This study offers a unique method for constructing high performance laser-ignitable primary explosives for micro-detonator applications. 3848The FEs for alcohols, however, remain low at a low cell potential (2. Moreover, the Shell successfully detonates the secondary explosives CL-20 by laser energy when it is assembled in a micro-detonator system. Copper is the best-known transition metal capable of forming the energy-dense C 2+molecules, and a promising metal elec- trocatalyst for the direct upgrading of CO 2. Plasmonic Photoelectrocatalysis in Copper-Platinum Core-Shell Nanoparticle Lattices. This value is significantly lower than typical laser ignitable metal complex tetraamine-cis-bis(5-nitro-2H-tetrazolato-N 2)cobalt(III)perchlorate (726 mJ at 808 nm). Consequently, Shell can be initiated at lower laser energy thresholds (0.80 mJ at 1064 nm). The evenly coated porous carbon shell functions as light-to-heat conversion layer efficiently promoting the laser initiation process of inside CA. The pyrolysis of hybrid material affords copper azide (CA) nanoparticle confined in a porous carbon shell, referred to Shell. Copper species in the structure of Cu/coreshell Al-MCM-41 catalysts prepared by different techniques of Cu loading-substitution (S), ion-exchange (E). In this study, an efficient laser-ignitable primary explosive-based copper azide is prepared by constructing core-shell hetero-framework as the precursor. However, traditional metal complex-based laser-ignitable primary explosives are limited by high input laser energy and low detonation ability. (2013) Synthesis of oxidation-resistant core-shell copper nanoparticles. High resolution transmission electron microscopy revealed that copper particles with a diameter of 77 nm are conformally surrounded by a 5 nm thick layer of copper formate, which prevents. 3e) further confirmed the quintessential core-shell structure, which clearly exhibits that copper oxide is the core and nickel and iron are the shell in the composites and also proves the presence of Ni, Fe, Cu, O as well. Laser initiation has attracted increasing interest owing to its extraordinary safety and high reliability. The formation of the coreshell nanoparticles was achieved via surface reaction induced by the injection of formic acid on the preformed core particles. Energy dispersive X-ray spectroscopy (EDS) line scanning results (in Fig.
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