3 Becka A M , Miller C J. Electroche mistry at ω_hydroxy thiol of redox kinetics at large overpotential . J. Phys . Che m .,1992 ,96 :2 657
[4]
4 Miller C, Cuendet P, Gratzel M . Adsorbed ω_hydroxy thiol m onolayers on gold electrodes :evdence for electrontunneling to redox species in solution . J. Ph ys . Chen .,1991 ,9 5 :877
[5]
5 Xu Jie , Li Hulin , Zhang Y. Relationship betw een electronic tunneling coeffcient an d electrode potential inverstigated using self_asse m bled alkanethiol m onolayers ing gold electrodes . J. Phys . Che m .,1993 ,9 7 :11 497
[6]
6 Yu H Z, Shao H B, Luo Y et al . Evaluation of the tunneling constant for long range electron transfer in azobenzene self_asse m bled m onolayers on gold . Lang m uir ,1997 ,13 :5 774
[7]
7 崔 晓丽,蒋殿 录,刁 鹏等.硫 醇在金电 极上的 S A 单分子 层膜的 电化 学研 究. 高等 学校 化学 学报,1999 ,20(5) :800
[8]
8 Nahir T M , Bo w den E F. Im pedance spectrocopy of electroinactive thiolate film s adsorbed on gold . Electrochimica Acta ,19 94 ,39(16) :2 347
[9]
9 Takehara K , Take m ura I, Ide Y . Electroche mical studies of the per m eation of F A D and U Q . Into the self_asse mbled n_alkanethiol m onolayer for m ed on a gold electrode . J. Colloid Sci ,1993 ,156 :274
[10]
10 Rubinstein I, Sabatani E. Organizec self_asse m blin g m onolayers .2 . Monolayer_based ultra microelectrodes for thestudy of very rapid electrode kinetics . J. Phys . Che m .,1987 ,91 :6 663
[11]
11 Bard A J, Faulkner L R . Electroche m ical Methods . Ne w York : John Wiley & Sons ,1980