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Incommensurate two-layer structures with complex crystal chemistry; minerals and related synthetics
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Edited by Meerschaut A. Place: Trans Tech Publications
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Makovicky E, Hyde BG: Incommensurate two-layer structures with complex crystal chemistry; minerals and related synthetics. In Materials Science Forum. Edited by Meerschaut A. Place: Trans Tech Publications; 1992, 100-101:1-100.
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Makovicky, E.1
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Symmetry of incommensurate crystal phases: I. Commensurate basic structure; II. Incommensurate basic structure
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Janner A, Janssen T: Symmetry of incommensurate crystal phases: I. Commensurate basic structure; II. Incommensurate basic structure. Acta Crystallogr A 1980, 36:399-415.
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The description and analysis of composite crystals
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Petricek V, Maly K, Coppens P, Bu X, Cisarova I, Frost-Jensen A: The description and analysis of composite crystals. Acta Crystallogr A 1991, 47:210-215.
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On the symmetry of composite crystals
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Superspace desription of incommensurate intergrowth compounds and the application to inorganic layer compounds
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Van Smaalen A: Superspace desription of incommensurate intergrowth compounds and the application to inorganic layer compounds. Materials Science Forum 1992, 100-101:173-222.
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Intercalation and exfoliation of misfit layer compounds
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Bonneau P, Mansot JL, Rouxel J: Intercalation and exfoliation of misfit layer compounds. Mater Res Bull 1993, 28:757-766.
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0001005154
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Chalcogenide misfit layer compounds
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Rouxel J, Meerschaut A, Wiegers GA: Chalcogenide misfit layer compounds. J Alloys Compounds 1995, 229:144-157. This paper recalls some characteristics about misfit structures. Physical properties are discussed in detail and some theory is developed on the relationship between superconductivity and polytypism. Electron structure of misfit phases is also discussed as determined from electrical transport measurements, on the basis of the rigid band model (charge transfer from donor to acceptor entities).
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J Alloys Compounds
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Rouxel, J.1
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Misfit layer compounds. Structures and physical properties
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Elsevier
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Wiegers GA: Misfit layer compounds. Structures and physical properties. Progress in Solid State Chemistry. Elsevier 1996, 24:1-139. This paper is the most complete updated review article as it deals with all reported data on structures and physical properties of the misfit layer compounds; 218 references are provided.
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3 (M=Sn,Pb,La; T=Ti,Nb)
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3 (M=Sn,Pb,La; T=Ti,Nb). Solid State Commun 1991, 79:1081-1084.
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An X-Ray photoemission spectroscopy study of interlayer charge transfer in some misfit layer compounds
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Ettema ARHF, Haas C: An X-Ray photoemission spectroscopy study of interlayer charge transfer in some misfit layer compounds. J Phys Condens Matter 1993, 5:3817-3826.
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2 deduced from band-structure calculations and photoelectron spectra
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2 and SnS (hypothetical) compounds. Such a calculation was performed for an approximated commensurate situation; so, the complicated effects (such as localization of electrons) arising from the incommensurability are neglected. These effects are expected to be small for the chemical bonding in discussion, but may play an important role in the electronic transport properties.
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Phys Rev B
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Fang, C.M.1
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3 (M=Sn,Pb,La,Ce). Jpn J Appl Phys Pt 1 1993, 32-33:581-583.
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2 (R=La,Ce; n=0.6,1.2) Studied by Raman and infrared spectroscopies
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2 to the bilayer and then to the monolayer compound. The amount of CT is about 0.7 per Nb and 0.4 per Nb for the monolayer and bilayer compounds, respectively.
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5' (Ln=Y,La or Nd; X=S,Se). J Phys Condens Matter 1994, 6:3437-3442.
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J Phys Condens Matter
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26
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0028767241
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2 (T=Ta,Nb; M=Sn,Pb,Sm,Tb,La; 1.08
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2 (T=Ta,Nb; M=Sn,Pb,Sm,Tb,La; 1.08
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J Phys Condens Matter
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m, M=Sn,Pb; T=Ti,Nb; X=S,Se
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m, M=Sn,Pb; T=Ti,Nb; X=S,Se. Eur J Solid State Inorg Chem 1995, 32:947-962.
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Eur J Solid State Inorg Chem
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Auriel, C.1
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Wiegers, G.A.4
Baas, J.5
Chen, J.6
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31
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0001325336
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Role of vacancies in misfit layered compounds: The case of the gadolinium chromium sulfide compound
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Rouxel J, Moëlo Y, Lafond A, Di Salvo FJ, Meerschaut A, Roesky R: Role of vacancies in misfit layered compounds: the case of the gadolinium chromium sulfide compound. Inorg Chem 1994, 33:3358-3363. This is the first paper to indicate the presence of metal vacancies (deduced from a very precise chemical analysis) within the MX part of misfit compounds. The presence of these vacancies has enabled the explanation of their semiconducting properties (as a result of equilibrium of the charge valence), which was earlier justified by a carrier localization consideration.
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Inorg Chem
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Rouxel, J.1
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Roesky, R.6
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34
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0347341578
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Thermodynamik: And kinetic properties of lithium insertion into titanium misfit layer sulfides
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Lavela P, Morales J, Tirado JL: Thermodynamik: and kinetic properties of lithium insertion into titanium misfit layer sulfides. J Mater Chem 1994, 4:1413-1417.
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J Mater Chem
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Lavela, P.1
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