Phthalonitrile resins or its blends with high heat resistance are urgently demanded for
spacecrafts that usually operate in extreme environment. Here, the heat resistance of …

Carbon molecular sieve (CMS) membranes hold great promise for energy-efficient gas
separation, contributing to mitigating greenhouse gas emissions. Exploring new types of …

Shape memory polymers (SMPs) with elevated switching temperatures and enduring
thermal properties are highly desirable yet challenging in certain aerospace applications. In …

Phthalonitrile (PN) resin is renowned for its absence of small molecule release during
curing, high processing stability, and exceptional thermal stability, positioning it favorably in …

Carbon fiber/phthalonitrile (Cf/PN) composite has a high potential for applications in the
aerospace sector because of the outstanding heat and flame resistance of phthalonitrile …

The rapid development of third-generation semiconductor power devices has been driving
the requirement for high-temperature stable molding compounds. In this study, three kinds of …

The superior high-temperature resistance of phthalonitrile resins shows great application
potential in extreme environments. However, the high rigidity and strong intermolecular force …

A bio-based bisphenol compound (DFA) was prepared using bisphenolic acid and
furfurylamine in biomass as raw materials. Then, a bio-based amide phthalonitrile monomer …

The contradiction between processability and thermal properties has been limiting the
development of high-performance thermoset resins, especially aromatic nitrile resins (AN). A …

The weak interfacial interaction in basalt fiber reinforced polymer (BFRP) composite
generally produces stress concentration failures. This study presents a method to enhance …