id	author	title	date	pages	extension	mime	words	sentence	flesch	summary	cache	txt
brj-22709	Zhang, Zhi; Zhou, Handong	Dielectric Characteristics of Poplar Powder under High-Frequency Electric Field 	2023	15	.pdf	application/pdf	5867	255	61	Structural formula of cellulose: A one Q-D-glucose residue; B cellobiose As the moisture content continues to increase, the number of dipoles per unit volume of wood powder increases, enhancing polarization loss (Hakam et al. 2019), and these dipoles are pulled by polar groups in the cell wall and fail to freely change with the electric field, leading to the increase in dielectric loss of wood powder. According to Eq. 6, the gap within wood powder will decrease when the bulk density of wood powder increases.	cache/brj-22709.pdf	txt/brj-22709.txt