tin(IV) oxide
chemical compound
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tin(IV) oxide
Summary
tin(IV) oxide is a type of chemical entity[1]. It ranks in the top 5% of type_of_chemical_entity entities by monthly Wikipedia readership (1,420 views/month).[2]
Key Facts
- tin(IV) oxide's instance of is recorded as type of chemical entity[3].
- tin(IV) oxide's canonical SMILES is recorded as O=[Sn]=O[4].
- tin(IV) oxide's chemical formula is recorded as O₂Sn[5].
- tin(IV) oxide is a type of tin oxide[6].
- tin(IV) oxide's crystal system is recorded as tetragonal crystal system[7].
- tin(IV) oxide's point group is recorded as ditetragonal-dipyramidal[8].
- tin(IV) oxide's space group is recorded as space group P4₂/mnm[9].
- tin(IV) oxide's described by source is recorded as Meyers Konversations-Lexikon, 4th edition (1885–1890)[10].
- tin(IV) oxide's has effect is recorded as tin dioxide exposure[11].
- tin(IV) oxide's NIOSH Pocket Guide ID is recorded as 0616[12].
- tin(IV) oxide's density is recorded as {'amount': '+6.95'}[13].
- tin(IV) oxide's mass is recorded as {'amount': '+151.892'}[14].
- tin(IV) oxide's melting point is recorded as {'amount': '+1903.15'}[15].
- tin(IV) oxide's boiling point is recorded as {'amount': '+2500'}[16].
- tin(IV) oxide's decomposition point is recorded as {'amount': '+2966'}[17].
- tin(IV) oxide's vapor pressure is recorded as {'amount': '+0'}[18].
- tin(IV) oxide's time-weighted average exposure limit is recorded as {'amount': '+2'}[19].
- tin(IV) oxide's has part is recorded as tin[20].
- tin(IV) oxide's has part is recorded as oxygen[21].
- tin(IV) oxide's standard molar entropy is recorded as {'amount': '+49.04'}[22].
- tin(IV) oxide's standard enthalpy of formation is recorded as {'amount': '-577.63'}[23].
- tin(IV) oxide's associated hazard is recorded as tin dioxide exposure[24].
- tin(IV) oxide's safety classification and labelling is recorded as NFPA 704: Standard System for the Identification of the Hazards of Materials for Emergency Response[25].
- tin(IV) oxide's Poisson's ratio is recorded as {'amount': '+0.283'}[26].
- tin(IV) oxide's bulk modulus is recorded as {'amount': '+171933000000.0'}[27].
Why It Matters
tin(IV) oxide ranks in the top 5% of type_of_chemical_entity entities by monthly Wikipedia readership (1,420 views/month).[2] It has Wikipedia articles in 20 language editions, a strong signal of global cultural recognition.[28] It is known by 65 alternative names across languages and contexts.[29]