id	author	title	date	pages	extension	mime	words	sentence	flesch	summary	cache	txt
fcis-21087	Yu, Zhongyu; Xu, Xin; Liu, Hao; Wu, Zeju	Analysis of Dispersibility and Mechanical Properties of Lignin Modified Dispersive Soil	2024	5	.pdf	application/pdf	3780	165	54	Through microscopic analysis of lignin improved soil samples, it can be concluded that lignin fibers play a stereograin-like bridging role in soil, which promotes the formation of larger aggregates, weakens the dispersion of single soil particles, and thus reduces the dispersion of soil mass and improves the strength of soil mass. Wang et al.[7] conducted a dry and wet cycle test on the improved soil with 3% lignin content, and compared it with quicklime improved soil with the same properties such as pH, unconfined compressive strength, appearance and volume stability, and 84 found that the overall stability of lignin improved soil was superior to that of quicklime improved soil.	cache/fcis-21087.pdf	txt/fcis-21087.txt