Unprecedented Integral-Free Debye Temperature Formulas: Sample Applications to Heat Capacities of ZnSe and ZnTe

Table 2

Smoothed values of the isobaric lattice heat capacities, , and of the corresponding (effective) Debye temperatures, (due to (27) and (28)).

	ZnSe	ZnSe	ZnTe	ZnTe
(K)	(J⋅K^−1 mol^−1)	(K)	(J⋅K^−1 mol^−1)	(K)
2	0.0015949	269.16	0.0029434	219.43
4	0.013255	265.76	0.025043	214.98
6	0.048985	257.84	0.10158	202.19
8	0.13589	244.67	0.31540	184.80
10	0.32260	229.26	0.75959	172.32
12	0.65875	216.85	1.44623	166.75
14	1.15330	209.86	2.3390	165.39
16	1.78730	207.06	3.3764	166.53
18	2.5396	206.75	4.4832	169.36
20	3.3793	208.10	5.6015	173.32
25	5.6132	216.48	8.3098	185.43
30	7.7928	228.48	10.903	197.66
35	9.9059	240.78	13.439	208.50
40	12.002	251.94	15.931	217.65
45	14.096	261.58	18.361	225.22
50	16.176	269.74	20.704	231.40
55	18.221	276.58	22.938	236.40
60	20.210	282.27	25.045	240.41
65	22.125	287.00	27.014	243.60
70	23.952	290.91	28.841	246.12
75	25.682	294.13	30.525	248.07
80	27.309	296.78	32.071	249.57
85	28.832	298.95	33.485	250.68
90	30.251	300.72	34.775	251.47
95	31.569	302.14	35.950	251.99
100	32.790	303.28	37.021	252.28
110	34.964	304.85	38.822	252.29
120	36.819	305.68	40.429	251.69
130	38.401	305.94	41.721	250.58
140	39.755	305.73	42.807	249.01
150	40.916	305.14	43.727	247.01
160	41.917	304.19	44.512	244.57
170	42.784	302.91	45.188	241.67
180	43.540	301.31	45.774	238.29
190	44.203	299.38	46.288	234.38
200	44.787	297.12	46.740	229.88
220	45.766	291.54	47.503	218.84
240	46.522	284.38	48.122	204.41
260	47.197	275.36	48.640	185.43
280	47.735	264.13	49.083	159.77
300	48.194	250.18	49.471	122.68
350	49.100	197.64	50.283	—
400	49.792	77.81	50.961	—
450	50.363	—	51.573	—
500	50.863	—	52.153	—
550	51.321	—	52.722	—
600	51.757	—	53.293	—