The conductivities of the melts were determined as a function of composition, for temperatures ranging from the melting point to 1100K (table 16). It was found that the equivalent conductivity, as a function of composition, could be described by the function:
σ (Scm2/mol) = 80.2756-31.4776x-50.4827x2+129.3300x3
H.P.Bossmann, J.Richter, N.Struck: Zeitschrift fur Naturforschung, 1991, 46a[1-2], 206-9
Table 16
Conductivity of Molten CsBr-xAgBr at 1100K
σ [S/cm] = a + bT + cT2
x | Tm | a | 103b | 106c |
0.1 | 840 | -1.9651 | 4.3581 | -1.4089 |
0.3 | 650 | -2.0007 | 4.5803 | -1.5752 |
0.5 | 540 | -1.8846 | 4.7304 | -1.7240 |
0.7 | 525 | -1.6856 | 5.4707 | -2.2337 |
0.9 | 610 | -0.7169 | 5.7659 | -2.4373 |