These reagents react with OPR3 (R = Me or Ph) or OAsPh3 (L) in anhydrous CH2Cl2 to form six-coordinate [MF4L2] which exist as a mixture of cis (predominant form) and trans isomers in CH2Cl2 solution but which crystallise as trans (OPPh3, OAsPh3) or cis (OPMe3) forms. Cis-[ZrF4(OAsPh3)2] crystals were obtained from MeCN. Cis-[MF4(pyNO)2] and eight-coordinate (distorted dodecahedral) [MF4(L–L)2] (L–L = 2
                                    通过将MF 4 · n H 2 O溶解在适当的溶剂中制备的[MF 4(dmso)2 ](M = Zr或Hf)和[MF 4(dmf)2 ]被用作各种配合物的合成子。这些难于处理的四
氟化物中的一种。这些试剂在无
水CH 2 Cl 2中与OPR 3(R = Me或Ph)或OAsPh 3(L)反应形成六配位[MF 4 L 2 ],它们以顺式(主要形式)和反式异构体的混合物形式存在在CH 2 Cl 2中溶液,但结晶为反式(
OPPh 3,OAsPh 3)或顺式(OPMe 3)形式。顺式- [ZRF 4(OAsPh 3)2 ]从MeCN中得到的晶体。顺式-[MF 4(pyNO)2 ]和八坐标(扭曲的十二面体)[MF 4(L–L)2 ](L = 2,2'-bipy或1,10-phen),和[ MF 4(我4-cyclam)]。尝试与N-杂环卡宾,1,3-(2,6-二异丙基苯基)
咪唑-2-亚烷基(IDiPP)