人造海水

研究结果表明，Al-Zn-In系牺牲阳极在人造海水中电化学性能良好。

The results show that the sacrificial anode of Al-Zn-In alloy have excellent electrochemical performance in artificial seawater .

结果表明，焊接接头各部位在人造海水中的应力腐蚀开裂敏感性有很大差异，其中热影响区（HAZ）对SCC最敏感，K1值最低；

The results show that SCC susceptibility of various position for welded joint in artificial seawater is different , the HAZ is most susceptible to SCC and k1 value is the lowest .

对A3钢热浸镀铝和铝－稀土的两种镀层在人造海水中的电化学腐蚀行为进行了研究。

The corrosion electrochemical behavior of aluminum hot dipped coating was studied in simulated sea water .

锌铝合金镀层在人造海水中的腐蚀研究

Seawater corrosion of a zinc-aluminum alloy coating in immersion

低合金钢在人造海水中腐蚀过程的穆斯堡尔谱学研究

Mossbauer study of corrosion process of low alloy steel in synthetic sea water

热浸镀铝层耐人造海水腐蚀性的电化学研究

Simulated Sea Water Corrosion of Aluminum Hot Dipped Coating

结果表明，新研制的镁合金在人造海水介质中的开路电位增加，自腐蚀速度降低，稳定工作电位提高，电极表面腐蚀均匀，可开发用于高电性能电池的负极材料。

The polarization of the magnesium alloy was weakness and the electrode potential was very negative , so that the magnesium alloy could be used as cathode material in high-powered battery .

采用了四种方法：电化学交流阻抗法，盐雾箱试验法，人造海水浸泡，海上实船挂片，并分别与未加缓蚀剂的原涂层进行对比，对各涂层的耐蚀性能进行评定。

Four test techniques are applied to evaluate the corrosion inhibitor performance , i. e. electrochemical AC impedance method , salt spray-box test , artificial seawater immersion , hanged plant at sea and on board .