金纳米有着良好的电子传导和化学稳定等特性，还能降低一些物质在电极上发生

Gold has a good electron conductivity and chemical stability and other characteristics, but also reduce the redox potential of some reactions occurring on the electrode material, and the catalytic oxidation of these materials in electrochemical reduction reaction on an electrode, excellent electrical conductivity, preferably catalytic activity and biocompatibility, widely used in the electrodes, and catalysis.

金纳米有着良好的电子传导和化学稳定等特性，还能降低一些物质在电极上发生反应的氧化还原电位，并催化这些物质在电极上的电化学氧化还原反应，具有优良的导电能力、较好生物相容性和催化活性，在电极、催化等领域应用广泛。

Gold nanoparticles have good characteristics of electronic conduction and chemical stability. They can also reduce the redox potential of some substances on the electrode and catalyze the redox reaction of these substances on the electrode. They have excellent conductivity, good biocompatibility and catalytic activity, and are widely used in the fields of electrode and catalysis.<br>