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B-Daman Fireblast, [1] known as Cross Fight B-Daman in Japan (クロスファイト ビーダマンeS), is the second B-Daman anime of the Crossfire series, and the seventh B-Daman anime series overall.
The TAS developer has full control over the game's movement, per video frame, to record a sequence of fully precise inputs. Other tools include save states and branches, rewriting recorded inputs, splicing together best sequences, macros, and scripts to automate gameplay actions. These tools grant TAS creators precision and accuracy beyond a ...
The Sod shock tube problem, named after Gary A. Sod, is a common test for the accuracy of computational fluid codes, like Riemann solvers, and was heavily investigated by Sod in 1978. The test consists of a one-dimensional Riemann problem with the following parameters, for left and right states of an ideal gas .
Blast from a US Navy fuel–air explosive used against a decommissioned ship, USS McNulty, 1972 A thermobaric weapon, also called an aerosol bomb, or a vacuum bomb, [1] is a type of explosive munition that works by dispersing an aerosol cloud of gas, liquid or powdered explosive.
First fielded in 1988 with United States Army Europe, [4] the MICLIC is a cable fitted with explosive charges. Drawn by a rocket into a minefield, the cable lands in a straight line and detonates, destroying conventionally fuzed land mines in a lane eight meters wide and 100 meters long (8.75 yards by 109 yards).
Daimonji Hidari Daimonji without fire. Gozan no Okuribi (五山送り火, roughly "The Five Mountainous Send-Off Fires"), more commonly known as Daimonji (大文字, roughly "big letter"), is a festival in Kyoto, Japan. It is the culmination of the Obon festival on August 16, in which five giant bonfires are lit on mountains surrounding the city.
Some processes propagate faster than c, but cannot carry information (see examples in the sections immediately following). In some materials where light travels at speed c/n (where n is the refractive index) other particles can travel faster than c/n (but still slower than c), leading to Cherenkov radiation (see phase velocity below).
Note that these are only for the fireball component of the explosion — radiation, blast, and heat would extend far beyond these distances (i.e. for the Tsar Bomba, anyplace with 6.56 km would receive 500 rems of radiation, there would be near total fatalities for the air blast within 9.95 km, structural damage at 26.26 km, and third-degree ...