This article introduces the research status quo of ancient bronze artifacts protection, analyses and compares the existing preservation technologies with an emphasis on the two inhibitors: BTA and AMT.

Ancient bronze artifacts continued to react with atmosphere after the excavation from the early graves because of bronze disease.

This is especially true of the protection of bronze artifacts,which requires materials harmonious with the original materials without doing harm to the relics information,outer colors and blazes.

The paper presents composition analyses and structure observation of bronze relic samples which were collected from Hubei, Jiangxi, Guangxi, Shaanxi, Beijing, environmental conditions of the sites where the samples were taken.

Neogenic minerals of cuprite, malachite, azurite, cerussite and stannolite were observed in corrosion layers of bronze relics.

Research results indi-cate that the bronze relics can be continuously corroded with time, the corrosion layer ofbronze relics consists of at least two sub-layers, such as oxide and carbonate sub-layers.

Study on the bronze cultural relics corrosion and protection;

This paper presents some results of experiments with pulse laser to remove the powder corrosion and deposits on bronze relics.

This paper introduces the current research on bronze relics protection.

Research on Bronze Culture on Both Sides of Long Mountain——Ancient National Remains of Archaeology in Northwest Bronze Age;

Dissertation of Minyue bronze culture characteristic and correlative problems;

The article according to archaeology found, studied the technology of smelting copper from mine sulphide while it explained when China had invented this technology,it s important scientific value and it s influence on ancient bronze culture in Japan.