一、个人简介：
李军，副教授，硕士生导师。辽宁工程技术大学博士，沈阳建筑大学博士后，辽宁省土木学会会员、辽宁省力学学会会员。主持省部级课题及企业委托项目8项，授权发明专利3项。在《Chemical Engineering Journal》《Construction and Building Materials》《岩土工程学报》《岩土力学》等国内外知名期刊上累计发表论文40余篇，进入三大检索收录30余篇。出版专著1部，主编及参编教材2部，团体标准1部，授权发明专利3项，成果转化1项。
二、研究方向：
【1】煤基固废在矿山充填、道桥工程领域利用方向
【2】矿山岩土力学方向
三、主要研究项目：
【1】辽宁省教育厅基本科研项目（服务地方项目）：辽西煤基固废路面基层冻融损伤多尺度调控机制，项目号：2026-Z0144，时间：2026-2028，经费8万元；
【2】高层次人才引进博士启动经费:矿山开采新型充填材料研发与软岩顶板变形灾害防控关键技术研究，项目号：636250139，时间：2021-2026，经费：30万元；
【3】辽宁省教育厅基本科研项目（面上项目）：铜渣基装配式道路基块连接关键技术先导性研究，项目号：22-1159，时间：2022-2024，经费：3万元；
【4】上杭县应急管理局委托项目:紫金山金铜矿余田坑尾矿库安全设施设计专项实验，项目号：21-2049，时间：2021-2022，经费：455万元；
【5】煤炭科学技术研究院有限公司委托项目:不连沟、下梨园等煤矿相似模拟试验服务，时间：2021-2022，经费：21万元；
【6】沈阳焦煤股份有限公司西马煤矿委托项目:南二采区12煤村庄下压煤开采方案设计，时间：2022-2023，经费：40万元；
【7】沈阳焦煤股份有限公司西马煤矿委托项目:西马煤矿煤层顶板及采空区水危险性评价及防控技术研究，时间：2022-2023，经费：64.76万元.
【8】辽宁工大太阳石科技园有限公司实用新型专利权转让:一种矿山巡检机器人，时间：2025，经费：0.3万元.
四、代表性著作或研究成果：
【1】Li Jun, Xinlong Zhu, Hesong Jin, et al., High value-added utilization of coal gangue power generation slag for novel alkali-activated binders: mechanical and durability evaluation, and environmental impact, Chemical Engineering Journal, Volume 532,2026,174367.（SCI,中科院1区TOP,一作）
【2】Li Jun, Sheng N, Jin H., et al. Efficient utilization of coal gangue, calcium carbide slag and flue-gas desulfurization gypsum waste for low-carbon all-solid-waste binders to develop eco-friendly grouting concrete[J]. Chemical Engineering Journal, 2025, 523 168282-168282.（SCI,中科院1区TOP,一作）
【3】Li Jun,Yang Z., Jin H.. Clinker-free materials as a sustainable strategy for recycling of waste coal gangue aggregates and molybdenum tailings[J]. Chemical Engineering Journal, 2025, 523(1)：168196-168196.（SCI,中科院1区TOP,一作）
【4】Li Jun,Sheng N ,Jin H., et al. Strategies for upcycling multiple solid industrial waste powders: Evaluating the fresh workability, mechanical performance and sustainability of new type binders[J]. Construction and Building Materials, 2025, 490 142468-142468. （SCI,中科院1区TOP,一作）
【5】Li Jun, Ma J., Tong Y.d., et al. Study on fractal characteristics of pores of NAS reinforced by MICP under the control of electric field [J]. Construction and Building Materials,2020，271（1）:121540.（SCI,中科院1区TOP,一作）
【6】Li Jun, Xu Y , Tian Z , et al. Study on leaching damage mechanism of calcium ions of reactive powder concrete (RPC) under ion corrosion[J]. Construction and Building Materials, 2020, 269(3):121303.（SCI,中科院1区TOP,一作）
【7】Li Jun, Liu X ,Cai C , et al. From waste to value: Engineering properties and failure mechanisms of green backfills utilizing molybdenum tailings, fly ash and coal gangue[J].Powder Technology,2025,464121294-121294.（SCI,中科院2区,一作）
【8】Li Jun, Zhang S , Jin H , et al. Flexural and fracture properties of fiber-reinforced alkali activated composites derived by waste tailings coal gangue power generation slag[J]. Theoretical and Applied Fracture Mechanics, 2026, 141(PA):105260-105260. （SCI,中科院2区TOP,一作）
【9】Li Jun, Minghao Chen, Hesong Jin, et al., Green and sustainable stabilization and solidification of coal gangue wastes via synergistic high-temperature activation and microbial-induced carbonate precipitation, Journal of Environmental Chemical Engineering, 2026, 122041.（SCI,中科院2区,一作）
【10】Li Jun, Nannan Sheng, Hesong Jin, et al. Innovative development of sustainable all solid waste-based geopolymer grouting concrete: Fresh, mechanical and microstructural properties and leaching toxicity risk, Materials Chemistry and Physics,Volume 350(15), 2026, 131915.（SCI,中科院3区,一作）
【11】Jun Li, Shuang Cao, Qian Su, et al., Upcycling of molybdenum tailings, coal gangue and slag into sustainable repaired composites by geopolymerization technology: Workability, embodied carbon and mechanical-microstructural development, Sustainable Chemistry and Pharmacy,Volume 42,2024,101836.（SCI,中科院2区,一作）
【12】Jun Li, Xianzhang Liu, Chang Cai, et al., Microstructure, strength development mechanism and CO2 emission assessments of molybdenum tailings collaborative fly ash geopolymers, Case Studies in Construction Materials, 21, 2024, e03608.（SCI,中科院2区,一作）
【13】Jun Li, Zhenwei Yang, Qian Su, et al., Early hydration and mechanical performance of composited cementitious system prepared from high temperature calcined molybdenum tailings, Case Studies in Construction Materials, 21, 2024, e03792.（SCI,中科院2区,一作）
