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首页> 外文期刊>Journal of Organometallic Chemistry >Synthesis and characterization of binuclear Pt(IV) complexes and tetranuclear mixed valence complexes of Platinum(II)-Platinum(IV)
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Synthesis and characterization of binuclear Pt(IV) complexes and tetranuclear mixed valence complexes of Platinum(II)-Platinum(IV)

机译:铂(II) - 铂(II)铂(II) - 铂(II)的合成与表征铂(II) - 铂(IV)

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摘要

The binuclear platinum(IV) complexes [NBu4](2)[Pt-2(IV)(mu-Cl)(2)(C6F5)(4)Cl-4] (2) and [Pt-2IV(mu-C8H6N4)(2)(C6F5)(4)Cl-4] (4) have been synthesized by oxidative addition of chlorine to the binuclear platinum(II) species, but [NBu4](2)[Pt-2IV(mu-OH)(2)(C6F5)(4)Cl-4] (3) has been synthesized by substitution of the chloride bridges of the platinum(IV) complex. The square planar platinum environments of the Pt(II) starting materials change, as expected, to Pt(IV) octahedral environments with the chloride ligands in trans-position. Only minor changes in the Pt-X (X = Cl-bridge, OH) interatomic distances are produced because of the oxidation.
机译:双核铂(IV)配合物[NBU4](2)[Pt-2(IV)(MU-CL)(2)(2)(C6F5)(4)Cl-4](2)和[Pt-2iv(mu-C8H6N4 )(2)(C6F5)(4)Cl-4](4)通过氧化加入氯与双核铂(II)物种合成,但[NBU4](2)[Pt-2iv(mu-OH) (2)(C6F5)(4)Cl-4](3)通过取代铂(IV)复合物的氯化物桥来合成。 PT(II)的平面平面铂环境的起始材料如预期的那样改变到PT(IV)八面体的环境,其中氯化物配体在横向位置。 由于氧化产生PT-X(X = CL-BRICK,OH)内网状距离仅产生次要变化。

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