Suicide bombings are particularly shocking on account of their indiscriminate nature, clearly intending to kill or injure anyone within range of the explosion, the victims being mostly unsuspecting civilians (though political figures and military personnel are frequently the main targets), and because of the evident willingness of the bombers to die by their own hands.
Although this choice of pressure is arbitrary, it allows us to bracket the range of plausible explosion pressures.
The estimated range of the explosion energy (1 × 1012 < E < 8 × 1013) constrains the dimension of the conical-shaped gas region characterized by r i, r c and r s through Eq. (7).
One of the most common risk-based methods, overpressure exceedance, incorporates a wide range of potential explosion scenarios coupled with the probability of each event to develop the probability of exceeding a given overpressure at specific locations.
It means, Woosley adds, that there is probably a wider range of stellar explosions than previously thought.
The particle size range of post-explosion dust samples became wider according to the mass percent analysis.
The data presented include maximum explosion pressure, explosion time and rate of explosion pressure rise in terms of deflagration index over a range of methane-air equivalence ratio (φ: 0.53 1.52).
The explosibility parameters investigated for both size ranges of titanium include explosion severity (maximum explosion pressure (Pmax) and size-normalized maximum rate of pressure rise (KSt)) and explosion likelihood (minimum explosible concentration (MEC), minimum ignition energy (MIE) and minimum ignition temperature (MIT)).
This depth range is shallower than the depths of explosion earthquakes (−0.5 1 km below sea level) determined from first arrival times (Japan Meteorological Agency, 2012a).
However, likelihood of explosion increases significantly for nano-range magnesium.
