作者从静态和侵蚀两种方式研究了蛋白质对于316L不锈钢、商品纯钛和钛6-铝4-钒合金腐蚀率的影响。静态方式的研究利用了作为美国材料试验标准ASTMF-746的圆筒形样本和静态裂痕固定盘。采用了一台在盘和螺杆间能够引起圆周摇动的双孔盘侵蚀装置作为ASTM F-897进行侵蚀方式的研究。具有极化阻抗和Tafel倾斜测量的电化学技术用来研究蛋白质对阳极和阴极腐蚀作用的影响。研究发现,蛋白质增加了不锈钢和化学纯钛圆筒样本的腐饮率,但对T-6Al-4V圆筒样本无影响。在侵蚀方式中,蛋白质减少了不锈钢盘的腐蚀 The authors studied the effect of protein on corrosion rate of 316L stainless steel, commercial pure titanium and titanium 6-aluminum 4-vanadium alloy from both static and erosive ways. The static mode study utilized cylindrical specimens and static splitter disks as ASTMF-746. A two-hole plate erosion device capable of causing circumferential shaking between the pan and the screw was used as the erosion method for ASTM F-897. Electrochemical techniques with polarization impedance and Tafel tilt measurements were used to study the effect of protein on the corrosion of the anode and cathode. The study found that protein increased the decay rate of stainless steel and chemical pure titanium cylinder samples, but had no effect on T-6Al-4V cylinder samples. In erosion mode, the protein reduces the corrosion of the stainless steel plate