Germanium dihydride

Magnesium hydride, 4463 Magnesium-nickel hydride, 4464 Plutonium(III) hydride, 4509 Poly (germanium dihydride), 4415 Poly (germanium monohydride), 4413 Potassium hydride, 4427 Rubidium hydride, 4450 Sodium hydride, 4444 f Stibine, 4510 Thorium dihydride, 4489 Thorium hydride, 4540 Titanium dihydride, 4490 Titanium-zirconium hydride, 4491 Trigermane, 4421 Uranium(III) hydride, 4511 Uranium(TV) hydride, 4541... [Pg.240]

Poly([7,8-bis(trifluoromethyl)tetracyclo [4.2.0.02 8.05 7]octane-3,4-diyl]-1,2-ethenediyl), 3457 Poly[borane(l)], 0134 crs-Poly (butadiene), 1480 Poly(l,3-butadiene peroxide), 1528 Poly(butadiyne), 1382 Poly(carbon monofluoride), 0336 Poly(chlorotrifluoroethylene), 0589 Poly(l,3-cyclohexadiene peroxide), 2380 Poly(cyclopentadienyltitanium dichloride), 1837 Poly(diazidophosphazene), 4781 Poly(dibromosilylene), 0282 Poly(difluorosilylene), 4324 Poly(dihydroxydioxodisilane), 4474 Poly(dimercuryimmonium acetylide), 0665 Poly(dimercuryimmonium azide), 4606 Poly(dimercuryimmonium bromate), 0253 Poly (dimercury immonium iodide hydrate), 4449 Poly (dimercury immonium perchlorate), 4006 Poly(dimercuryimmonium permanganate), 4603 Poly (dime thylketene peroxide), see Poly(peroxyisobutyrolactone), 1531 Poly(dimethylsiloxane), 0918 Poly(disilicon nitride), 4752 Poly(ethenyl nitrate), see Poly(vinyl nitrate), 0760 Poly(ethylene), 0778 Poly(ethylene terephthalate), 3256 Poly(ethylidene peroxide), 0831 Poly(furan-2,5-diyl), 1398 Poly(germanium dihydride), 4409 Poly(germanium monohydride), 4407 Poly(isobutene), 1578 Poly(methyl methacrylate peroxide), 1913... [Pg.2126]

Magnesium—nickel hydride, 4458 Plutonium(III) hydride, 4504 Poly(germanium dihydride), 4409 Poly(germanium monohydride), 4407 Potassium hydride, 4421 Rubidium hydride, 4444 Sodium hydride, 4438 f Stibine, 4505 Thorium dihydride, 4483 Thorium hydride, 4535 Titanium dihydride, 4484 Titanium—zirconium hydride, 4485 Trigermane, 4415 Uranium(III) hydride, 4506 Uranium(IV) hydride, 4536 Zinc hydride, 4486 Zirconium hydride , 4487 See COMPLEX HYDRIDES, PYROPHORIC MATERIALS See entry LANTHANIDE—TRANSITION METAL ALLOY HYDRIDES... [Pg.2433]

However, as also observed in germanium chemistry, a mixture of dihydride with an excess of lithiated reagent behaves as a stannyldianion in reactions with organic halides, polyformaldehyde or epoxides (Scheme 7)29, and it thus appears as an interesting synthetic reagent. [Pg.662]

Separations of hydrides of silicon and germanium have been achieved by GC on ester and silicone phases. Separation of alkyltin mono- and dihydrides by GC requires the use of most inert stationary phases to preclude on-column reaction. Among the Group IVA elements, lead alone has hydrides for which GC has not proved possible. [Pg.309]

The dihydride-osmium(IV) complex OsH2Cl2(P Pr3)2 as a precursor for carbon-carbon, carbon-nitrogen, carbon-phosphoms, carbon- germanium, and carbon-silicon coupling reactions... [Pg.190]

THE DIHYDRIDE-OSMIUMaV) COMPLEX OsHjCljCPPrjlj AS A PRECURSOR FOR CARBON-CARBON, CARBON-NITROGEN, CARBON-PHOSPHORUS, CARBON-GERMANIUM, AND CARBON-SILICON COUPLING REACTIONS... [Pg.220]

Diphenyltin dihydride reacts with the vinyltriphenyl metals of silicon, germanium, and tin in an abnormal manner. Instead of the expected product, I, Compound II is formed in yields of 20-25 %. [Pg.59]

Use of dihydrides introduces the possibility of formation of cyclic or polymeric organotin compounds by appropriate choice of bifunctional reaction partners. The first example of cyclic compound formation was reported by Henry and Noltes 58), who carried out the reaction shown in Eq. 20, with M being silicon or germanium. The same reaction involving diphenyldivinyltin yielded... [Pg.61]

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