Optical and IR spectra of the intermediate formed from the reaction of Ru(CO)(TmTP) with NO are compared with transient UV–VIS and FTIR spectra of photochemical intermediates formed from the photolysis and recovery of Ru(TmTP)(NO)(ONO) in the presence of NO; comparison reveals that the two pathways share a common intermediate, which IR spectral properties suggest to be trans-Ru(TmTP)(NO)2.
从Ru(CO)(TmTP)与NO反应形成的中间体的光谱和红外光谱与在NO存在下对Ru(TmTP)(NO)(ONO)进行光解和恢复所形成的光
化学中间体的瞬态UV–VIS和FTIR光谱进行了比较;比较结果揭示这两条反应路径共享一个共同的中间体,其红外光谱特性表明它是trans-Ru(TmTP)(NO)2。