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

Table 1

Sets of the adjusted model-specific parameter values, which have been obtained (for properly fixed values) via combined least-mean-square fittings of the presently considered sets of low- and high-temperature isobaric heat capacity data, , for ZnSe (Figure 2) and for ZnTe (Figure 3), using (5) in combination with (9) and (14) to (17). In the lower part of Table 1 we have still quoted a series of characteristic, material-specific quantities (cf. the text), the actual values of which are resulting in unambiguous way from the fitted parameter values listed previously.

Material	ZnSe	ZnTe
T-ranges (K)	2 to 600	2 to 600
(K)	270	220
(K)	78.32	61.93
(K)	109.4	88.01
(K)	213.0	167.1
(K)	314.4	263.4
	0.0632	0.0698
	0.2349	0.2331
(K^−1)	0.539 × 10^−4	0.751 × 10^−4
(K^−2)	0.600 × 10^−7	1.011 × 10^−7
(J⋅K^−2mol^−1)	0.120 × 10^−3	0.045 × 10^−3
	0.0244	0.0223
	0.0108	0.0081
(J⋅K^−4mol^−1)	0.1975 × 10^−3	0.3651 × 10^−3
(J⋅K^−6mol^−1)	0.667 × 10^−6	1.626 × 10^−6
(meV)	19.43	16.05
((meV)^2)	448.2	308.0
(K)	225.5	185.8
	0.43	0.45
(K)	317.1	262.9
(J/K)	48.19	49.48
(J/K)	72.12	82.12
(kJ)	10.188	10.980