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首页> 外文期刊>Journal of the Chemical Society. Dalton Transactions >Organometallic chemistry of diphosphazanes. Part 15. Half-sandwich cyclopentadienyl ruthenium complexes of achiral and chiral diphosphazanes
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Organometallic chemistry of diphosphazanes. Part 15. Half-sandwich cyclopentadienyl ruthenium complexes of achiral and chiral diphosphazanes

机译:二磷氮烷的有机金属化学。第15部分。非手性和手性二磷氮烷的半三明治环戊二烯合钌配合物

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摘要

Reaction of [CpRu(PPh3)(2)Cl] (1) {Cp = eta(5)-(C5H5)} with X2PN(CHMe2) PYY' {X = Y = Y' = Ph (L-1); X = Y = Ph, Y' = OC6H4Me-4 (L-4); X = Y = Ph, Y' = OC6H3Me2- 3,5 (L-5); X = Y = Ph, Y' = N2C3HMe2 (L-6)} yields the cationic chelate complexes, [CpRu(eta(2)-(X2PN(CHMe2) PYY')) PPh3] Cl. On the other hand, the reaction of 1 with X2PN(CHMe2)PYY' {X = Ph, YY' = O2C6H4(L-3)} gives the complex, [CpRu(eta(1)-L-2)(2)PPh3] Cl. Both types of complexes are formed with X2PN(CHMe2) PYY' {X = Ph, YY' = O2C6H4 (L-3)}. The reaction of 1 with (R),(S)-(H12C20O2) PN(CHMe2) PPh2 (L-7) yields both cationic and neutral complexes, [CpRu{eta(2)-(L-7)} PPh3] Cl and [CpRu{eta(1)-(L-7)}(2)PPh3] Cl and [CpRu{eta(2)-(L-7)}Cl]. The reactions of optically pure diphosphazane, Ph2PN(*CHMePh) PPhY (Y = Ph (L-8); Y = N2C3HMe2-3,5 (L-9)) with 1 give the neutral and cationic ruthenium complexes, [CpRu{eta(2)-(Ph2PN(R) PPhY)} Cl] and [CpRu{eta(2)-(Ph2PN(R)PPhY)} PPh3] Cl. "Chiral-at-metal" ruthenium complexes of diphosphazanes have been synthesized with high diastereoselectivity. The absolute configuration of a novel ruthenium complex, (SCSPRRu)-[(eta(5)-C5H5) Ru*{eta(2)-(Ph2PN(*CHMePh)P*Ph( N2C3HMe2-3,5))} Cl] possessing three chiral centers, is established by X-ray crystallography. The reactions of [CpRu{eta(2)-(L-8)} Cl] with mono or diphosphanes in the presence of NH4PF6 yield the cationic complexes, [CpRu{eta(2)-(L-8)}{eta(1)-(P)}] PF6 {P = P(OMe)(3), PPh3, Ph2P(CH2)(n)PPh2 (n = 1 or 2)}. [References: 31]
机译:[CpRu(PPh3)(2)Cl](1){Cp = eta(5)-(C5H5)}与X2PN(CHMe2)PYY'{X = Y = Y'= Ph(L-1); X = Y = Ph,Y'= OC6H4Me-4(L-4); X = Y = Ph,Y'= OC6H3Me2- 3,5(L-5); X = Y = Ph,Y′= N 2 C 3 HMe 2(L-6)}产生阳离子螯合物,[CpRu(eta(2)-(X2PN(CHMe2)PYY′))PPh 3] Cl。另一方面,1与X2PN(CHMe2)PYY'的反应{X = Ph,YY'= O2C6H4(L-3)}得到复合物[CpRu(eta(1)-L-2)(2) PPh3] Cl。两种类型的络合物均由X2PN(CHMe2)PYY'{X = Ph,YY'= O2C6H4(L-3)}形成。 1与(R),(S)-(H12C20O2)PN(CHMe2)PPh2(L-7)的反应产生阳离子和中性络合物[CpRu {eta(2)-(L-7)} PPh3] Cl [CpRu {eta(1)-(L-7)}(2)PPh3] Cl和[CpRu {eta(2)-(L-7)} Cl]。光学纯的二磷氮烷Ph2PN(* CHMePh)PPhY(Y = Ph(L-8); Y = N2C3HMe2-3,5(L-9))与1的反应得到中性和阳离子钌络合物[CpRu {eta (2)-(Ph2PN(R)PPhY)} Cl]和[CpRu {eta(2)-(Ph2PN(R)PPhY)} PPh3] Cl。二磷氮烷的“手性金属”钌配合物具有高非对映选择性。新型钌配合物的绝对构型,(SCSPRRu)-[(eta(5)-C5H5)Ru * {eta(2)-(Ph2PN(* CHMePh)P * Ph(N2C3HMe2-3,5)} Cl] X射线晶体学确定具有三个手性中心。 [CpRu {eta(2)-(L-8)} Cl]与单或二膦在NH4PF6存在下的反应产生阳离子络合物[CpRu {eta(2)-(L-8)} {eta( 1)-(P)}] PF6 {P = P(OMe)(3),PPh3,Ph2P(CH2)(n)PPh2(n = 1或2)}。 [参考:31]

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