Solid curve is a theoretical fit to the experimental data.
(Afromowitz [1973]).
| Bulk modulus | (7.55+0.26x)·1011 dyn cm-2 |
| Melting point | 1240-58x+558x2 °C (solidus curve) 12401082x+582x2 °C (liquidus curve) |
| Specific heat | 0.33+0.12x J g-1°C -1 |
| Thermal conductivity | 0.55-2.12x+2.48x2 W cm-1 °C -1 |
| Thermal diffusivity | 0.31-1.23x+1.462 cm2s-1 |
| Thermal expansion, linear | (5.73-0.53x)·10-6 °C -1 |
|
Thermal resistivity versus Al fraction x. 300K. Solid curve is a theoretical fit to the experimental data. (Afromowitz [1973]). |
 |
Temperature dependences of specific heat at constant pressure. 1. GaAs (Lichter and Sommelet [1969]); 2. AlAs (Barin et al. [1977]). |
 |
Lattice constant as a function of x. 300K. (Adachi [1985]). |
 |
Lattice constants versus temperature. 1. AlAs; 2. GaAs; (Ettenberg and Paff [1970]). |
 |
Debye temperature as a function of x for three different temperatures. (Adachi [1985]). |
|
|