In recent years, laser ignition technology has aroused great attention due to its advantages
of simple operation, high safety and strong anti-electromagnetic interference ability. One of …

A primary explosive is a perfect chemical compound for starting ignition in military and
commercial uses. Over the past century, the quest for lead-free, environmentally friendly …

Recently, significant interest has been directed towards advanced energetic materials due to
their high energetic performance with good stability. Achieving a balance between energy …

New coordination compounds made of two novel tetrazole and C, N‐bipyrazole ligands, 2‐
(3, 5, 5′‐trimethyl‐1′ H‐[1, 3′‐bipyrazol]‐1′‐yl) acetonitrile (L1), and 1′‐((1H‐tetrazol …

Traditional lead-based primary explosives present challenges in application to micro-
energetics-on-a-chip. It is highly desired but still remains challenging to design a primary …

The development of energetic materials with acceptable sensitivity and high energy is a
crucial target in explosive research. Primary explosives serve as special metastable energy …

Imidazole structures are significant molecular frameworks in pharmaceutical and energetic
material research. The synthesis efficiency and yield of their derivatives often vary greatly …

Metal pentazolate hydrates have attracted attention because of the unique stabilization
mechanisms of cyclo‐N5− anions during crystal stacking. However, coordinated H2O …

In this paper, the detonation performance of different types of heavy metal azides is
analyzed and compared using the detonation thermodynamic calculation method. Using the …

Several sources of explosive contamination, including partial detonations, improper storage,
and release during production and transport, lead to pollution, negative plant health, and …