A high-temperature air collisional-radiative model considering both vibrational and
electronic excited states is established to investigate the plasma characteristics along the …

Under hypersonic flow conditions, the complicated gas-graphene interactions including
surface catalysis and surface ablation would occur concurrently and intervene together with …

One of the key challenges faced by hypersonic flying is the complex thermal–mechanical–
chemical coupling effect between thermal protection materials and non-equilibrium flow …

The reaction processes between aluminum particles and H 2 O/CO 2/O 2 mixture at high
temperatures are not clear. The reaction systems of H 2 O/Al, CO 2/Al, O 2/Al and mixed H 2 …

A numerical assessment of both oxygen and nitrogen catalytic recombination efficiency on
copper oxide surface is conducted using a computational fluid dynamics (CFD) analysis …

Investigation of surface recombination activity of nitrogen on certain materials is crucial in
the design of hypersonic re-entry vehicles. In the present work, an experimental study using …

Diamino-2, 2-dinitroethylene (FOX-7) is well-known as one high-energy insensitive material.
The size effect of the nano-crystal on the pyrolysis are extremely important for ignition and …

With the rapid development of high-speed aircraft, the demanding for light, strong, reliable
and high temperature resistive thermal protection material (TPM) is becoming urgent. High …

Heterogeneous catalytic recombination of chemically dissociated atoms occurring on
thermal protective materials significantly increases the thermal load borne by high-speed …

The considerable level of uncertainty in the measured and calculated catalytic
recombination coefficients of atomic oxygen (O) on silica (SiO2) surfaces has posed a great …