Molybdenum dicarbonyl nitrosyl

M0NO3C2H5, Molybdenum, dicarbonyl(ii -cyclopentadienyl)nitrosyl-, 28 196 MoNOsCjoH, Molybdenum, ( rt-butyl socyanide)pentacarbonyl-, 28 143 M0NO2P2C43H33, Molybdate(l—), (ace-tato)pentacarbonyl-, p-nitrido-bis(tri-... [Pg.375]

Dicarbonyl Nitrosyl Ompkxes Chromiwn, Molybdenum, and Tungsten 197... [Pg.197]

NMn2OgP3CjeH40, Manganate(l—), fi-(diphenylpho phino)-bis(tetracarbonyl)-, (Mn-Mn), p-nitrido-bis(triphenyl-phosphorus)(l -f-), 26 228 NM0O3C7HS, Molybdenum, dicarbonyl( f -cyclopentadienyl)nitrosyl-, 28 196 NM0O5C10H9, Molybdenum, (tert-butyl isocyanide)pentacarbonyl-, 28 143 NM0O7P2C43H33, Molybdate(l-), (acetato)pentacarbonyl-, t-nitrido-bis(triphenylphosphorus)(l -I-), 27 297 NNiOPC22H4o, Nickel(II), [butanamidato-(2-)-C N] (tricyclohexylphosphineK 26 206... [Pg.418]

The chemistry of the dicarbonyl(7 -cyclopentadienyl)nitrosyl and the chloro-(i7 -cyclopentadienyl)dinitrosyl complexes of chromium, molybdenum, and tungsten [i.e., fT -CsHs)M(CO)j(NO)] and [(i7 -CsHs)M(NO)2Cl] has not been studied extensively, partly because of the various difficulties associated with their preparation. The procedures described below are of general applicability to all three metals and lead to the desired compounds in high yields. The carbonyl nitrosyl complexes are the synthetic precursors of the chloro nitrosyl complexes and so their preparation is described first. [Pg.127]

A. DICARBONYL(t -CYCLOPENTADIENYL)NITROSYL complexes of CHROMIUM, MOLYBDENUM, AND TUNGSTEN... [Pg.127]

O3NSC7HS, l,2-Benzisothiazol-3(2//)-one, 1,1-dioxide, chromium and vanadium complex, 27 307, 309 O3NWC7H5, Tungsten, dicarbonyl(i -cyclopentadienyl)nitrosyl-, 28 196 03N3MoC,2H, Molybdenum,... [Pg.430]

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