由于研制心脏起搏器用的植入式生物燃料电池和人造胰脏中传感器的需要,葡萄糖电化学氧化的研究一直受到重视,可是,迄今绝大多数实验工作基于传统的电化学技术,缺少该电极反应的分子水平上的信息,有关的机理仍有较大争议,本工作在伏安法研究的同时,采用原饮红外反射光谱技术对电极反应物种进行现场检测,所得结果深化了对所述反应机理的认识。 Due to the need for implantable biofuel cells and artificial pancreas sensors for the development of pacemakers, the electrochemical oxidation of glucose has received considerable attention, but most of the experimental work so far has been based on conventional electrochemical techniques that lack the electrode The reaction of the molecular level information, the relevant mechanism is still more controversial, this work in voltammetry research, the original drink infrared reflectance spectroscopy on the electrode reaction species on-site testing, the results deepen the reaction Understanding of mechanism