Artificial intelligence (AI) based approaches are beginning to impact several domains of
human life, science and technology. Polymer informatics is one such domain where AI and …

Phthalontirile resins are renowned as the most heat‐resistant polymeric materials and
exhibit exceptional performance under harsh conditions. Consequently, phthalonitrile …

Resilient and compressible three‐dimensional nanomaterials comprising polymers, carbon,
and metals have been prepared in diverse forms. However, the creation of thermostable …

Polymer systems have typical multiscale characteristics, both in space and time. The
mesoscopic properties of polymers are difficult to describe through traditional experimental …

Phthalonitrile resins (PN) are known for their incredible heat resistance and at the same time
poor processability. Common curing cycle of the PN includes dozens hours of heating at …

Easy-processable phthalonitrile resins were prepared from tris-phthalonitrile phosphate
monomer TPP (tris (3-(3, 4-dicyanophenoxy) phenyl) phosphate), bis-phthalonitrile RP (bis …

We present a MULTICOMP package developed for multiscale modeling of polymer-based
nanomaterials. The package implements GUI-based tools for the automatic construction of …

We propose a coarse‐grained model, which is used for mesoscale simulation of
nanocomposites based on a highly cross‐linked polymer network with embedded magnetic …

Conjugated polymer films play a decisive role in the construction of photoactive elements in
organic electronic devices. Their morphology is mainly determined by self-assembly …

Abstract Bis (4-cyanophenyl) phenyl phosphate (CPP) is introduced for the first time as a
viscosity reducing comonomer for phthalonitrile resins. In comparison to the common …