CAJ | 학술논문

基于固硫灰的活性激发效应和钛矿渣的减水效应，提出通过复合化技术制备钛矿渣-固硫灰复合矿物掺合料，研究了其对砂浆和混凝土的工作性能和力学性能影响，并利用DTA、XRD和SEM等手段探讨了作用机理。结果表明，钛矿渣-固硫灰复合矿物掺合料显示出了活性相互激发和减水的叠加效应。与钛矿渣相比，钛矿渣-固硫灰复合矿物掺合料活性提高；与固硫灰相比，复合矿物掺合料明显改善了砂浆和混凝土的工作性。利用钛矿渣与固硫灰质量比为2：1的复合矿物掺合料所制备的混凝土工作性能及抗压强度与S75矿粉相当。
기우고류회적활성격발효응화태광사적감수효응，제출통과복합화기술제비태광사-고류회복합광물참합료，연구료기대사장화혼응토적공작성능화역학성능영향，병이용DTA、XRD화SEM등수단탐토료작용궤리。결과표명，태광사-고류회복합광물참합료현시출료활성상호격발화감수적첩가효응。여태광사상비，태광사-고류회복합광물참합료활성제고；여고류회상비，복합광물참합료명현개선료사장화혼응토적공작성。이용태광사여고류회질량비위2：1적복합광물참합료소제비적혼응토공작성능급항압강도여S75광분상당。
;Titanium slag-Circulating fluidized bed combustion (CFBC) fly ash composite mineral admixtures were pre-pared through the activity excitation of CFBC fly ash and water-reducing of titanium slag. The influences of composite mineral admixtures on the mechanical properties and workability of mortar and concrete were studied, and the mechanism was discussed by DTA, XRD and SEM, etc. The experiment results show that the properties of titanium slag-CFBC fly ash composite mineral admixtures are improved due to the synergistic effect compared with titanium slag and CFBC fly ash used independently. It is oberserved that the workability and compressive strength of the concrete with composite mineral admixtures are similar to those of concrete with S75 slag powder when the mass ratio of titanium slag and CFBC fly ash is 2;1.