Establishment of Solid–Liquid–Solid Double-Layer Model of Silicon–Aluminum Phase in Mixed-Medium and Synergistic Stabilization Experimental Study DOI Open Access
Jiaming Zou,

Weijun Yang,

Jianyu Yang

et al.

Materials, Journal Year: 2025, Volume and Issue: 18(7), P. 1523 - 1523

Published: March 28, 2025

The issue of low resource utilization rate and high treatment cost in the disposal construction waste solid was a challenging problem. In order to seek synergistic efficient method, based on similarity microstructural characteristics between clay, waste, lithium slag particles, dual-layer theory model used conduct adaptive analysis at electrochemical level, studying solid-liquid-solid theoretical suitable for silicon-aluminum-phase materials. At same time, phenomenon particle interface contact influence mechanism ion adsorption surface particles liquid phase were discussed, analyzing selection regulating materials method clay-modified stabilization waste. Further laboratory tests microscopic analyses conducted determine engineering properties soil stabilized by clay-solid verified effectiveness method. research results showed that trial guidance significantly stronger unconfined compressive strength (1.44 MPa 28 days) than undisturbed clay (0.26 days), scanning electron microscope (SEM) morphology modified specimen tightly woven with high-strength network-like structure. provided basis experimental reference soft problems.

Language: Английский

Establishment of Solid–Liquid–Solid Double-Layer Model of Silicon–Aluminum Phase in Mixed-Medium and Synergistic Stabilization Experimental Study DOI Open Access
Jiaming Zou,

Weijun Yang,

Jianyu Yang

et al.

Materials, Journal Year: 2025, Volume and Issue: 18(7), P. 1523 - 1523

Published: March 28, 2025

The issue of low resource utilization rate and high treatment cost in the disposal construction waste solid was a challenging problem. In order to seek synergistic efficient method, based on similarity microstructural characteristics between clay, waste, lithium slag particles, dual-layer theory model used conduct adaptive analysis at electrochemical level, studying solid-liquid-solid theoretical suitable for silicon-aluminum-phase materials. At same time, phenomenon particle interface contact influence mechanism ion adsorption surface particles liquid phase were discussed, analyzing selection regulating materials method clay-modified stabilization waste. Further laboratory tests microscopic analyses conducted determine engineering properties soil stabilized by clay-solid verified effectiveness method. research results showed that trial guidance significantly stronger unconfined compressive strength (1.44 MPa 28 days) than undisturbed clay (0.26 days), scanning electron microscope (SEM) morphology modified specimen tightly woven with high-strength network-like structure. provided basis experimental reference soft problems.

Language: Английский

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