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Birth Of `Atometry' — Particle Physics Applied To Saving Human Lives

机译:“测量测量” - 应用于拯救人类生活的粒子物理

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Atometer, the first non-invasive stoichiometric explosive detector system is described here. We define atometry as stoichiometry by means of elementary particles. Atometry compares with the currently used `explosive detection systems' (EDS) like color photography with Black & White. The technique retrieves images of concealed objects and it also deciphers their stoichiometry i.e. their empirical chemical formulas, CaNbOc, where a, b, and c are the atomic proportions of carbon, nitrogen, and oxygen, with a 97.5% statistical probability. Atometric analysis is performed through steel and other barriers by a combined action of fast neutrons, rays and particles. Atometry has many potential medical and industrial applications, yet unexplored.
机译:测场,这里描述了第一非侵入性化学计量爆炸探测器系统。通过基本颗粒,我们将测量法定义为化学计量。测量法与目前使用的`爆炸检测系统'(EDS)相比,如彩色摄影,黑色和白色。该技术检索隐藏物体的图像,它还抵消其化学计量I.。它们的经验化学式,CanBoc,其中A,B和C是碳,氮和氧的原子比例,统计概率为97.5%。通过快速中子,射线和颗粒的组合作用,通过钢和其他屏障进行测量分析。测量法有很多潜在的医疗和工业应用,但也是未开发的。

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