Design for dynamic hydrogen bonding in a double network structure to improve the mechanical properties of sodium alginate fibers

Abstract

The SA/PAA-VSNP fiber was obtained using dynamic wet spinning through dynamic hydrogen bonding in the double network structure.

Quantitative study on the performance of CMCS/SA composite fibers by regulating the hydrogen bonding proportions

“…Thus, based on the constant shear rate and temperature, the viscosity is enhanced significantly. 34 At the same time, the relationship between the viscosity and shear rate for the CMCS/SA composite solutions at various temperatures was also studied, as shown in Fig. 4(b)–(f).…”

One-pot preparation of algae-based phase change fibers with a dynamic double network structure for enhanced strength and toughness

“…The preparation method refers to the published articles of our group. 41 First, a certain amount of VTES was diluted with the mixture (at a volume ratio of ethanol : deionized water = 1 : 1). Second, the pH of the above solution was adjusted to 3.5–5.5 using acetic acid.…”