‘Layered hydrogenselenite’ I. Synthesis, structure redetermination of [Cu(HSeO3)2(H2O)2] and determination of [Cu(HSeO3)2(NO3)2]2−·2NH4+,NH4NO3. Structural relationships of these complexes with [Cu(HSeO3)2]
Identifieur interne : 001C96 ( Main/Curation ); précédent : 001C95; suivant : 001C97‘Layered hydrogenselenite’ I. Synthesis, structure redetermination of [Cu(HSeO3)2(H2O)2] and determination of [Cu(HSeO3)2(NO3)2]2−·2NH4+,NH4NO3. Structural relationships of these complexes with [Cu(HSeO3)2]
Auteurs : A. M. Lafront [France] ; J. C. Trombe [France]Source :
- Inorganica Chimica Acta [ 0020-1693 ] ; 1995.
English descriptors
- Teeft :
- Acta, Acta crystallogr, Anion, Axial positions, Blue crystals, Chimica, Copper atom, Copper atoms, Copper selenites, Crystallizes, Elemental analyses, Final difference, First loss, Former phases, Host compound, Hydrogen bonds, Hydrogen bonds interconnecting, Hydrogenselenite, Hydroxo group, Inorganica, Interatomic distances, Latter phases, Monoclinic system, Other hand, Oxygen atoms, Reliability factors, Selenite bands, Solubility diagram, Thermal curve, Thermal equivalent parameters, Third phase, Trombe, Trombe inorganica chimica acta, Water molecule, Water molecules, Weight calc, Weight losses.
Abstract
Abstract: The synthesis conditions of two copper hydrogenselenites are described. In the system CuOSeO2HNO3H2O without NH4NO3 or with NH4NO3, the following phases dependent upon the decreasing pH values are observed: in the absence of NH4NO3, [CuSeO3(H2O)2] followed by [Cu(HSeO3)2] and [Cu(HSeO3)2(H2O)2]; in the presence of NH4NO3, [CuSeO3(H2O)2] followed by [Cu(HSeO3)2(NO3)2]2−·2NH4+NH4NO3. The complex [Cu(HSeO3)2(H2O)2] was previously inadvertenly described as [Cu(HSeO3)2(H2O)]. It structure has been redetermined along with the structure of the new complex [Cu(HSeO3)2(NO3)2]2−·2NH4+,NH4NO3. In both structures the copper atoms and the bridging HSeO3− build similar sheets which are interconnected by hydrogen bonds. The structure of [Cu(HSeO3)2] may also be regarded as a layered structure similar to the other two. A tentative structural relationship of these phases is given in solution as well as in the thermal stability field. [Cu(HSEO3)2] might be regarded as a layered ‘host compound’.
Url:
DOI: 10.1016/0020-1693(95)04500-9
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ISTEX:DF0E48ECA77C2D77754B52F31B4DB66DCFB00375Le document en format XML
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<front><div type="abstract" xml:lang="en">Abstract: The synthesis conditions of two copper hydrogenselenites are described. In the system CuOSeO2HNO3H2O without NH4NO3 or with NH4NO3, the following phases dependent upon the decreasing pH values are observed: in the absence of NH4NO3, [CuSeO3(H2O)2] followed by [Cu(HSeO3)2] and [Cu(HSeO3)2(H2O)2]; in the presence of NH4NO3, [CuSeO3(H2O)2] followed by [Cu(HSeO3)2(NO3)2]2−·2NH4+NH4NO3. The complex [Cu(HSeO3)2(H2O)2] was previously inadvertenly described as [Cu(HSeO3)2(H2O)]. It structure has been redetermined along with the structure of the new complex [Cu(HSeO3)2(NO3)2]2−·2NH4+,NH4NO3. In both structures the copper atoms and the bridging HSeO3− build similar sheets which are interconnected by hydrogen bonds. The structure of [Cu(HSeO3)2] may also be regarded as a layered structure similar to the other two. A tentative structural relationship of these phases is given in solution as well as in the thermal stability field. [Cu(HSEO3)2] might be regarded as a layered ‘host compound’.</div>
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