摘   要：研究了废玻璃粉掺量（0、10%、20%、30%、40%、50%，等质量取代粉煤灰）对碱激发矿渣粉-粉煤灰-废玻璃粉基泡沫混凝土流动度、凝结时间、抗压强度、吸水率、导热系数的影响，并进行了微观分析。结果表明：随着废玻璃粉掺量的增加，碱激发矿渣粉-粉煤灰-废玻璃粉基泡沫混凝土的流动度和凝结时间均先增后降再增，吸水率先减后增，7 d、28 d抗压强度和导热系数均先增后降；掺入适量废玻璃粉有效促进了体系水化程度，提高了水化产物生成量，减少了孔隙，改善了基体密实度；考虑碱激发矿渣粉-粉煤灰-废玻璃粉基泡沫混凝土的综合性能，推荐废玻璃粉最佳掺量为30%。

Abstract: The effects of waste glass powder content(0, 10%, 20%, 30%, 40%, 50%，replacing fly ash by equal mass) on the fluidity, setting time, compressive strength, water absorption rate and thermal conductivity of alkali-activated slag powder-fly ash-waste glass powder-based foamed concrete were investigated，and microanalysis was conducted. The results show that, with the increase of waste glass powder content, the fluidity and setting time of alkali-activated slag powder-fly ash-waste glass powder-based foamed concrete first increase, then decrease and finally increase, the water absorption rate first decreases and then increases, the 7 d and 28 d compressive strength and thermal conductivity all first increase and then decrease. Adding an appropriate content of waste glass powder can effectively promote the hydration degree of the system, increase the amount of hydration products, reduce pores, and improve the matrix compactness. Considering the comprehensive performance of alkali-activated slag powder-fly ash-waste glass powder-based foamed concrete, the recommended optimal content of waste glass powder is 30%.