1977
DOI: 10.1021/ja00462a026
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The crystal chemistry of organic metals. Composition, structure, and stability in the tetrathiafulvalinium-halide systems

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Cited by 183 publications
(74 citation statements)
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References 4 publications
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“…The latter two structures have stack energies lower by 6.5 to 4.2 kJ mol -~, respectively, than the true eclipsed structure. The importance of electrostatic and metallic interactions in these systems has been pointed out by Scott, La Placa, Torrance, Silverman & Welber (1977). Although our isolated stack atom-atom potential method does not predict the true eclipsed minimum structure, yet it is successful in the prediction of R at constant fi = e = Z = 0.…”
Section: Discussionmentioning
confidence: 76%
See 1 more Smart Citation
“…The latter two structures have stack energies lower by 6.5 to 4.2 kJ mol -~, respectively, than the true eclipsed structure. The importance of electrostatic and metallic interactions in these systems has been pointed out by Scott, La Placa, Torrance, Silverman & Welber (1977). Although our isolated stack atom-atom potential method does not predict the true eclipsed minimum structure, yet it is successful in the prediction of R at constant fi = e = Z = 0.…”
Section: Discussionmentioning
confidence: 76%
“…References: (a) Phillips, Kistenmacher, Ferraris & Cowan (1973); (b) Kistenmacher, Phillips & Cowan (1974); (c) Schultz, Stucky, Craven, Schaffman & Salamon (1976); (d) Berger, Dahm, Johnson, Miles & Wilson (1975); (e) Scott, La Placa, Torrance, Silverman & Welber (1977); (f) Dahm, Johnson, May, Miles & Wilson (1975); (g) Daly & Sanz (1975); (h) Johnson & Watson (1976); (i) Wudl, Schafer, Walsh, Rupp, DiSalvo, Waszczak, Kaplan & Thomas (1977); (j) Kobayashi & Kobayashi (1977); (k) Chasseau, Gaultier, Hauw, Fabre, Giral & Torreilles (1978); (l) Phillips, Kistenmacher, Bloch, Ferraris & Cowan (1977); (m) Bechgaard, Kistenmacher, Bloch & Cowan (1977); (n) Kistenmacher, Phillips, Cowan, Ferraris & Bloch (1976); (o) Chasseau, Comberton, Gaultier & Hauw (1978); (p) ; (q) Fritchie (1966); (r) Kobayashi, Fumiyuki & Yoshihiko (1971); (s) Hanson (1968); (t) Kobayashi (1974); (u) Shibaeva & Rozenberg (1976); (v) Shibaeva, Atovmyan & Orfonova (1969); (w) Filhol, Rovira, Hauw, Gaultier, Chasseau & Dupuis (1979); (x) van Bodegom, de Boer & Vos (1977); (y) Shirotani & Kobayashi (1973); (z) Kobayashi (1978); (aa) Konno & Saito (1975); (bb) Konno, Ishii & Saito (1977); (cc) Shibaeva, Atovmyan & Rozenberg (1969); (dd) Shibaeva & Yarochkina (1975).…”
Section: (Dd)mentioning
confidence: 99%
“…when measured similarly. 43 We believe the increased conductivity can be attributed to the synergistic effect of the inorganic network.…”
mentioning
confidence: 90%
“…There is a 4 2 -screw axis parallel to the TTF stack, but is only the two-fold axis along the TCNQ stack. Among charge-transfer salts of TTF derivatives, halides of TTF and o-dimethyl-TTF have tetragonal symmetry [38,39]. In these halides, however, the halogen ions are located on the four-fold axis, and the TTF molecules form regular parallel stacks.…”
Section: Charge-transfer Saltmentioning
confidence: 99%