Laser initiation has attracted increasing interest owing to its extraordinary safety and high
reliability. However, traditional metal complex‐based laser‐ignitable primary explosives are …

The emergence of micro-priming systems expedites the demand for balancing the inherent
contradiction between energy and safety in primary explosives. This paper proposes a new …

Chitosan (CTS) is a well-known adsorbent capable of absorbing copper ions. It's also a high-
quality biomass carbon source. The carbon skeleton formed by the pyrolysis of CTS has …

Copper azide (CA) is one of the preferred primary explosives in the micro-initiating device,
and it is of conducive significance to develop high-content CA-modified materials. In this …

Copper azide (CA), as a primary explosive with high energy density, has not been practically
used so far because of its high electrostatic sensitivity. The Cu 2 O@ HKUST-1 core-shell …

The main bottleneck preventing powders from being used in a microinitiation system is the
paradox between safety and detonation performance, as well as powders' inherent …

In this work, we chose graphene oxide, lead acetate, and polyvinyl alcohol as precursor
materials, and prepared spherical carbon-based lead azide composites in which nano-level …

In this work, we used a lead-containing MOF material as the precursor material to prepare a
carbon-based lead azide with nano-scale lead azide coated with a carbon shell (LA/C) …

Copper-based azide (Cu (N 3) 2 or CuN 3, CA) chips synthesized by in-situ azide reaction
and utilized in miniaturized explosive systems has become a hot research topic in recent …

In this work, graphene oxide‐doped lead‐containing metal‐organic framework (BTC−
Pb/GO) and polyvinyl alcohol were used as raw materials to prepare spherical or cylindrical …