Improving the chemical blocking of large slabbing ingots of low-carbon rimming steel

A correlation function method of recovering the combustion law parameters for particles burning in optically thin dust flames

“…This law has been reported for single particles burning in air with different temperatures and oxygen concentrations [16], for particles 40-200 µm in diameter [21], and also for aerosol combustion of 30-µm particles [5]. The same combustion law was obtained for Mg particles burning in an environment of carbon oxides [22] and nitrous oxide [23]; consequently we expect that γ = 2. However, for very small particles, the combustion rate may be governed by its kinetics, so the value of γ could be equal or close to one.…”