In this article, hydroxyl-terminated polybutadiene (HTPB) was chemically transformed into
multiamine, hydroxy polybutadiene (AEHTPB) by the adoption of appropriate synthesis …

Three kinds of bonding agent were chosen to improve the mechanical properties of GAP
high‐energy composite propellant based on GAP, BuNENA, HMX, AP, and Al. These …

Highly filled elastomers present strong nonlinear mechanical behavior. This study proposes
a biaxial dynamic mechanical analysis (DMA) experiment to study the prestrain induced …

In this article, Molecular dynamics (MD) simulation were applied to investigate the
adsorption behavior and mechanism of neutral polymeric bonding agents (NPBA) in nitrate …

Highly-filled elastomers such as solid propellants exhibit a complex nonlinear viscoelastic
behavior. The microstructural origin of this behavior is difficult to ascertain with macroscopic …

The aim of this study is to analyze effect of four different isocyanates and four different
plasticizers in hydroxyl‐terminated polybutadiene (HTPB) based elastomers by quantitative …

Excellent mechanical properties are the lifeline for the application of solid propellants.
Understanding the strengthening mechanism of bonding agent is of great significance for …

Conventional plasticizers deteriorate mechanical and viscoelastic properties of the
propellants due to their migration upon aging and long-term storage, which affects reliability …

A novel alkynyl neutral polymer-bonding agent (NPBA) was synthesized by a three-step
approach. The molecular structure and thermal characteristics of alkynyl NPBA were …

Highly filled elastomers exhibit a complex microstructure made up of rigid fillers bounded by
a thin layer polymeric matrix. The interactions between the fillers and the binder amplify …