建材技术与应用
建材技術與應用
건재기술여응용
RESEARCH & APPLICATION OF BUILDING MATERIALS
2014年
6期
1-4
,共4页
蒸汽养护%复合激发剂%矿物掺合料%强度
蒸汽養護%複閤激髮劑%礦物摻閤料%彊度
증기양호%복합격발제%광물참합료%강도
steam curing%comPound activator%mineral admixture%strength
研究了在蒸汽养护条件下，复合激发剂对常用的3种矿物掺合料矿粉、钢渣粉、粉煤灰的激发效应。结果表明：以抗压强度为指标，三者均存在最佳掺量，复合激发剂对矿粉的激发效应最好，其最佳掺量为50%，激发剂的最佳掺量为矿粉掺量的6%；复合激发剂对粉煤灰的激发效应次之，对钢渣的激发效应最差。在其他条件相同的情况下，与标准养护相比，蒸汽养护更有利于复合激发剂对矿粉的激发效应。
研究瞭在蒸汽養護條件下，複閤激髮劑對常用的3種礦物摻閤料礦粉、鋼渣粉、粉煤灰的激髮效應。結果錶明：以抗壓彊度為指標，三者均存在最佳摻量，複閤激髮劑對礦粉的激髮效應最好，其最佳摻量為50%，激髮劑的最佳摻量為礦粉摻量的6%；複閤激髮劑對粉煤灰的激髮效應次之，對鋼渣的激髮效應最差。在其他條件相同的情況下，與標準養護相比，蒸汽養護更有利于複閤激髮劑對礦粉的激髮效應。
연구료재증기양호조건하，복합격발제대상용적3충광물참합료광분、강사분、분매회적격발효응。결과표명：이항압강도위지표，삼자균존재최가참량，복합격발제대광분적격발효응최호，기최가참량위50%，격발제적최가참량위광분참량적6%；복합격발제대분매회적격발효응차지，대강사적격발효응최차。재기타조건상동적정황하，여표준양호상비，증기양호경유리우복합격발제대광분적격발효응。
The excitation effects of comPound activator on three common mineral admixtures mineral slag,steel slag and fly ash are studied under the condition of steam curing. Using comPressive strength as the index, the results show that three of them have oPtimal dosage. The excitation effect of comPound activator on mineral slag is the best and the best dosage is 50%. The oPtimum dosage of comPound activator is 6% of mineral slag dosage. The excitation effect of comPound activator on fly ash is worse and on steel slag is the worst. ComPared with the standard curing under the same conditions,steam curing is more advantageous to the excitation effect of comPound activator.
