Abstract
Magnetic properties are discussed for several TTF-based molecular magnets from the viewpoints of π-electron-based low-dimensional magnets and π-d interaction systems. These are summarized with a Mott-Hubbard system with an interplay of magnetism and electron transport (BEDT-TTT) 2Br·CH 2(OH)CH 2OH, a triangular-lattice spin frustration system (C 1TET-TTF) 2Br, a π-electron-mediated superexchange magnet BMT-TTFI 2·FeX 4 (X=Cl,Br), a 2D π-d interaction system (BEDT-TTF) 3CuBr 4, and a metallic magnet (DMET) 2FeBr 4
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