一、氧化银法。用氧化银与氧化亚铜接触，封闭氯化亚铜的暴露面，达到控制腐蚀铜雕的目的。先用机械方法，剔除粉状锈，露出灰白色蜡状物氯化亚铜。然后将氧化银与酒精调成糊剂，涂在氯化亚铜表面，并置于潮湿环境中,使其充分作用,形成氧化亚铜和氯化铜，覆盖氯化亚铜表面。两者皆为稳定性盐,如此多次操作,直至将器物置于高湿环境中仍不出现粉状锈的腐蚀点为止。此法适于斑点状局部腐蚀的器物及有金属镶嵌物的器物。 Silver oxide method. Contact with cuprous oxide with silver oxide and the exposed surface of cupric chloride are used to control the corrosion of bronze. Using mechanical methods, the powder rust is removed and the ash white wax is exposed. The silver oxide and alcohol were then turned into a paste, coated with the copper chloride surface, and placed in a humid environment to make it fully effective, forming cupric oxide and copper chloride, covering the surface of copper chloride. Both are stability salts, so many operations, until the object is placed in a high humidity environment and still do not appear the corrosion point of the powder rust. This method is suitable for the punctate local corrosion and metal inlays.     二、苯骈三氮唑法。苯骈三氮唑是杂环化合物，与铜及其盐类能形成稳定络合物，在铜合金表面生成不溶性且相当牢固的透明保护膜，使铜雕病被抑制并稳定下来，防止水蒸气和空气污染物的侵蚀。用蒸馏水和甲苯、丙酮等有机溶剂，清除铜雕表面泥土油污，然后浸入苯骈三氮唑酒精溶剂中进行渗透，即可形成络合物保护膜。但苯骈三氮唑易受热升华，失去保护作用，所以最后应在铜雕表面涂一层高分子材料，做封护膜。 Diazole method. Three azole nitrogen heterocyclic compound, truxene with copper and its salts can form stable complex compound, generate insoluble in copper alloy surface and fairly strong transparent protective film, tripod for disease suppression and stabilize, and prevent the erosion of water vapor and air pollutants. By using distilled water and methyl benzene, acetone and other organic solvents, remove the soil oil on the surface of the copper carvings, and then infiltrate the benzene triazole alcohol solvent to form a complex protective film. But benzotriazole is easy to be heated and sublimated, which loses its protective effect, so it should be coated with a layer of high molecular material on the surface of the bronze sculpture.     三、碱液浸泡法。将被腐蚀的铜雕置于倍半碳酸钠溶液中浸泡，使铜的氯化物逐渐转换为稳定的铜的碳酸盐，铜雕的氯离子被置换出来转入浸液中。浸液需定时更换，直至浸液中无氯离子出现为止。随后将器物用蒸馏水反复清洗，除去碱液，干燥后封护。碱溶液仅把氯化物提取出来,保留着色彩斑斓的孔雀石等腐蚀层,不损害铜雕的原貌。此法缺点是置换反应时间长；另外氯化物不仅附在锈层表面，而且已渗入器物腐蚀结壳的深部，难以置换彻底。 Three, lye immersion method. The corroded copper carvings are placed in a solution of the double semi-sodium carbonate, which converts copper chloride into stable copper carbonate. The chloride ions are replaced and transferred to the leaching. The leaching needs to be replaced periodically until chlorine ions appear. After that, the utensil is washed repeatedly with distilled water to remove the lye, and then seal the protection after drying. The alkali solution only extracts the chlorides and retains the colorful malachite and other corrosion layers, which do not harm the original appearance of the bronze carving. The disadvantage of this method is that the displacement reaction time is long; In addition, chloride is not only attached to the surface of the rust layer, but also has penetrated into the deep part of the shell, which is difficult to replace thoroughly.