Sketch of the samples obtained by solution blow spinning.

Using polyamide–epichlorohydrin resin (PAE) as a modifier and crosslinking agent, a high strength and high water resistance adhesive was prepared by low molar ratio Urea–formaldehyde (UF) resin for wood composite materials.

Preparation, Properties, and Mechanisms of Resistance-Welded Joints Enhanced with ZnO Nanowires.

The main contribution is the fitting for values of mechanical properties of the porous composite samples by an appropriate linear function containing displacement and slope as matrix property value and then suitable structural parameters multiplied by fitting parameters. The fitting parameters are appropriate for interpolation by matrix properties. Samples can contain different matrices but only one type of filler.

Frontal polymerization with phytic acid.

ZIF-8 was coated onto nylon 6,6 nanofibers and used as a separator. ZIF-8@nylon 6,6 separators exhibited superior electrochemical properties. ZIF-8@nylon 6,6 separators demonstrated excellent cycling performance.

The efficient aminolysis of R-PET with serinol is performed obtaining a tetrahydroxylated diamide that has been tested as multifunctional initiator for PLA.

Dual-loading strategy works with barrier property and corrosion inhibitor release effect.

After being modified with the method of epoxidation, lignin molecules were homogeneously introduced into the epoxy resin with the aid of synergistic dispersion and crosslinking of polyetheramine without using organic solvents. It is the rigid lignin chemically crosslinked into the epoxy resin network that endowed the cured samples with good mechanical and thermal performance.

Improving performance of lignin/NBR material using dicarcarboxylic acids.

Experimental plan on multiple reprocessing of PET with tracer additives.

The incorporation of 6FAP into Al₂O₃/6FAP composite results in an increase of the deep trap density, which leads the carrier mobility. This phenomenon culminates in a reduction in the DC conductivity of the composite, while concurrently enhancing the DC breakdown strength and surface flashover voltage.