摘要
通过对石灰土强度形成机理的深入研究 ,石灰土强度最终形成主要是由于离子交换、结晶作用 ,而与碳酸化作用基本无关。介绍了合理地利用CO2 ,加入适量的外掺剂和加入适量的外加物 ,可以作为提高石灰土强度抗压、抗拉、抗剪和抗冻强度的有力措施。
Through research on rendzinas strength's forming me chanics, the writer points out that rendzinas strength's final forming mainly dues to ionic exchang e and crystal, not to carbonation, making use of CO 2 rationally, addin g proper extra adulterating agent and substance, may be the effective measures o f improving strength of rendzinas such as r esisting compression, tension, shear and freezing strength. New thought is put f orward to improve strength of rendzinas in the future.
出处
《山西建筑》
2001年第4期80-81,共2页
Shanxi Architecture
关键词
化学反应
外掺剂
饱水强度
结晶体
表面活性
chemical reaction
extra adulterating agent
water-saturation strength
crystal
surface activity