CAJ | 학술논문

文章对哈尔滨地区的粉质粘土进行了冻结过程的水分迁移试验，考察了含水率、冻结温度及干密度在封闭系统的条件下对粉质粘土中水分迁移的影响。结果表明，控制含水率和干密度相同，顶板的冻结温度越高，水分迁移量越大，顶板冻结温度为-3℃的水分迁移量较冻结温度为-9℃的水分迁移量大；控制顶板冻结温度和干密度相同，初始含水率大的试样，水分迁移量大；控制顶板冻结温度和含水率相同，水分迁移量随干密度的增加而减小。
문장대합이빈지구적분질점토진행료동결과정적수분천이시험，고찰료함수솔、동결온도급간밀도재봉폐계통적조건하대분질점토중수분천이적영향。결과표명，공제함수솔화간밀도상동，정판적동결온도월고，수분천이량월대，정판동결온도위-3℃적수분천이량교동결온도위-9℃적수분천이량대；공제정판동결온도화간밀도상동，초시함수솔대적시양，수분천이량대；공제정판동결온도화함수솔상동，수분천이량수간밀도적증가이감소。
Aiming at the silty clay in Harbin, the moisture transfer of the freezing process is tested. We study the impacts of the moisture content, freezing temperatures and dry density on the moisture transfer of silty clay in the closed system. The results show that the higher the top board temperature is, the bigger water migration is, when moisture content and dry density of the test case keep unchanged. The moisture transfer of the top board temperature at-3℃is higher than that at-9℃. when the top board temperature and dry density of the test case keep unchanged, the more the initial moisture content of the soil samples is, the more the water migration is. When the top board temperature and moisture content of the test case keep unchanged, the moisture transfer wanes with the increment of dry density.