The modern “energetic‐on‐a‐chip” trend envisages reducing size and cost while increasing
safety and maintaining the performance of energetic articles. However, the fabrication of …

Metastable intermolecular composites (MICs) composed by solid fuel and oxidizer can
undergo violent redox reaction with release of huge amount of energy. Integration of MIC …

Nanothermites have a promising study in micro propellant due to its faster reaction rate,
higher energy-release efficiency, and significantly enhanced combustion performance …

The paper elucidates the main driving mechanisms at play during the early stage of the
Ti/CuO thermite reaction using reactive forcefields in the frame of molecular dynamics …

The development of nanothermites with adjustable reactivity has always been the research
hotspot in the field of energetic materials, and its key issue is to control the interfacial contact …

In general, robust mechanical properties require a stable strong physical or covalent
network inside the polymer, limiting the mobility of molecular chains and the dynamics of …

The paper is a theoretical exploration of complex Al/CuO thermite combustion processes,
using a zero‐dimensional (0D) model which integrates both condensed phase and gas …

Metastable intermolecular composites (MICs) comprising solid fuels and oxidizers at nano-
scale exhibit high energy densities and fast reaction speeds. As most metal and metalloid …

Nanoenergetic composites composed of polytetrafluoroethylene (PTFE) and fuel
(Aluminum) have potential applications in the military and civilian fields owing to high …

Metastable intermolecular composites (MICs) typically use Al as fuel and transition metal
oxides as oxidizers, while their reactivities are hindered by the inert Al 2 O 3 passivation …