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Its accuracy depends on the experimental conditions and the approach determining maximum rate of pressure rise.
Maximum rate of pressure rise is an important parameter of explosion severity characteristics.
The maximum rate of pressure rise decreases linearly with the porous densities.
The calculated explosion indexes include volume-normalized maximum rate of pressure rise (KSt), explosion severity (ES) and ignition sensitivity (IS).
Previous method determining maximum rate of pressure rise is to draw a tangent on pressure time history profile and the tangent is approximated maximum rate of pressure rise, which has a poor repeatability and great error.
The maximum rate of pressure rise and the flame velocity are very sensitive to the ignition source.
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Results showed that the rise in pressure versus time is consistent with theoretical predictions for 19.5% and 30.0% oxygen concentrations, but flammable gases under higher oxygen atmospheres had significantly higher maximum rate-of-pressure rise values, maximum pressures, and burning velocity when compared to standard atmospheric conditions.
The explosion parameters investigated are: maximum explosion pressure (Pmax), maximum rate of pressure-rise (dP/dt)max, dust explosibility index (KSt), minimum explosible concentration (MEC), minimum ignition energy (MIE), minimum ignition temperature (MIT), limiting oxygen concentration (LOC) and effect of reduced oxygen level on explosion severity.
The maximum hydrogen explosion pressure, the maximum rates of pressure rise and the time delay between ignition in the big and small vessel are discussed.
The experiments were carried out in a 20-L explosion vessel and the analysis of the results focuses on the maximum explosion pressures and the maximum rates of pressure rise as a function of carbon black and propane concentrations.
The max dP/ dt and min dP/ dt are the maximum rates of pressure development during contraction and relaxation [ 26].
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