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Organic Conductors Except Polymers

Phthalocyanines with photoconductive and electrochromic properties 87YGK837. [Pg.45]

Tetrachalcogenofulvalenes and their charge-transfer complexes 87MI61, 87YGK502. [Pg.45]

Chelates and coordination compounds with heterocyclic ligands, general [Pg.46]

Metallocomplexes of heterocycles as catalysts 87CRV1401, 87UK754 89YGK1017 90UK1960. [Pg.46]

Organic conductors can naturally be subdivided into two types single crystals and polymers. The former have experienced a rapid development from semiconductors (1950 s - 1960 s) (1) to metals (1970 s) (2) to superconductors (1980 s) (3). Highly conducting organic polymers (except "pyropolymers" and composites) have had a shorter history. [Pg.257]

See other pages where Organic Conductors Except Polymers is mentioned: [Pg.218] [Pg.302] [Pg.45] [Pg.161] [Pg.16] [Pg.218] [Pg.23] [Pg.219] [Pg.218] [Pg.218] [Pg.302] [Pg.45] [Pg.161] [Pg.16] [Pg.218] [Pg.23] [Pg.219] [Pg.218] [Pg.48] [Pg.781] [Pg.3] [Pg.511] [Pg.597]

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Exceptions

Organic polymers