Number and proportion of the Grand Canal (East Zhejiang section)-Maritime Silk Road cultural heritage with different widths of river buffer zones. by Jie Li (15030)

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Kernel density of different types of the Grand Canal (East Zhejiang section)-Maritime Silk Road cultural heritage. by Jie Li (15030)

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Kernel density of the Grand Canal (East Zhejiang section)-Maritime Silk Road cultural heritage in different periods. by Jie Li (15030)

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Changes in the number of cultural heritages over time. by Jie Li (15030)

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Number and proportion of the Grand Canal (East Zhejiang section)-Maritime Silk Road cultural heritage with different slope aspects. by Jie Li (15030)

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Fitting curve between the number of population and the number of the Grand Canal (East Zhejiang section)-Maritime Silk Road cultural heritages in different periods. by Jie Li (15030)

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Center of gravity and direction of the Grand Canal (East Zhejiang section)-Maritime Silk Road cultural heritage in different periods. by Jie Li (15030)

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Various natural factors and spatial distribution of the Grand Canal (East Zhejiang section)-Maritime Silk Road cultural heritage. by Jie Li (15030)

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Number and proportion of the Grand Canal (East Zhejiang section)-Maritime Silk Road cultural heritage in different elevation ranges. by Jie Li (15030)

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Number and proportion of the Grand Canal (East Zhejiang section)-Maritime Silk Road cultural heritage in different slope ranges. by Jie Li (15030)

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Distribution and composition of the Grand Canal (East Zhejiang section)-Maritime Silk Road cultural heritage in different periods. by Jie Li (15030)

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Cultural heritage dataset. by Jie Li (15030)

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S1 Dataset - by Junxia Zhou (14381598)

“…Micro-cracks appeared in the cemented body by Day 7, resulting in a slight decrease in strength (3.92%) from Day 3 to Day 7. The formation of well-developed needle-like AFt, C-(A)S-H gel, and small-volume plate-like CH contributed to uniform cementation and a denser structure. …”

Mineral content of raw materials. by Junxia Zhou (14381598)

“…Micro-cracks appeared in the cemented body by Day 7, resulting in a slight decrease in strength (3.92%) from Day 3 to Day 7. The formation of well-developed needle-like AFt, C-(A)S-H gel, and small-volume plate-like CH contributed to uniform cementation and a denser structure. …”

Technical parameters of ultrafine cement. by Junxia Zhou (14381598)

“…Micro-cracks appeared in the cemented body by Day 7, resulting in a slight decrease in strength (3.92%) from Day 3 to Day 7. The formation of well-developed needle-like AFt, C-(A)S-H gel, and small-volume plate-like CH contributed to uniform cementation and a denser structure. …”

Technical parameters of PVA fiber. by Junxia Zhou (14381598)

“…Micro-cracks appeared in the cemented body by Day 7, resulting in a slight decrease in strength (3.92%) from Day 3 to Day 7. The formation of well-developed needle-like AFt, C-(A)S-H gel, and small-volume plate-like CH contributed to uniform cementation and a denser structure. …”

Sample preparation and testing flow chart. by Junxia Zhou (14381598)

“…Micro-cracks appeared in the cemented body by Day 7, resulting in a slight decrease in strength (3.92%) from Day 3 to Day 7. The formation of well-developed needle-like AFt, C-(A)S-H gel, and small-volume plate-like CH contributed to uniform cementation and a denser structure. …”

XRD patterns of MUCG at different curing age. by Junxia Zhou (14381598)

“…Micro-cracks appeared in the cemented body by Day 7, resulting in a slight decrease in strength (3.92%) from Day 3 to Day 7. The formation of well-developed needle-like AFt, C-(A)S-H gel, and small-volume plate-like CH contributed to uniform cementation and a denser structure. …”

FTIR spectra of MUCG at different curing age. by Junxia Zhou (14381598)

“…Micro-cracks appeared in the cemented body by Day 7, resulting in a slight decrease in strength (3.92%) from Day 3 to Day 7. The formation of well-developed needle-like AFt, C-(A)S-H gel, and small-volume plate-like CH contributed to uniform cementation and a denser structure. …”

Description of fitting models. by Junxia Zhou (14381598)

“…Micro-cracks appeared in the cemented body by Day 7, resulting in a slight decrease in strength (3.92%) from Day 3 to Day 7. The formation of well-developed needle-like AFt, C-(A)S-H gel, and small-volume plate-like CH contributed to uniform cementation and a denser structure. …”