The Simultaneous Uses of the Direct-Mode Bioorganic Fuel Cell and the Function Generator for the Enhancement of the Glucose Electro-chemical Oxidation

摘要

In this study a test of the direct-mode bioorganic fuel cell (DMBFC) in which the fuel and the alkalineo electrolyte are mixed with each other at two temperatures of 20 and 35 C are carried out. The direct- mode bioorganic fuel cell is exposed to an externally generated electromagnetic field withsimultaneous discharging in order to split the fuel molecule before the electrochemical oxidation at thetwo operation temperatures. The current-voltage characteristics are measured and analyzed. The liquidphase of the fuel-electrolyte concentration of the glucose was analysed both before and after theelectrochemical tests at the operation temperature 20 oC. The aim is to continue with the development-2 of the direct-mode glucose fuel cell by increasing the power density range by several mWcm . Thistype of the fuel cell with glucose as a fuel has increased to the specific capacity levels of 120.8 ando o 132.7 Ah / kg glucose at the temperatures of 20 C and 35 C, respectively.