This research work aimed to elaborate on a new modified double-base propellant
containing nitrocellulose (NC), ammonium nitrate (AN), and diethylene glycol dinitrate …

In this paper, we report the first attempt to quantify impact sensitivity using the second-order
incremental approach based on the structural features of explosives. It has been found that …

Impact sensitivity engineering of high-energy molecular crystals requires accurate predictive
models. For this purpose, the promising multi-phonon based approach is selected …

Skeleton modification is an effective way of tuning and achieving desired properties for
energetic compounds. In this work, a series of energetic compounds based on the [1, 2, 4] …

In our pursuit of promoting the green development of energetic materials and harnessing
their functional benefits, we strive to address the inherent contradiction between energy and …

In this paper, we report a theoretical study of the change in detonation efficiency of energetic
amines undergone diazoamination reaction. For this purpose, we selected 17 …

Azido-3, 5-dinitro-1H-pyrazole (ADNP) was synthesized in good yield and high purity, with
the possibility of large-scale preparation. Based on the reactivity of the acidic proton, the …

A theoretical study of the effect of amines-to-pentazoles transformation on the detonation
performance is reported in this paper. A quantitative description of the latter is performed for …

In this paper, we have analyzed the possibility of various neutral and anionic forms of both
cyclic and acyclic N4 species to be recovered to ambient conditions using state-of-the-art …

Melting point is one of the most important characteristics for molecular engineering of
energetic materials. Therefore, methods for prediction of this physical property are essential …