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2025 Vol.31 No.3
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Engineering Technology
Properties of hydroxypropyl methyl cellulose modified foam concrete
Influence of density reducer particle characteristics on bonding properties of low-density cement stone-casing interface
Research progress on primary treatment technology and comprehensive utilization of steel slag
Optimization of alkali‐activated steel slag‐based cementitious material proportions using response surface methodology
Numerical study on deposition characteristics of non-spherical particles on flue gas turbine blades
Engineering Technology
Properties of hydroxypropyl methyl cellulose modified foam concrete
Influence of density reducer particle characteristics on bonding properties of low-density cement stone-casing interface
Research progress on primary treatment technology and comprehensive utilization of steel slag
Optimization of alkali‐activated steel slag‐based cementitious material proportions using response surface methodology
Numerical study on deposition characteristics of non-spherical particles on flue gas turbine blades
Engineering Technology
Properties of hydroxypropyl methyl cellulose modified foam concrete
Influence of density reducer particle characteristics on bonding properties of low-density cement stone-casing interface
Research progress on primary treatment technology and comprehensive utilization of steel slag
Optimization of alkali‐activated steel slag‐based cementitious material proportions using response surface methodology
Numerical study on deposition characteristics of non-spherical particles on flue gas turbine blades
Engineering Technology
Properties of hydroxypropyl methyl cellulose modified foam concrete
Influence of density reducer particle characteristics on bonding properties of low-density cement stone-casing interface
Research progress on primary treatment technology and comprehensive utilization of steel slag
Optimization of alkali‐activated steel slag‐based cementitious material proportions using response surface methodology
Numerical study on deposition characteristics of non-spherical particles on flue gas turbine blades
