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Safety testing of explosives
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<p>The safety testing of explosives involves the determination of various properties of the different energetic materials that are used in commercial, mining, and military applications. It is highly desirable to measure the conditions under which explosives can be set off for several reasons, including: safety in handling, safety in storage, and safety in use. </p><p>It would be very difficult to provide an absolute scale for sensitivity with respect to the different properties of <a href="/facts/Explosives/sUme5Pp8">explosives</a>. Therefore, it is generally required that one or more compounds be considered a standard for comparison to those compounds being tested. For example, <a href="/facts/PETN/QWXek3ef">PETN</a> is considered to be a <a href="/facts/Primary_explosive/sUme5Pp8">primary explosive</a> by some individuals, and a <a href="/facts/Secondary_explosive/sUme5Pp8">secondary explosive</a> by others. As a general rule, PETN is considered to be either a relatively insensitive primary explosive, or one of the most sensitive secondary explosives. PETN may be detonated by striking with a hammer on a hard steel surface (a very dangerous thing to do), and is generally considered the least sensitive explosive with which this may be done. For these facts and other reasons, PETN is considered one standard by which other explosives are gauged. </p><p>Another explosive that is used as a calibration standard is <a href="/facts/Trinitrotoluene/sADUt6nC">TNT</a>, which was afforded the arbitrary <a href="/facts/Figure_of_Insensitivity/cC9DqXQ6">Figure of Insensitivity</a> of 100. Other explosives could then be compared against this standard. </p>