Miraki et al.
2022
Clayey soil stabilization using alkali-activated volcanic ash and slag
BE374708A
(enExample )
Parveen et al.
2019
Effect of ultra-fine slag on mechanical and permeability properties of Metakaolin-based sustainable geopolymer concrete
Chandini et al.
2020
Green concrete—a low cost and sustainable solution for a better environment
JP7084111B2
(ja )
2022-06-14
高有機質土または腐植土用固化材
JP5101355B2
(ja )
2012-12-19
セメント組成物
CN105731919B
(zh )
2018-03-06
一种超高掺粉煤灰混凝土
Wu et al.
2023
Effects of gradient nanostructures on the tribological properties and projectile abrasion during high-speed penetration in AerMet100 steel
Kishore et al.
2025
Functionalization of Carbon Nanotubes for Enhanced Dispersion and Improved Properties of Geopolymer Concrete: A Review
George
1968
Cracking in cement-treated bases and means for minimizing it
Ma et al.
2025
Next-generation ultra high performance geopolymer concrete: optimizing calcium aluminate cement clinker and nano rice husk ash for mechanical strength, durability and thermal resistance
Liu et al.
2003
Preparation and durability of a high performance concrete with natural ultra-fine particles.
JP4567315B2
(ja )
2010-10-20
硬化体の製造方法
JP4039801B2
(ja )
2008-01-30
水硬性組成物
Vanatta
1914
Montana shells
JP2004123414A
(ja )
2004-04-22
プレストレスト水硬性硬化体
Zumrawi et al.
2016
Effect of fly ash on the characteristics of expansive soils in Sudan
JP2006137630A
(ja )
2006-06-01
コンクリート
Rizwan et al.
2006
High performance self-compacting mortars containing pozzolanic powders
JP4237892B2
(ja )
2009-03-11
固化体の製造方法
Tobón et al.
2007
Portland cement blended with nanoparticles
CN109082318B
(zh )
2019-11-19
一种抗结渣生物燃烧质颗粒及其制备工艺
Katpady et al.
2017
Development of slag based Shirasu geopolymer
JP4157720B2
(ja )
2008-10-01
遅硬型土質改良用固化材
Mazlan et al.
2022
Keupayaan Penggunaan Konkrit Campuran Serbuk Kulit Kupang (Perna viridis) Terhadap Pengawetan di dalam Air Laut