DiNitrogen tetroxide trioxide

Cellulose Solvent. Although DMSO by itself does not dissolve cellulose, the following binary and ternary systems are cellulose solvents DMSO—methylamine, DMSO—sulfur trioxide, DMSO—carbon disulfide—amine, DMSO— ammonia—sodamide, DMSO—dinitrogen tetroxide,... 

Ammonia can also react violently with a large selection of chemicals including ethylene oxide, halogens, heavy metals, and oxidants such as chromium trioxide, dichlorine oxide, dinitrogen tetroxide, hydrogen peroxide, nitric acid, liquid oxygen, and potassium chlorate. 

The nitrosations are usually carried out with conventional reagents. The most common procedures involve (a) sodium nitrite with acids in an aqueous system, (b) sodium nitrite in acetic anhydride, (c) nitrogen trioxide, (d) nitrosyl chloride in the presence of a base, and (e) dinitrogen tetroxide in the presence of a base. 

The first isolation of nitrosonium ion 221 as a distinct species was in the reaction of dinitrogen trioxide and dinitrogen tetroxide with boron trifluoride531 [Eqs. (4.149) and (4.150)]. 

Several nitrogen oxides dinitrogen trioxide, dinitrogen tetroxide and dinitrogen pentoxide can readily add to alkenes the resultant nitronitroso- dinitro- and... 

Nonmetal Oxides. Warm or molten white phosphorus burns vigorously in nitrogen oxide, dinitrogen tetroxide or pentoxide, and ignites in sulfur trioxide vapor or liquid.24... 

Chromium Trioxide. Forms unstable complex with chromium trioxide.2 Dinitrogen Tetroxide. Reacts violently with liquid dinitrogen tetroxide.5 Fluorine. Incandesces on contact with fluorine.3... 

Transition-metal nitrosyl complexes 403 Dinitrogen trioxide 405 Dinitrogen tetroxide 406... 

The type and the stereochemistry of the products depends on the structure of the alkene and the experimental conditions. The use of oxygen as a carrier gas for dinitrogen tetroxide affects the course of the reaction in various ways, depending on the alkene, but it especially prevents reduction of dinitrogen tetroxide to dinitrogen trioxide and thereby permits a cleaner product mixture to be obtained, or it can divert the reaction course toward the formation of /(-nitro nitrates115. 

A -chlorotriazole, dinitrogen tetroxide, chromic acid, chromium trioxide/ A -arylsulfonyl oxaziridines, azaaromatic A -oxides, and aryldimethylamine oxides. Overoxidation to the sulfone, which is a complication with hydrogen peroxide and the peracids, may be minimized by use of only one equivalent of oxidant and low temperatures. Sodium metaperiodate, m-chloro-perbenzoic acid, and hydrogen peroxide in acetone are often the oxidants of choice when the convenient hydrogen peroxide-acetic acid method is unsatisfactory. When particularly mild conditions (CHCI3, 25°) are desired, the oxaziridines may be useful (no acids or bases are present). 

Dinitrogen Tetroxide, N2O4 nitrogen oxides Di nitrogen Trioxide, N2O3 j... 

Dinitrogen Pentoxide, N2OS Dinitrogen Tetroxide, N2O4 Dinitrogen Trioxide, N2O3... 

Dinitrolluorobenzene, 321-322 Dinitrogen pentoxide, 322-324 Dinitrogen tetroxide, 324-329 Dinitrogen tetroxide-Boron trifluoride, 329 Dinitrogen trioxide-Boron trifluoride, 329... 

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