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From waste to resource: Rheology and particle morphology of alkali-activated silico-manganese slag fresh pastes

delete2026-07-31
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OA
AI
T
Tianhe Bai
R
Runbo Liu
S
Shuqiong Luo
Z
Ze Liu *
S
Song Liu
D
Dongmin Wang
DOI：10.1016/j.dibe.2026.101000delete
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Abstract

Abstract

En 中文
• Plastic viscosity reaches minimum at 6% NaOH, a transitional point in charge regulation. • Rheology, microstructure, and interfacial properties of SiMnS pastes are correlated. • A novel particle analyzer reveals floc structure and morphology in flowing paste.
Keywords:
Silico-manganese slag
Alkali-activated cementitious materials
Rheology
Microstructure
Particle shape

Journal

Developments in the Built Environment cover
Developments in the Built Environment
IF:
8.2
Papers:
985
Citations:
3.3K

Organization

H
henan polytechnic university
Scholars:
1.2W
Papers: 7.0K
Citations: 5
T
Tongren University
Scholars:
572
Papers: 544
Citations: 1.0K
C
China University of Mining and Technology-Beijing
Scholars:
164
Papers: 58
Citations: 0
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