Tin IV Sulfide

Zion-saum, m. list of tin, selvedge, -allure, /. stannic acid, -saureonhydrid, n. stannic anhydride, tin dioxide, -schlich, m. (Ores) tin slimes, fine tin. -schrei, m. = 2Unngeschrei. -seife, /. (Mining) stream tin. -soda, /. sodium stannate. -staub, m. tin dust, -stein, m. tinstone, cassiterite. -sulfid, n. tin sulfide, specif, stannic sulfide, tin(IV) sulfide. -BuUocyanid, 1. tin thiocyanate, specif. [Pg.531]

Interaction with copper(II) sulfide is explosive, and with antimony(II) sulfide, arsenic(III) sulfide, tin(II) sulfide and tin(IV) sulfide, incandescent. [Pg.1331]

Thorium oxide sulfide, 4826 Tin(II) sulfide, 4900 Tin(IV) sulfide, 4902 Titanium(IV) sulfide, 4904 Uranium(IV) sulfide, 4905... [Pg.258]

Gennamiun(II) sulfide, 4419 Goldail) sulfide, 0116 Iron disulfide, 4401 lron(ll) sulfide, 4400 lron(lll) sulfide, 4404 Manganese(ll) sulfide, 4706 Manganese(lV) sulfide, 4707 Merciuy(ll) sulfide, 4607 Molybdemun(lV) sulfide, 4719 Potassium sulfide, 4670 Rhenium(Vll) sulfide, 4891 Ruthenimn(lV) sulfide, 4895 Samarium sulfide, 4899 Silver sulfide, 0026 Sodimn disulfide, 4812 Sodimn polysulfide, 4813 Sodimn sulfide, 4811 Strontimn sulfide, 4901 Tantalum(lV) sulfide, 4903 Tetrakis(butylthio)uranimn, 3731 Thorium oxide sulfide, 4826 Tin(II) sulfide, 4900 Tin(IV) sulfide, 4902 Titaniiun(IV) sulfide, 4904 Uranium(IV) sulfide, 4905 Zirconium oxide sulfide, 4827... [Pg.239]

Talc-like crystalline tin (IV) sulfide is also known as mosaic gold and used technically as a pigment. [Pg.129]

Sulfides. Explosive interaction with copper sulfide incandescent interaction with antimony(III), arsenic(III), tin(II), and tin(IV) sulfides.5... [Pg.116]

Titanium(IV) sulfide, zirconium (IV) sulfide, hafnium(IV) sulfide, and tin(IV) sulfide constitute a group of isostructural compounds that can be prepared by similar methods. A... [Pg.158]

Tin(IV) sulfide can be prepared by hydrogen sulfide precipitation of Sn(IV) from solution, to produce a microcrystalline material that is contaminated with oxide. Mosaic gold is a crystalline form of tin(IV) sulfide prepared by high-tempera-ture sublimation procedures. Mosaic gold is the reported product of heating mixtures of (1) tin and sulfur (2) tin, sulfur, and ammonium chloride (3) tin, sulfur, mercury, and ammonium chloride 9 (4) tin(II) oxide, sulfur, and ammonium chloride 9 (5) tin(II) chloride and sulfur 9 (6) tin(II) sulfide, tin(II) chloride, and sulfur.9... [Pg.159]

The main species in highly basic solutions is [Sn(OH)6] in less basic solutions [SnOs] " is obtained. Tin(IV) sulfide is soluble in aqueous alkaline media, containing sulfide ion, to give [SnSs] ". All tin(IV) species in aqueous solutions tend to undergo hydrolysis, e g. to hydrous tin(IV) oxide. [Pg.4864]

SAFETY PROFILE Confirmed human carcinogen. A powerful oxidizing agent. Flammable by chemical reaction with reducing agents. Moderate explosion hazard when shocked or exposed to heat. Violent or explosive reaction with sulfides (e.g., copper(II) sulfide (explodes) antimony(II) sulfide arsenic(III) sulfide tin(II) sulfide tin(IV) sulfide). When heated to decomposition it emits toxic fumes of Cd and Cr. See also CHLORATES. [Pg.254]

As, C, charcoal, Cu, MnO , metal sulfides, dibasic organic acids, organic matter, P, S, H2SO4. Incandescent reaction with antimony(III) sulfide, arsenic(III) sulfide, tin(II) sulfide, tin(IV) sulfide. When heated to decomposition it emits toxic fumes of CT and ZnO. See also CHLORATES and ZINC COMPOUNDS. [Pg.1446]

Enzel et al. [37] applied AFM to nanoporous semiconductors based on tin (IV) sulfide and tin (IV) selenide. The surface structure of these materials displayed regular patterns of micropores, in agreement with expectations from the crystallographic projections of their bulk structures. AFM studies of silica have dealt with, e.g., amorphous silica gels [38] or... [Pg.5]

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