Carbon fluoride oxide

SYNS CARBON DIFLUORIDE OXIDE CARBON FLUORIDE OXIDE CARBONIC DIFLUORIDE CARBON OXYFLUORIDE CARBONYL DIFLUORIDE DIFLUOROFORMALDEHYDE FLUOPHOSGENE FLUOROFORMYL FLUORIDE FLUOROPHOSGENE RCRA WASTE NUMBER U033... 

Calcium is found in rocks as the carbonate, fluoride, oxide, phosphate, and sulfate. In purified forms, each of these minerals has practical applications. Limestone, calcite, and marble occur in the form of calcium carbonate (CaC03) and are used as building materials. In addition, marble is carved to make statues. Portland cement—derived mainly from calcium carbonate and calcium silicates—is a staple of the building industry. Calcium carbonate is taken to relieve heartburn antacids like... 

CARBON FLUORIDE OXIDE (353-50-4) Reacts with water or steam, producing hydrogen fluoride gas and carbon dioxide. Violent reaction with strong oxidizers, dinitrogen tetraoxide. 

Synonyms/Trade Names Carbon difluoride oxide. Carbon fluoride oxide. Carbon oxyfluoride. Carbonyl difluoride. 

Carbon, Fluoride, Oxide, Hydroxide and Thiocyanate species ... 

The ionic bond is the most obvious sort of electrostatic attraction between positive and negative charges. It is typified by cohesion in sodium chloride. Other alkali halides (such as lithium fluoride), oxides (magnesia, alumina) and components of cement (hydrated carbonates and oxides) are wholly or partly held together by ionic bonds. 

A large number of electrolytic treatments of magnesium, anodic or a.c., have been developed, in which adherent white or grey films consisting of fluoride, oxide, hydroxide, aluminate or basic carbonate are deposited from alkaline solutions containing caustic alkali, alkali carbonates, phosphates, pyrophosphates, cyanides, aluminates, oxalates, silicates, borates, etc. Some films are thin, and some are relatively thick. All are more or less absorbent and act as good bases for paint, though none contributes appreciable inhibition. All can, however, absorb chromates with consequent improvement of protective efficiency. 

Silver bromide Silver chloride Silver perchlorate Silver cyanide Silver fluoride Silver iodide Silver permar>gate Silver nitrate Silver carbonate Silver oxide Silver sulphate Silver sulphide Silver phosphate... 

Recently, acylsilanes have been utilized as useful intermediates in organic synthesis [57], For example, treatment of acylsilanes with the fluoride ion generates the corresponding acyl anions which react with electrophiles. On the other hand, by using the electrochemical method, acylsilanes serve as acyl cation equivalents because nucleophiles are introduced at the carbonyl carbon. Chemical oxidation of acylsilanes with hydrogen peroxide which affords the corresponding carboxylic acids has been reported [58], However, the anodic oxidation provides a versatile method for the introduction of various nucleophiles... 

The two copper oxide layers can be considered as polymeric since the covalent character is in the same range as for the carbon fluoride bond in Teflon. Thus, the 123-superconductors consist of two types of polymeric copper oxide layers held together by ionic bonding metals such as barium and yttrium. This theme of polymeric layers held together by ionic bonding to metals is common in the silicates and other minerals. 

Examples of weight loss or weight gain processes are water desorption, structural water release, structural decomposition, carbonate decomposition, gas evolution, sulfur oxidation, fluoride oxidation, rehydration, and other transformations. 

This article will cover the general chemistry of some of the more common noble gas species, including fluorides, oxides, transition metal salts, and derivatives of carbon and nitrogen. 

Oxides, carbonates, fluorides and nitrates of the following elements are usually utilized ... 

Of Ce(III) compounds the nitrate, chloride, and bromide are water-soluble the carbonate, fluoride, hydroxide, oxalate, and phosphate are water-insoluble the acetate and sulfate are sparingly soluble. These compmmds are usually prepared from a reactive precursor such as carbonate, basic carbonate, or oxide using the appropriate acids. They are practically colorless. 

Organotin compounds, in which one to four carbon atoms may be bound directly to the tin atom giving the general formula R SnX4. (n = 1-4) where R is an organic group (usually butyl, octyl, or phenyl) and X an ionic species (chloride, fluoride, oxide, hydroxide, carboxylate, or thiolate. 

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