This review considers the opportunities for enhanced fundamental combustion
understanding from experiments where effects of buoyancy are eliminated, and the new …

Gasless pyrotechnic delay compositions for time‐sequencing energetic events are
reviewed. They are mixtures of powdered fuels and oxidants capable of a highly exothermic …

This work investigated the ignition and combustion process of single micron-sized iron
particles in the hot gas flow of burned methane-oxygen-nitrogen mixture. The particle …

An experimental set-up is developed to investigate the burning of levitated aluminum
particles ignited by a C02laser in air under high pressure conditions. Residence times of …

High accuracy Ab Initio methods for computational thermochemistry have been applied to
aluminum compounds expected to be present during combustion of aluminum particles. The …

This work presents an overview about the explosion behaviour of metallic powders from
micron to nanosize. Aluminium, magnesium, titanium, iron and zinc were considered and …

Different curing methods are usually adopted to evaluate the compressive strength of
concrete. This study reports the laboratory results of the effect of curing methods on the …

The structure of flames propagating through metal particle clouds and the behavior of metal
particles near the flames have been examined experimentally. In the experiments, two types …

In this article, we report an investigation of laser-initiated ignition of pure iron rods, using
optical pyrometry, video observations, and analysis of metallographic cross section of …

用两相流模型对爆轰波管中的铝粉尘的爆轰波进行了研究. 模型考虑了气体和颗粒两相间速度和
温度的不同及由于管壁引起的对流热传导和粘性引起的耗散. 考虑了由于铝颗粒表面粗糙使得 …