Explosive Performance Measurements on Large, Multiple-Hole Arrays and Large Masses of Conventional Explosive

International Society of Explosives Engineers
Thomas O. McKnown Donald D. Eilers Pharis E. Williams
Organization:
International Society of Explosives Engineers
Pages:
14
File Size:
227 KB
Publication Date:
Jan 1, 1995

Abstract

The Continuous Reflectometry for Radius vs. Time Experiment (CORRTEX) system was developed by the Los Alamos National Laboratory for determining the energy released in a nuclear explosion by measuring the position of its shock front as a function of time. The CORRTEX system, fielding techniques, and the methods and software for data reduction and analysis were developed over a 15 year period with hundreds of measurements made on nuclear tests and high explosive experiments. CORRTEX is a compact, portable, fast-sampling, microprocessor-controlled system, based on time domain reflectometry, requiring only a 24 volt power source and a sensing element. Only the sensing element (a length of 50 ohm coaxial cable) is expended during the detonation.
Citation

APA: Thomas O. McKnown Donald D. Eilers Pharis E. Williams  (1995)  Explosive Performance Measurements on Large, Multiple-Hole Arrays and Large Masses of Conventional Explosive

MLA: Thomas O. McKnown Donald D. Eilers Pharis E. Williams Explosive Performance Measurements on Large, Multiple-Hole Arrays and Large Masses of Conventional Explosive. International Society of Explosives Engineers, 1995.

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