外加电场对固体渗硼过程的影响

Effect of Applied Electric Field on the Solid Boriding Process

本文应用电化学反应的基本原理，在固体渗硼装置中外接电场，使之构成腐蚀电池．实验结果表明，腐蚀电池的电化学作用增强渗件表面吸附硼的能力，提高固体渗硼的速度．

With the fundamentals of electrocemical reation, an electric field was applied to solid boriding device, so that a corrosive battery was formed in the boriding process. Result show that the electrochemical reaction of the corrosive battry had increased the adsorption ability in the surface of specimens, result in boriding rate would be accelerated.