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<i>N</i> -Methylene-C linkages: a versatile tool for engineering unsymmetrical energetic materials with an energy–stability balance

Prachi Bhatia, Dheeraj Kumar

2026Chemical Communications7 citationsDOI

Abstract

This feature article highlights synthetic methodologies for achieving N -methylene-C linked azole based HEDMs and provides critical insights into their structure–property relationships.

Topics & Concepts

Bridging (networking)Computer scienceNanotechnologyBiochemical engineeringField (mathematics)Rational designBalance (ability)Face (sociological concept)Process engineeringEnergy balanceSelection (genetic algorithm)Systems engineeringFeature (linguistics)Materials scienceEfficient energy useEnergy (signal processing)Risk analysis (engineering)Energetic materialEnergetic Materials and CombustionCrystallography and molecular interactionsSupramolecular Chemistry and Complexes
<i>N</i> -Methylene-C linkages: a versatile tool for engineering unsymmetrical energetic materials with an energy–stability balance | Litcius