- [1] 刘军.Efflorescence and mitigation of red mud–fly ash–phosphogypsum multicomponent geopolymer,Construction and Building Materials,2024-09-01.
- [2] 刘军*.Recycling and valorization of municipal solid waste incineration bottom ash via cold-bonded granulation technology – The role of fiber volume and fiber type,Construction and Building Materials,2024-07-01.
- [3] 刘军*.A novel approach for determining the chloride ion diffusion coefficient in seawater sand concrete: The extravasation method,Construction and Building Materials,2024-06-01.
- [4] 刘军*.Converting municipal solid waste incineration bottom ash into the value-added artificial lightweight aggregates through cold-bonded granulation technology,Construction and Building Materials,2024-06-01.
- [5] 刘军*.Study on preparing sustainable limestone calcined clay cement (LC3) through CO2-active treatment of municipal solid waste incineration fly ash (IFA),Construction and Building Materials,2024-06-01.
- [6] 刘军.Influence of municipal solid waste incineration bottom ash particle size on cement hydration and performance,Construction and Building Materials,2024-06-01.
- [7] 刘军*.The hydration and heavy metal immobilization performance of the CO2-active incineration fly ash-calcined clay-cement (CFC3) composite low-carbon cementitious system,Cement and Concrete Composites,2024-05-01.
- [8] 刘军.Investigation of the cyclic separation of dioxins from municipal solid waste incineration fly ash by using fat,Journal of Cleaner Production,2024-05-01.
- [9] 刘军.Research on using municipal solid waste incineration bottom ash for cement-stabilized macadam,Construction and Building Materials,2024-05-01.
- [10] 刘军.The role of different ratios of biochar in the artificial lightweight cold-bonded aggregates (ALCBAs) containing high volume of red mud (RM),Construction and Building Materials,2024-05-01.