiI	54.68	[3]	SnS (Gas)	34.43	[2]
CaF₂	67.03	[3]	Li₃N	77.74	[3]	SnS₂	74.31	[3]
CaFe₂O₄	153.70	[3]	LiNO₃	89.12	[3]	SnS₂	70.13	[8]
Ca₃N₂	113.00	[3]	Li₂O	54.09	[3]	SnTe₂	73.22	[3]
Ca(NO₃)₂	149.20	[3]	LiOH	49.58	[3]	SrBr₂	(79.62)	[3]
CaO	42.80	[3]	LiOH	40.52	[7]	SrCL₂	(79.20)	[2]
Ca(OH)₂	87.49	[3]	LiOH·H₂O	79.50	[3]	SrCO₃	81.42	[3]
Ca(PO₃)₂	145.10	[3]	Li₂TiO₃	111.00	[3]	SrO	44.50	[3]
Ca₃(PO₄)₂	231.60	[3]	MgB₂	47.82	[3]	SrSO₄	101.70^*	[3]
β-Ca₃(PO₄)₂	228.20	[3]	MgB₄	70.33	[3]	SrTiO₃	98.37	[3]
CaS	47.40	[3]	MgCO₃	75.52	[3]	T₂O (Gas)	34.95	[3]
CaSO₃	91.63	[3]	MgCL₂	71.30	[3]	TaC	36.78	[3]
CaSO₄	91.63	[3]	MgCL₂·H₂O	115.00	[3]	TaN	42.09	[2]
CaSiO₃	90.00	[2]	MgCr₂O₄	126.80	[3]	Ta₂O₅	135.10	[3]
Ca₂SiO₄	128.60	[3]	MgF₂	61.59	[3]	TeCL₄	138.50	[3]
CaTiO₃	97.65	[3]	MgFe₂O₄	143.70	[3]	TeF₆ (Gas)	116.90	[3]
CdCL₂	73.22	[3]	Mg₂N₃	104.60	[3]	TeO₂ (Gas)	31.84	[2]
CdCL₂	76.64	[7]	MgO	37.78	[3]	ThF₄	110.70	[3]
CdI₂	77.53	[3]	MgO (Gas)	32.97	[2]	Th₃N₄	155.90	[2]
CdMg	51.66	[3]	Mg(OH)₂	76.99	[3]	ThO₂	62.34	[2]
CdO	43.43	[3]	Mg(OH)₂	74.27	[2]	TiB₂	44.52	[3]
CdS	55.20	[3]	MgSO₄	96.48	[3]	TiC	33.51	[3]
CdSO₄	99.60	[3]	MgSiO₃	81.84	[3]	TiCL (Gas)	34.70	[3]
CdSb	45.69	[3]	MgSiO₄	118.00	[3]	TiCL₂ (Gas)	51.50	[3]
CdSiO₃	88.58	[3]	MgTiO₃	91.76	[3]	TiCL₃ (Gas)	72.40	[3]
CeN	46.86	[4]	Mn₃C	93.55	[3]	TiCL₄ (Gas)	95.47	[3]
CeO₂	65.90	[5]	MnCO₃	81.50	[3]	TiN	37.11	[3]
Ce(SO₄)₃	276.10	[3]	MnCL₂	72.87	[3]	TiO	39.96	[3]
CLF (Gas)	32.09	[3]	MnF₂	67.94	[3]	Ti₂O₃	97.36	[3]
CLF₃ (Gas)	65.06	[3]	Mn₃N₂	121.30	[3]	Ti₃O₅	185.20	[3]
CL₂O (Gas)	45.60	[3]	MnO	44.10	[3]	Ti₃O₅	154.80	[2]
CLO₂ (Gas)	41.84	[3]	MnO₂	54.02	[3]	TiS₂	67.91	[3]
CoCL₂	78.49	[3]	Mn₂O₃	98.74	[3]	TLBr	52.72	[2]
CoF₂	68.78	[3]	Mn₂O₃	107.70	[7]	TLBr (Gas)	36.84	[2]
CoO	52.72	[3]	Mn₃O₄	139.70	[3]	TLCL	50.92	[3]
CoO	55.31	[3]	Mn₃O₄	148.10	[2]	TLCL (Gas)	39.23	[3]
Co₃O₄	121.30	[3]	MnS	49.96	[3]	TLF (Gas)	34.60	[2]
CoS	(47.49)	[2]	MnSO₄	100.50	[3]	TLNO₃	99.37	[3]
CoSO₄	(138.30)	[2]	MnSe	51.04	[3]	UCL₃	91.50	[3]
Cr₃C₂	99.24	[3]	MnSiO₃	86.44	[3]	UCL₄	123.40	[3]
Cr₄C	108.40	[3]	MnTe	72.80	[3]	UF₄	117.60	[3]
Cr(CO)₆ (Gas)	213.30	[3]	Mo(CO)₆	219.00	[3]	UF₆	166.75	[3]
CrCL₃	70.65	[3]	Mo(CO)₆	242.30	[8]	UH₃	49.29	[3]
CrCL₃	91.80	[3]	Mo₂N	64.02	[3]	UO₂	63.71	[3]
CrF₃	78.74	[3]	MoO₂	55.98	[3]	UO₃	81.63	[3]
Cr₂O₃	118.70	[3]	MoO₃	73.64	[3]	U₃O₈	237.90	[3]
Cr₂O₃	104.60	[3]	MoS₂	63.47	[3]	UOCL₂	95.06	[3]
CrSb	81.17	[4]	MoSi₂	64.85	[3]	UO₂F₂	103.20	[3]
CsBr	51.88	[4]	Mo₃Si	92.97	[3]	VC	33.35	[3]
CsCL	(52.63)	[2]	NH₃ (Gas)	35.52	[3]	VCL₂	72.22	[3]
CsCLO₄	107.60	[3]	N₂H₄ (Gas)	52.70	[3]	VCL₃	93.18	[3]
CsF	(50.63)	[2]	NH₄CL	89.29	[3]	VN	38.03	[3]
CsH (Gas)	29.83	[4]	NH₄CL	84.10	[3]	VO	45.44	[3]
CsI	51.88	[4]	N₂ (Gas)	29.12	[3]	V₂O₃	103.90	[3]
CsLi	36.99	[2]	NH₄F	65.27	[3]	V₂O₄	118.00	[3]
CuBr	54.74	[3]	(NH₄)H₂AsO₄	151.20	[3]	V₂O₅	137.40	[3]
CuBr (Gas)	36.05	[2]	(NH₄)H₂PO₄	142.30	[3]	WC	36.11	[5]
CuCL (Gas)	35.10	[2]	(NH₄)HSO₄	142.90	[3]	WO₃	81.50	[3]
CuCL₂	79.50	[3]	(NH₄)NO₃	139.30	[3]	Y₂O₃	102.50	[3]
Cu₂CL₂	97.03	[3]	(NH₄)₂O	235.80	[3]	ZnCO₃	80.17	[3]
CuH (Gas)	29.20	[4]	(NH₄)OH	154.90	[3]	ZnCL₂	(76.27)	[3]
CuI	54.04	[3]	(NH₄)₂SO₄	187.50	[3]	ZnCL₄	119.00	[3]
CuI (Gas)	36.36	[2]	(NH₄)VO₃	129.30	[3]	ZnF₂	65.65	[3]
Cu₃N	90.79	[4]	NO (Gas)	29.83	[3]	ZnFe₂O₄	138.00	[3]
CuO	44.78	[3]	NO₂ (Gas)	37.91	[3]	Zn₂Mg	74.06	[2]
CuO	42.30	[3]	N₂O (Gas)	29.83	[3]	ZnO	40.25	[2]
Cu₂O	63.64	[3]	N₂O₄	78.99	[3]	ZnO (Gas)	31.71	[2]
CuS	47.82	[3]	N₂O₅	143.10	[3]	ZnN	40.10	[3]
Cu₂S	76.32	[3]	NOCL	39.37	[2]	Zn₃N₂	123.00	[3]
CuSO₄	100.00	[2]	NO₂CL	53.14	[3]	ZnO₂	55.81	[3]
CuSb	102.40	[3]	NOF	41.34	[3]	ZnS	46.02	[3]
Cu₂Se	88.70	[3]	NaALO₂	73.30	[3]	ZnSO₄	97.37	[2]
D₂O	84.35	[3]	NaBH₄	86.48	[3]	ZnSiO₄	98.62	[3]
D₂O (Gas)	34.27	[3]	NaBO₂	65.94	[3]	Zn₂SiO₄	123.30	[3]
F₂O	43.30	[3]	NaBr	52.30	[3]	Zn₂TiO₄	137.30	[3]
Fe₃C	106.0	[3]	NaBr (Gas)	35.98	[2]

( ) – Calculated (theoretical) values of the coefficient are specified in brackets.

Reference: [1] Stull D. R., Sinke G. C. Thermodynamic Properties of the Elements. Ser. 18, 1956.

[2] Kelley K. K. Contribution to the Data on Theoretical Metallurgy. V. X, Washington, 1949.

[3] Landolt-Bornstein. Zahlenwerte und Funktionen aus Physik, Chemie, Geophysik, Astronomie, Technik. Aufl. 6. Bd 2. Teil 4. Springer-Verlag, Berlin, 1961.

[4] Selected Values of Chemical Thermodynamic Properties. Circular of NBS No. 500. Washington, 1952.

[5] Kubaschewski O., Evans E. L. Metallurgical Termochemistry. London, 1951.

[6] Coughlin J. P., King E. C., Bonnickson K. B. J. Amer. Chem. Soc., 1951, v. 73, p. 3891.

[7] Shomate C. H., Cohen J. J., Amer. Chem. Soc., 1955, v. 77, p.285.

[8] Orr R. L., Christensen A. U. J. Phys. Chem., 1958, v. 62, p. 124.

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Table of Specific Heat Capacities for Different Inorganic Materials

At a Room Temperature ( 298.15oK ) and Normal Pressure ( 101.3KPa )

At a Room Temperature ( 298.15^oK ) and Normal Pressure ( 101.3KPa )