CH3N[P(OCH2CF3)2]2) furnishes Ir2II,II(tfepma)2(CNtBu)2Cl3(OOH) (2), the first isolable iridium hydroperoxo complex. This complex transfers an oxygen atom to triphenylphosphine, producing triphenylphosphine oxide and Ir2II,II(tfepma)2(CNtBu)2Cl3(OH) (3) in high yield. Reaction of 2 with acid induces cleavage of the O–O bond, initially forming [Ir2II,II(tfepma)2(CNtBu)2Cl3(OH2)]Cl (4), which was identified
                                    Ir 2 II,II(tfepma)2(CN t Bu)2 Cl 3 H(1,tfepma = CH 3 N [P(OCH 2 CF 3)2 ] 2)的氧化可提供Ir 2 II,II(tfepma)2(CN t Bu)2 Cl 3(OOH)(2),第一个可分离的
铱氢过氧络合物。该络合物将氧原子转移至三苯膦,生产 
三苯基氧化膦和Ir 2 II,II(tfepma)2(CN t Bu)2 Cl 3(OH)(3)高产率。的反应2与O-O键的酸诱导裂解,初步形成的[Ir 2 II,II(tfepma)2(CN吨丁基)2
氯3(OH 2)]
氯(4),其被鉴定通过NMR光谱法。以HCl为酸源时,
氯离子取代
水形成Ir 2 II,II(tfepma)2(CN t Bu)2 Cl 4(5)的假C 2h异构体。和2,6-二
氯化lut当形成酸时,络合物4首先形成,并被共轭碱去质子化,得到3为主要产物。