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Study on Cold Resistance Performance of Composite Subgrade Structure in Seasonal Frozen Regions

机译：季节冷冻区复合路基结构的抗寒性能研究

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Leilei Han; Haibin Wei; Yong Zhang; Ji Zhang; Fuyu Wang;
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年度 2020
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1. Study on Cold Resistance Performance of Composite Subgrade Structure in Seasonal Frozen Regions [J] . Leilei Han, Haibin Wei, Yong Zhang, Applied Sciences . 2020,第13期

机译：季节冷冻区复合路基结构的抗寒性能研究
2. Novel anti-frost subgrade bed structures a high speed railways in deep seasonally frozen ground regions: Experimental and numerical studies [J] . Tai Bowen, Yue Zurun, Sun Tiecheng, Construction and Building Materials . 2021,第Feba1期

机译：新型防冻路基床结构深季节季节冻结地区的高速铁路：实验和数值研究
3. Performance-dependent Humidity State Division of Subgrade in Seasonal Frozen Region [J] . Dongxue Li, Zhiguo Chen, Jianming Ling Transportation Research Procedia . 2017,第1期

机译：季节性冰冻地区路基性能相关湿度状态分区
4. Long-term performance study of high moisture content cohesive soil subgrade in seasonal frozen region [C] . Shengchuan Liu, Guiling Ding, Gang Chen International Conference on Civil, Architectural and Hydraulic Engineering . 2013

机译：季节性冷冻区高水分含量粘性土路基的长期性能研究
5. A systematic study of the process-structure relationship for building polymer interphase regions in carbon nanotube composites. [D] . Zhang, Yiying. 2014

机译：对建立碳纳米管复合材料中聚合物相间区域的过程-结构关系的系统研究。
6. Mechanical Performance of Warm-Mixed Porous Asphalt Mixture with Steel Slag and Crumb-Rubber–SBS Modified Bitumen for Seasonal Frozen Regions [O] . Yongchun Cheng, Chao Chai, Chunyu Liang, 2019

机译：钢渣和碎橡胶-SBS改性沥青温拌多孔沥青混合料在季节性冰冻地区的力学性能
7. Study on the Monitoring and Change of Subgrade Temperature and Humidity Field in Seasonal Frozen Region [O] . 垒徐 2018

机译：季节性冷冻区路基温度和湿度场监测与变化研究

Study on Cold Resistance Performance of Composite Subgrade Structure in Seasonal Frozen Regions

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