Abstract
New data are presented for the C 8Br x Cl 1− x ternary compounds. The → c axis repeat distance, I c , increases in a non-linear fashion with x. The magnetic susceptibility is diamagnetic and both composition- and temperature-independent. The room temperature basal plane resistivity increases as a function of x similar to I c . The resistivity follows a ϱ = kT 2 law over the 100 – 300 K range with a slope change at 160 K. Below this temperature, k is composition independent, whereas above, it is significantly greater for the bromine-rich compounds.
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