Otologic lesions are the most common explosion-related injuries (7).
Ear injury is the most common organ affected after bomb explosions (19).
Blast lung is the most common fatal injury among initial survivors of explosions; 17 47% of people who die from explosions have had primary blast lung injury [8, 9].
The most common processes include milling [ 10, 11], hot water and/or steam explosion [ 4, 12], ammonia explosion (AFEX) [ 13], supercritical fluids [ 14, 15], sulfite [ 16, 17], diluted acids and bases [ 1, 18- 20] and irradiation [ 8, 21].
Drowning (8.0%) was the most common cause of death, followed by weapon, fire-gun, bomb-explosion, or firework injury (2.6%), and transportation (2.4%).
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.
Yttrium isotopes are among the most common products of the nuclear fission of uranium occurring in nuclear explosions and nuclear reactors.
The explosion accident caused by residual pressure is one of the most common kinds of accidents in quick actuating pressure vessels.
The 2 most common injuries were gunshot wounds (32 patients [52%]) and wounds from explosions (20 patients [33%]).
It is the most common fatal injury caused by the primary blast injury among the initial survivors of the explosion.
Fire was the most common cause found in 50%% of patients, 17.3 % had electrical burns and 17.3 % were in an explosion context. 1 patient suffered a chemical burn.
