Table 7.

Specific heat of the solid phase—Estimated values of the coefficients $a$, $b$, and $c$ in the equation $C_{P,S}\left(T\right)=a{T}^3+b{T}^2+cT+d$ ($r^2$ = coefficient of determination; ${\sigma }_e$ = standard deviation of the error) at pressure p = 0.1 MPa *.

Materials	$\mathit{a}$ × 105 (J·g−1·K−4)	$\mathit{b}$ (J·g−1·K−3)	$\mathit{c}$ (J·g−1·K−2)	$\mathit{d}$ (J·g−1·K−1)	${\mathit{r}}^2$	${\mathit{\sigma }}_{\mathit{e}}$ (J·g−1·K−1)	Temperature Range (K)
CA	3.6535 ± 6.9456	−0.0310 ± 0.0597	8.7941 ± 17.1184	−830.51 ± 1635.1	0.9871	0.0140	[278; 296]
MA	0.7738 ± 0.1805	−0.0066 ± 0.0016	1.8873 ± 0.4805	−179.18 ± 47.657	0.9991	0.0068	[278; 318]
PA	0.8506 ± 0.1354	−0.0074 ± 0.0012	2.1770 ± 0.3727	−211.51 ± 37.566	0.9981	0.0112	[278; 328]
CA/MA	22.996 ± 8.9840	−0.1940 ± 0.0761	54.563 ± 21.509	−5114.5 ± 2025.0	0.9915	0.0110	[278; 291]
CA/PA	22.856 ± 4.8510	−0.1932 ± 0.0412	54.445 ± 11.661	−5113.0 ± 1100.0	0.9949	0.0077	[278; 290]

* Standard uncertainty given for a 95% confidence interval for our measurements is u(p) = 10 kPa. The uncertainty given for the fitting parameter is given for a 95% confidence interval.