Palladium oxide fluorides

For cobalt, rhodium, nickel, palladium, silver, and gold no oxide fluorides have been reported. [Pg.75]

Palladium oxide on a ceramic honeycomb Brick kiln contaminants including fluorides, hydrocarbons, mercaptans, dimethyl sulfide, thiophene 400 - 450 NR 34.560 hr- Evaluation of a Decatox system to remove brick kiln effluent contaminants 54... [Pg.179]

The magnetic criterion is particularly valuable because it provides a basis for differentiating sharply between essentially ionic and essentially electron-pair bonds Experimental data have as yet been obtained for only a few of the interesting compounds, but these indicate that oxides and fluorides of most metals are ionic. Electron-pair bonds are formed by most of the transition elements with sulfur, selenium, tellurium, phosphorus, arsenic and antimony, as in the sulfide minerals (pyrite, molybdenite, skutterudite, etc.). The halogens other than fluorine form electron-pair bonds with metals of the palladium and platinum groups and sometimes, but not always, with iron-group metals. [Pg.313]

Nitryl fluoride Non-metals Oxygen (Gas) Hydrogen Palladium(II) oxide Hydrogen Xenon hexafluoride Hydrogen... [Pg.1614]

A palladium catalyst is used in the transformation of a siloxyfuran to a phenyl substituted furanone <00JCS(P1)3350>. Similar products, furan-2(5//)-one derivatives, are afforded through the reaction of tetra-n-butylammonium fluoride with the corresponding substituted 2-siloxyfuran <00S1878>, as well as the oxidation of 3,4-disubstituted furans by singlet oxygen . [Pg.137]

Phenylacetylene, oxidative coupling to diphenyldiacetylene, 45, 39 partial reduction to styrene using palladium catalyst, 46, 90 reaction with sodium hypobromite to yield phenylbromocthyne, 45, 86 Phenylacetyl fluoride, 46, 6... [Pg.79]

Manganese trichloride oxide, 4141 Manganese trifluoride, 4335 Mercury(II) bromide, 0269 Mercury(I) fluoride, 4312 Mercury(II) iodide, 4602 Molybdenum hexafluoride, 4365 Molybdenum pentachloride, 4180 Neptunium hexafluoride, 4366 Osmium hexafluoride, 4370 Palladium tetrafluoride, 4347 Palladium trifluoride, 4341... [Pg.236]

Palladium-on-charcoal in reduction of (-butyl azidoacetate to glycine (-butyl ester, 46, 47 Pelargonyl fluoride, 46, 6 3,3-Pentamethylenediazirine, 46, 83 oxidation to 3,3-dimethyIazarine by silver oxide, 46, 83 Peroxyvanadic acid, 46, 27 Phenanthrene, 9-phenyi, 46, 91 Phenol, 46, 90... [Pg.59]

In research al the Institute or Radiochemistry. Karlsruhe, West Germany during Ihe early 1970s. investigators prepared alloys of Curium with iridium, palladium, plalinum. and rhodium. These alloys were prepared by hydrogen reduction of the curium oxide or fluoride in the presence of finely divided noble metals. The reaction is called a coupled reaction because the reduction of the metal oxide can be done in the presence of noble metals. The hydrogen must be extremely pure, w ith an oxygen content of less than 10 -s Inrr. [Pg.464]

MACROLiDEs Chloiomethyl methyl sulfide. Dialkylhoryl trifluori imethanesulfonate. Di-n-hutyltin oxide. Dichloroketene. 4-Di-methylamino-3-butyi e-2-one. Keteny 1 i-dene triphenylphospl orane. Tetra-n-butyl-ammonium fluoride. 1,1,6,6-Tetra-n-butyI-1,6-distanna-2,5,7, lO-tetraoxycyclodecane. Tetrakisftriphenylphdsphine)-palladium. N,N,N,Nl-Tetramethylchloro-formamidinium chloride. [Pg.667]

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