XRD pattern of sludge sample.

<div><p>A composite material was developed using carbide slag, water glass, slag, and micron silicon to facilitate the use of industrial waste resources. The mechanical properties of dredge sludge (DS) were analyzed, considering different proportions of cement, organic debris, and carbid...

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Bibliographic Details
Main Author:	Shunmei Gong (18847451) (author)
Other Authors:	Shiquan Wang (331321) (author), Xiangyi Yang (11940719) (author), Haibin Wang (219428) (author), Yili Zheng (20150407) (author), Songbao Feng (12883559) (author)
Published:	2024
Subjects:	Biophysics Biochemistry Ecology Developmental Biology Inorganic Chemistry Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified pore solution participate industrial waste resources highly soluble complex considering different proportions sample initially increases water glass stimulated water glass content div >< p compressive strength rose carbide slag level carbide slag content gel reaction products water glass carbide slag gel products precursor content sample ’ gel substances subsequently drops solidified sludge sem ), results indicate ray diffractometer pozzolanic reaction organic debris micron silicon micron silica mechanical properties maintenance period limited quantity hence reducing dredge sludge composite material cohesive properties carbonization process calcium ions 8 %, 3 %, 28 days 2280 kpa 20 %, 12 %,
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XRD pattern of sludge sample.

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