1.
The paper persents the studies results of ash alkaline binders obtained in Ukraine and Netherland.
本文介绍乌克兰、荷兰的研究人员采用不同制造工艺制取碱性粉煤灰胶结料的研究结果。
2.
Study on Alkali-activated Phosphorous Sla-Flyash Cementitious Material and Properties of the Concrete;
碱—磷渣—粉煤灰胶凝材料及其混凝土性能的研究
3.
The influences of mixing silicon ash and fly ash on strength of high-performance cementing material
掺硅灰和粉煤灰对高性能胶结材料强度的影响
4.
Microstructure of Fly Ash and Hydration of Cementitious Material with Fly Ash;
粉煤灰结构及粉煤灰胶凝材料水化的微观研究
5.
Properties of the mortar and concrete of alkali-activated fly-ash cementing materials
碱激发粉煤灰胶凝材料砂浆及混凝土的性能研究
6.
Research on the effectiveness of flyash in restraining alkali aggregate reaction
粉煤灰抑制骨料碱活性反应的有效性研究
7.
Study on Mechanism and Application of Alkali-Slag-Fly Ash-Calcined Clay Adhesive Material;
碱—矿渣—粉煤灰—烧粘土体系胶凝材料的反应机制及应用研究
8.
Alkaline activated fly ash in cement-fly ash system
碱对水泥-粉煤灰体系中粉煤灰活性的激发作用
9.
Using Silicon Powder,Slag Powder and Fly Ash to Prepare Binding Material
硅粉、矿渣微粉、粉煤灰在制备高性能胶凝材料中的应用
10.
Influence of water to binder ratio and content on fly ash activity factor
水胶比和粉煤灰掺量对粉煤灰活性因子的影响
11.
Modified desulphurization ash mixing slag and fly ash to prepare eco-cementitious materials
改性脱硫灰掺加矿渣粉煤灰制备生态型胶凝材料
12.
Study on the Performance of High Volume Blast Furnace Slag-fly Ash Cementing Materials and Concrete;
复掺矿渣粉—粉煤灰复合胶凝材料及其混凝土性能研究
13.
Effect of Water-binder Ratio and Fineness on Performance of Slag and Fly Ash Cementitious Material
水胶比和细度对矿渣粉煤灰胶凝材料性能的影响
14.
Synthesis Zeolite NaA(X Type) from Fly Ash via Alkaline Fusion Method and Their Adsorption of Basic Dye in Wasterwater;
粉煤灰合成NaA（X型）分子筛及其对碱性染料废水的吸附研究
15.
Preparation of Cementitious Material with Slag and Fly-ash
矿渣粉煤灰制备胶凝材料的实验研究
16.
Study on Flyash-Based Porous Adsorbent─Its Microstructure and Properties
粉煤灰基质多孔吸附材料显微结构及性能研究
17.
Factors in affecting the plasticity of raw material with fly ash used in hollow fired brick
影响粉煤灰烧结空心砖泥料可塑性因素的研究
18.
Analysis on performance of brick-making raw materials for fired brick with high content of fly ash
高掺量粉煤灰烧结砖制砖原料性能分析