The effect of infiltration and reactant gas pressure on spin combustion in a gas-solid system

Mechanisms of Self-Sustained Reaction in Mechanically Induced Nanocomposites: Titanium Nitride and Boron

“…Here, it should be noted that the standard deviations listed in Table are representative of the stochastic nature of the observed phenomenon, with negligible uncertainty attributable to the method of measurement. The velocity ratio between axial and circumferential propagation fits the prediction of a strongly nonlinear spin mode suggested by Novozhilov and investigated for gas–solid systems by Filimonov. , …”

“…The velocity ratio between axial and circumferential propagation fits the prediction of a strongly nonlinear spin mode suggested by Novozhilov and investigated for gas−solid systems by Filimonov. 32,33 A typical temperature profile acquired at a single point in the central region of the reacting pellet is shown in Figure 5. The maximum combustion temperature is on the order of 1700 K, which is below the adiabatic value (1900 K).…”

Simulation of front motion in a reacting condensed two phase mixture

“…This stratification like temperature in oceans described in [21] has a step-curve character. On the other hand, like in spin combustion exposed in [22] the effect of gas filtration has the maximum at the intermediate values of the porosity coefficient and the intermediate filtration Peclet numbers. Extremely large filtration Peclet numbers lead to extremely high gas flows and gas pressure drops to the equilibrium in a short time.…”

Clustering and Synchronization in Spin Combustion

“…From the gas-solid systems similar to [1] up to termites [2,3]. Both experimental [1][2][3] and numerical data [4][5][6]7] concerning this phenomenon have been obtained up today. Nevertheless, both the volumes of these data were analyzed separately in fact.…”