Hydrazine, methyl-, ruthenium

H5N2C, Hydrazine, methyl-, ruthenium(II), complexes, 26 72 H,B , Diborane(6), 27 215 HftMoPiCyHw), Molybdenum(IV), hexahy-dridotris(tricyclohexylphosphine)-, 27 13... [Pg.392]

J. (n4-l, 5-CYCLOOCTADIENE)TETRAKIS(METHYL-HYDRAZINE)RUTHENIUM(II) BIS[HEXAFLUORO-PHOSPHATE(l -)]... [Pg.74]

NhF 2P2RuC,2Hj , Ruthenium(II), (Tp-cy-clooctadiene)tetrakis(methyl-hydrazine)-... [Pg.427]

RuCoO,SC Ruthenium, nonacarbonyl-p.,-thio-dicobalt-, 26 352 RuCo2OuCi, Ruthenium, undecacar-bonyldicobalt-, 26 354 RuCojNOi2C 2H2(i, Ruthenate(l -), dodeca-carbonyltricobalt-tetraethylammonium, 26 358 RuF12N4P2C (,H24, Ruthenium(II), tetrakis-(acetonitrile) (n4-1,5-cyclooctadiene)-bis[hexafluorophosphate(l -)], 26 72 RuF 2NBP2Ci2H36, Ruthenium(II), (V cyclooctadiene)tetrakis(methyl-hydrazine)-... [Pg.440]

Triazole derivatives could be synthesized from different starting substrates. Various triazoles 155 were synthesized from nonactivated terminal alkynes 152, allyl methyl carbonate 153 and trimethylsilyl azide 154 in a [3 + 2] cycloaddition with the use of the Pd(0)-Cu(I) bimetallic catalyst <03JA7786>. The allyl group of 155 was efficiently deprotected by ruthenium-catalyzed isomerization followed by ozonolysis to give 4-substituted triazoles 156. a-Aminoacetophenones 157 were reacted with hydrazines in acetic acid to give an efficient... [Pg.215]

RuAuFjOPjCjjHgj, Ruthenium(l-t-), car-bonyldi-n-hydrido-tris(triphenylphos-phine) (triphenylphosphine)gold]-, hexafluorophosphate(l—), 29 281 RuAujFgPgCgoHjg, Ruthenium(l-t-), tri-p-hydrido-tris(triphenylphos-phine)bis[(triphenylphosphine)gold]-, hexafluorophosphate(I -), 29 286 RuBjNgCjoHjg, Ruthenium(II), (V-1,5-cyclooctadiene)tetrakis(methyl-hydrazine)-, bis(tetraphenyl-borate(l—)), 26 74... [Pg.415]

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