The photoelectrochemical properties of the poly(thiophene) film on the ITO were investigated with photoelectrochemical methods.The band ga Pof the poly(thiophene) was 2.02 eV.The conduction band and valence band were ...The photoelectrochemical properties of the poly(thiophene) film on the ITO were investigated with photoelectrochemical methods.The band ga Pof the poly(thiophene) was 2.02 eV.The conduction band and valence band were determined to be-3.84 eV and-5.86 eV respectively.The maximal IPCE was 15%.展开更多
A new copolymer(C) was designed and synthesized.Isothermal Titration Calorimetry(ITC) expe-riments showed the strong binding of C-Zn and the predetermined peptide sequences(DFLAE,appear in many peptides sequence which...A new copolymer(C) was designed and synthesized.Isothermal Titration Calorimetry(ITC) expe-riments showed the strong binding of C-Zn and the predetermined peptide sequences(DFLAE,appear in many peptides sequence which cumulate in serum of uremic patients).The further ITC experiments demonstrate that the binding is the result of the cooperative effect of coordination and hydrophobic interaction,which may provide further understanding on the mechanism of polymer-metal-peptide interaction and a structural basis for designing the adsorbents for the target peptide.展开更多
文摘The photoelectrochemical properties of the poly(thiophene) film on the ITO were investigated with photoelectrochemical methods.The band ga Pof the poly(thiophene) was 2.02 eV.The conduction band and valence band were determined to be-3.84 eV and-5.86 eV respectively.The maximal IPCE was 15%.
文摘A new copolymer(C) was designed and synthesized.Isothermal Titration Calorimetry(ITC) expe-riments showed the strong binding of C-Zn and the predetermined peptide sequences(DFLAE,appear in many peptides sequence which cumulate in serum of uremic patients).The further ITC experiments demonstrate that the binding is the result of the cooperative effect of coordination and hydrophobic interaction,which may provide further understanding on the mechanism of polymer-metal-peptide interaction and a structural basis for designing the adsorbents for the target peptide.