Inexpensive Anti-Icing Concrete Material for Application to Tunnel and Slope Engineering Infrastructures in Cold Regions

• Main Authors: Zihan Zhou (4184407), Yanjun Shen (389969), Jianshuai Hao (11631631), Zhipeng Bai (6489494), Yuting Liu (270221), Haibo Kou (11631634)
• Format: Dataset
• Language: unknown
• Published: 2021
• Subjects: Pharmacology; Biotechnology; Evolutionary Biology; Ecology; Developmental Biology; Plant Biology; Space Science; Environmental Sciences not elsewhere classified; Chemical Sciences not elsewhere classified; novel fractal theory; 151 °; sa; 06 mpa ); exhibits excellent superhydrophobicity; excellent mechanical properties; sloped rock masses; nanostructure easily deices; environmentally friendly anti; current advanced anti; slope engineering infrastructures; good application prospects; concrete tunnel linings; icing concrete material; slope engineering; good anti; excellent long; rock substrates; icing material; easily fabricated; area concrete; widespread application; water resistance; term durability; temperature environments; sprayed onto; inexpensive anti; important guide; icing materials; ice hangings; highway traffic; easy deicing; deicing stress; cost requirements; composite micro; cold regions; chemical durability; based model; Long Rock
• Online Access: https://doi.org/10.1021/acsami.1c14046.s010

The formation of ice hangings on the surfaces of concrete tunnel linings and sloped rock masses in cold regions endangers railroad and highway traffic. However, an inexpensive anti-icing material that meets both performance and cost requirements has not yet been developed for application in tunnel a...