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China's Foreign Trade 1994年第8期 46-46页

作者： Li Rong

ceramisite is an important building material. ceramisite comes in two forms—clay ceramisite and shale ceramisite. These ceramisites produced by Beijing City Tujiao Bricks and Tiles Factory and Beijing ceramisite Factory include various ceramisites used for building, thermal insulation, water screen filtering, and sound absorption, They can be mixed with cement to produce quality light weight bricks and hollow blocks for different constructions. They also can be used as filtering materials. It is very popular at home and abroad and sells well in Japan and Korea. The sole agency for the product is the Beijing City Building Materials Import & Export Corporation.

关键词： insulation Export filtering hollow ceramisite comes blocks bricks agency shale

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Measurement of Specific Surface Area of ceramisite Made from River Sediment

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Journal of Donghua University(English Edition) 2002年第3期19卷 123-126页

作者：刘贵云奚旦立 College of Environmental Science and Engineering Dong Hua University Shanghai 200051

Principle and method of measuring Specific Surface Area (SSA) of ceramisite made from dredged river sediment, sewage sludge and adherent materials are discussed. Brunauer-Emmett-Teller Procedure tests SSA of the ceramisite. Influences of sewage sludge content, adherent content and sintering point on the SSA of ceramisite made of river sediment are also analyzed. Results show that with the right sewage sludge content, adherent content and sintering point, the ceramisite can have the highest SSA value and be widely used.

关键词： river sediment sewage sludge ceramisite specific surface area BET method.

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UTILIZING POLLUTED SILT TO PRODUCE ceramisite

UTILIZING POLLUTED SILT TO PRODUCE CERAMISITE

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第五届水泥与混凝土国际会议

作者： Wang Zhong-ping,Xu Ji-xuan (School of Materials Science and Engineering,Tongji University, Shanghai 200092,China)

Mineral composition and particle size distribution of heavily polluted silt in Shuzhou Creek was analyzed. Technologic parameters for sintering clay ceramisite with bottom sediment as primary raw material were discussed. Noxious constituents in the sediment and the ceramisite were explored quantificationally. The results showed that #700 clay ceramisite could be produced by the use of polluted silt in Shuzhou Creek. Besides, most heavy metal in the silt was solidified in ceramisite on high-temperature sintering, which means no contamination would appear in the future. Furthermore, the radiation from ceramisite would do no harm to human body.

关键词： ceramisite polluted bottom sediment heavy metal contamination

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