As an in-situ spectroscopic technique for studying electrode/solution interfaces, infrared reflection-absorption spectroscopy has made great progress since the early 1980s. The key to success, in addition to high-qual...As an in-situ spectroscopic technique for studying electrode/solution interfaces, infrared reflection-absorption spectroscopy has made great progress since the early 1980s. The key to success, in addition to high-quality spectrometers, is the design of IR-electrochemical cells. It was thought that the aqueous solution展开更多
As a biomedical hydrogel, poly(β-hydroxyethyl methacrylate)has been widely studied and discussed, but studies on the synthesis and polymerization of those acrylates which contain both hydrophilic hydroxy group and al...As a biomedical hydrogel, poly(β-hydroxyethyl methacrylate)has been widely studied and discussed, but studies on the synthesis and polymerization of those acrylates which contain both hydrophilic hydroxy group and alkoxy group in the same ester group have received comparatively less attention. However Mikhailov first reported the synthesis of some γ-alkoxy-β-hydroxypropyl methacrylates and γ-aryloxy β-hydroxypropyl methacrylates from methacrylic acid and γ-alkoxy propylene or γ-展开更多
文摘As an in-situ spectroscopic technique for studying electrode/solution interfaces, infrared reflection-absorption spectroscopy has made great progress since the early 1980s. The key to success, in addition to high-quality spectrometers, is the design of IR-electrochemical cells. It was thought that the aqueous solution
文摘As a biomedical hydrogel, poly(β-hydroxyethyl methacrylate)has been widely studied and discussed, but studies on the synthesis and polymerization of those acrylates which contain both hydrophilic hydroxy group and alkoxy group in the same ester group have received comparatively less attention. However Mikhailov first reported the synthesis of some γ-alkoxy-β-hydroxypropyl methacrylates and γ-aryloxy β-hydroxypropyl methacrylates from methacrylic acid and γ-alkoxy propylene or γ-
