Titlebook: Exploding Wires; Volume 2 Proceedings William G. Chace,Howard K. Moore Conference proceedings 1962 Springer Science+Business Media New York

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The Electrical and Optical Properties of Rapidly Exploded WiresA series of experiments has been performed on exploding small wires in times less than 10. sec with peak specific power levels between 5 · 10. and 2 · 10. w/mol. The processes occurring in the wire prior to and during the explosion process have been studied.

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The Use of Exploding Wires in the Study of Small-Scale Underwater ExplosionsGreater similarity in certain aspects to an underwater nuclear explosion is achieved by using a submerged exploding wire than with conventional chemical explosives. This is apparent in the high temperatures attained and in the lack of noncondensable explosion products in the exploding wire model.

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Integrating Tests to Pipelines,eries [1] can best be described as healthy growth. There have been no startling disclosures on the theoretical side, and no newly suggested application could be called a “breakthrough.” However, the study of exploding wires is developing into a recognized area of physics. It is no longer necessary t

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Chaminda Chandrasekara,Pushpa Herathmes to burst, which is not the same as the order of decreasing first-pulse energies, is Pb < Al < Au < Ag < Cu ≈ Pd. Resu lts with numerous sets of Al samples of constant length but cross sections varying by a factor of about 25 show a linear relationship between the cross-sectional area A and the t

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Introduction to Natural Language Processing, being employed in an exploding wire experiment. A method is described for accurately calibrating the measured current, voltage, and electrical energy by comparing the calorimetric heating of a resistance element of essentially constant resistance with the electrical energy dissipated in the element

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Classification from Complex Training Sets,as a transmission line with a characteristic impedance unique to the physical configuration of the circuit. If the time period of the wire explosion phenomenon is comparable to the transit time of electrical energy in the circuit, the efficiency of energy transfer to the wire is a function of the im