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Автор B M Novac
Автор I R Smith
Автор H R Stewardson
Автор P Senior
Автор V V Vadher
Автор M C Enache
Дата выпуска 1995-04-14
dc.description This paper describes the development of a very efficient computer model for the design and performance prediction of explosive-driven helical generators. The model is based on simple theoretical considerations. Validation of the model is achieved by comparing the theoretical and measured performances of existing both high- and low-energy generators. It is shown that, although the basic model predicts accurately the load current history of high-energy generators, a somewhat more elaborate model is needed for low-energy devices. The model has been used in the design of a simple 1 MJ generator with an eight-section stator coil, intended for use as a current source in an investigation of high-current conditioning systems. A description is given of the construction and testing of this device. Experimental results are in accordance with predictions from the design code and establish that, when primed with 40 kJ at 50 kA from a capacitor bank and using 15 kg of high explosive, the generator is capable of delivering an output of 1 MJ at 7 MA to a coaxial load.
Формат application.pdf
Издатель Institute of Physics Publishing
Название Design, construction and testing of explosive-driven helical generators
Тип paper
DOI 10.1088/0022-3727/28/4/027
Electronic ISSN 1361-6463
Print ISSN 0022-3727
Журнал Journal of Physics D: Applied Physics
Том 28
Первая страница 807
Последняя страница 823
Аффилиация B M Novac; Inst. of Atomic Phys., Bucharest, Romania
Аффилиация I R Smith; Inst. of Atomic Phys., Bucharest, Romania
Аффилиация H R Stewardson; Inst. of Atomic Phys., Bucharest, Romania
Аффилиация P Senior; Inst. of Atomic Phys., Bucharest, Romania
Аффилиация V V Vadher; Inst. of Atomic Phys., Bucharest, Romania
Аффилиация M C Enache; Inst. of Atomic Phys., Bucharest, Romania
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