Results 251 to 260 of about 240,536 (298)
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Sulfides, Arsenides and Complex Sulfides (Sulfosalts)
2020This mineral class comprises most of the ore minerals. Many of them are opaque, i.e., they are non-transparent, even in thin sections that are not more than 20–30 µm in thickness, and show metallic lustre with different shades of colour.
Martin Okrusch, Hartwig E. Frimmel
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A Sulfide Oxidase Biosensor for Monitoring Sulfide
CORROSION 2008, 2008Abstract A sulfide oxidase enzyme electrode is proposed for monitoring of biogenic sulfide resulting from the activities of sulfate-reducing bacteria (SRB). The enzyme which is immobilized in a carbon (graphite) paste with 1,1’ dimethylferrocene, catalyses the oxidation of sulfide to sulfur.
Reeta Sooknah +2 more
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Sulfides in organic synthesis. Application of sulfides
Russian Chemical Reviews, 1994The results of studies on the use of sulfides as synthons in organic synthesis are treated systematically and surveyed. The practical applications of sulfides are examined. The bibliography includes 187 references.
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Reductive Sulfidation. Conversion of Aldehydes into Sulfides
Synthetic Communications, 1976Abstract Carbonyl compounds have been converted into 1,3-oxathiolanes or 1,3-oxathianes and then reduced with “mixed hydride” to β-hydroxyethyl (or on further reduction ethyl) or γ-hydroxypropyl sulfides, respectively.1 However, this overall conversion of a carbonyl compound to a sulfide (a process for which the name reductive sulfidation is suggested ...
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N-Sulfides. Dinitrogen sulfide, thiofulminic acid, and nitrile sulfides
Chemical Reviews, 1991WENTRUP, C, KAMBOURIS, P
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Organosilyl Sulfides and Organogermyl Sulfides
Inorganic Chemistry, 1965K. A. Hooton, A. L. Allred
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Sulfide Determination by Silver/Sulfide Electrode
1977The method of sulfide analysis by selective ion electrode is examined, and an additional step which can be applied to all sulfide methods is described. This additional step removes interferences to the iodine titration and, at the same time, places the sample in an ideal solution for analysis.
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Lithium/Sulfide All‐Solid‐State Batteries using Sulfide Electrolytes
Advanced Materials, 2021Xiayin Yao +2 more
exaly
2007
Abstract Sulfur is one of the most common corrosive contaminants in high-temperature industrial environments and its presence can cause a number of problems, including sulfidation. This chapter describes the sulfidation behavior of a wide range of alloys as observed in three types of industrial environments.
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Abstract Sulfur is one of the most common corrosive contaminants in high-temperature industrial environments and its presence can cause a number of problems, including sulfidation. This chapter describes the sulfidation behavior of a wide range of alloys as observed in three types of industrial environments.
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