Study of the experimental literature regarding nanodielectrics indicates numerous
inconsistencies in the results obtained. In many cases, the likely cause is due to a lack of …

RAFT (reversible addition–fragmentation chain transfer) polymerization has been widely
used to synthesize different polymer architectures such as polymer brushes on …

ZrB2–SiC nanocomposite ceramics are desirable for applications in the aeronautics and
astronautics fileds. Analyzing SiC nanoparticles is important for develo** ZrB2–SiC …

We report a model system to control the dispersion and inter-particle distance of polymer-
grafted Al 2 O 3-nanoparticles in high molecular weight poly (ethylene-co-butyl acrylate) …

Since last few decades, polymer based outdoor insulation materials are being increasingly
used in the power industry. Polymeric insulation materials present attractive advantages …

The prediction of precipitation hardening is a key factor for optimizing strength or creep
performance in advanced structural materials. An essential part of this task is the reliable …

For high temperature wire enamel application, the dielectric properties of nanoscale silica
and alumina filled polyamideimide were characterized as a function of filler loading, and …

Quality control has demanded methods to quantify the mixing state of nanoparticles
imbedded in polymeric materials. Several quantification methods are reviewed based on the …

In this work, a general formulation of particle distances in glide planes is derived for arbitrary
size distributions. The approach is designed to use the results of Wagner-Kampmann-type …

Edge-to-edge interprecipitate distance distributions are critical for predicting precipitation
strengthening of alloys and other physical phenomena. A method to calculate this three …