Novel efficient synthetic strategies, including green methodologies, to basic and perspective
high-energy density compounds, bearing active oxygen sources (C-, N-and O-nitro groups …

High-energy–density fuels play a vital role in the development of the aviation industry
because they can provide more propulsion energy than conventional liquid fuels …

High-energy-density fuels are promising fuels for advanced aero engines, especially rotary
engines, in which atomization characteristics play a crucial role in fuel practical application …

We report a synthetic scheme for obtaining new spiro-hydrocarbons from a versatile
norbornane derivative, methylenenorbornane. As a result, four new spiro-hydrocarbons and …

Considering the global carbon emissions and ambition of carbon neutrality, renewable fuels
synthesized from biomass have great application prospects. Herein we adopted …

Abstract High-energy-density (HED) liquid fuels are required for modern and perspective
volume-limited aircrafts to extend the flight distance and to increase the speed. In this work …

Decalin is the major ingredients of High-energy-density jet fuel JP-900, in which cis-decalin
possesses more excellent combustion performance than trans-decalin. The various …

Cyclopropane derivates are appealing to synthesis of high‐energy‐density fuels because of
the high strained energy of the three‐numbered ring. The catalytic cyclopropanation of olefin …

Abstract High-energy–density (HED) fuels have attracted extensive attention for volume-
fixed aerospace vehicles because they can provide more propulsion energy to increase the …

Strained polycyclic hydrocarbons are one of the most important classes of high-energy
density fuels. In this work, the thermodynamics and initial pyrolysis kinetics of five strained …