dayongqi
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- Associate professor
- Supervisor of Master's Candidates
- Name (Pinyin):dayongqi
- E-Mail:
- School/Department:材料科学与工程学院
- Education Level:Postgraduate (Postdoctoral)
- Business Address:建筑工程材料研究所105办公室
- Contact Information:17791557791
- Degree:Doctoral degree
- Professional Title:Associate professor
- Status:Employed
- Alma Mater:西安建筑科技大学
Other Contact Information
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- Paper Publications
- hetingshu,dayongqi,,郝建恒,杜欢.氟与多种重金属离子共掺对C3S形成及水化进程的协同影响:新型建筑材料,2024
- hetingshu,dayongqi,杨仁和,马晓东,孙禹豪.Long term environmental safety evaluation of incineration fly ash and its use as admixture after freeze-thaw:Journal of Building Engineering,2024
- dujing,hetingshu,dayongqi,杨仁和,李扬,马晓东,杨倩倩.Uncovering the potential of titanium-bearing pickling sludge as a new supplementary cementitious material: Modification, performance and leaching safety:Journal of Building Engineering,2025
- shichen,hetingshu,dayongqi,李帅阳,文航,郭进良,赵清,柯余良.Effect of Na2SO4 and Na2CO3 on early performance of non-gypsum/low-gypsum cement: Mechanism of synergistic activation with gypsum:Construction and Building Materials,2025
- zhangjunjie,shichen,hetingshu,dayongqi,杨仁和,郝建恒.The effects of zinc doping on the properties of fluorite-bearing tricalcium silicate: The formation and hydration characteristics:Construction and Building Materials,2024
- hetingshu,dayongqi,,于龙刚,郑子涵.Revealing the Effects of Methoxy Polyethylene Glycol Ether on the Performance of Polycarboxylate Superplasticizers and Their Desensitization Functions in Relation to Concrete:Materials,2025
- hetingshu,dayongqi,,杜欢,郝建恒.氟、磷与重金属离子共掺对C3S烧成及水化进程的协同影响机理:硅酸盐通报,2024
- baichao,hetingshu,dayongqi,杨仁和,马晓东,林一柯,杨琪轩.Probing into the Triggering Effects of Zinc Presence on the Mineral Formation, Hydration Evolution, and Mechanical Properties of Fluorine-Bearing Clinker:Langmuir,2025
- hetingshu,dayongqi,,郑子涵,于龙刚.The effects of modified interface agents on the bonding characteristics between customized cement adhesive for insulators and aluminum flanges:Materials Today Communications,2024
- 史琛,何廷树,dayongqi,.Unveiling the cooperation effects of fluorine and copper on tricalcium silicate (C3S) during cement kiln co-processing hazardous wastes containing Cu:Construction and Building Materials,2022