Abstract
Shubnikov–de Haas and angular dependent magnetoresistance oscillations have been used to explore the role of anion size, magnetic moment, and disorder in the organic conductors κ ‐ ( BETS ) 2 GaBr 4 and κ ‐ ( BETS ) 2 FeCl 2 Br 2 in the isomorphic class κ ‐ ( BETS ) 2 Ga 1 ‐ x Fe x Cl 4 ‐ y Br y . The results, combined with previous work, show correlations between the anion composition ( Ga 1 ‐ x Fe x Cl 4 ‐ y Br y ) and the superconducting transition temperature, effective mass, Fermi surface topology, and the mean free path.
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