路基工程
路基工程
로기공정
SUBGRADE ENGINEERING
2012年
5期
1-4
,共4页
盐渍土%固化剂%固化机理
鹽漬土%固化劑%固化機理
염지토%고화제%고화궤리
saline soil%stabilizer%stabilization mechanism
目前滨海和内陆地区的大量盐渍土产生的众多地基工程病害已成为工程界需要解决的问题。采用固化处理是有效的解决方法之一。通过查阅大量文献,系统地阐述了无机固化剂、新型无机固化剂、合有机高分子组分固化剂这三类固化剂的固化特点和固化机理,并对盐渍土固化剂研究现状做出评价。
目前濱海和內陸地區的大量鹽漬土產生的衆多地基工程病害已成為工程界需要解決的問題。採用固化處理是有效的解決方法之一。通過查閱大量文獻,繫統地闡述瞭無機固化劑、新型無機固化劑、閤有機高分子組分固化劑這三類固化劑的固化特點和固化機理,併對鹽漬土固化劑研究現狀做齣評價。
목전빈해화내륙지구적대량염지토산생적음다지기공정병해이성위공정계수요해결적문제。채용고화처리시유효적해결방법지일。통과사열대량문헌,계통지천술료무궤고화제、신형무궤고화제、합유궤고분자조분고화제저삼류고화제적고화특점화고화궤리,병대염지토고화제연구현상주출평개。
At present, a large amount of saline soil located in the coastal and inland regions has produced many foundation engineering diseases, which is a problem needed to be solved in the engineering circles. Stabilization treatment is a most effective solution to this problem. According to a large amount of literatures, the stabilization characteristics and mechanism of the stabilizers, including inorganic stabilizer, new-type inorganic stabilizer, organic-polymer-component contained stabilizer, are described systematically, and the status quo of the research on these stabilizer is assessed.