Matches in DBpedia 2016-04 for { ?s ?p "In chemistry the term stannate refers to compounds of tin (Sn). Stannic acid (Sn(OH)4), the formal precursor to stannates does not exist and is actually a hydrate of SnO2. The term is also used in naming conventions as a suffix for example the hexachlorostannate ion is SnCl62−. In materials science, two kinds of tin oxyanions are distinguished:orthostannates contain discrete SnO44− units (e.g. K4SnO4) or have a spinel structure (e.g. Mg2SnO4)metastannates with a stoichiometry MIISnO3, MI2SnO3 which may contain polymeric anions or may be sometimes better described as mixed oxidesThese materials are semiconductors."@en }
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- Stannate abstract "In chemistry the term stannate refers to compounds of tin (Sn). Stannic acid (Sn(OH)4), the formal precursor to stannates does not exist and is actually a hydrate of SnO2. The term is also used in naming conventions as a suffix for example the hexachlorostannate ion is SnCl62−. In materials science, two kinds of tin oxyanions are distinguished:orthostannates contain discrete SnO44− units (e.g. K4SnO4) or have a spinel structure (e.g. Mg2SnO4)metastannates with a stoichiometry MIISnO3, MI2SnO3 which may contain polymeric anions or may be sometimes better described as mixed oxidesThese materials are semiconductors.".
- Q7600118 abstract "In chemistry the term stannate refers to compounds of tin (Sn). Stannic acid (Sn(OH)4), the formal precursor to stannates does not exist and is actually a hydrate of SnO2. The term is also used in naming conventions as a suffix for example the hexachlorostannate ion is SnCl62−. In materials science, two kinds of tin oxyanions are distinguished:orthostannates contain discrete SnO44− units (e.g. K4SnO4) or have a spinel structure (e.g. Mg2SnO4)metastannates with a stoichiometry MIISnO3, MI2SnO3 which may contain polymeric anions or may be sometimes better described as mixed oxidesThese materials are semiconductors.".