Reluctance Launcher Coil-Gun Simulations and Experiment

Yafit Orbach; Matan Oren; Aviv Golan; Moshe Einat

doi:10.1109/TPS.2018.2885710

Reluctance Launcher Coil-Gun Simulations and Experiment

Yafit Orbach, Matan Oren, Aviv Golan, Moshe Einat

Research output: Contribution to journal › Article › peer-review

31 Scopus citations

Abstract

Single-stage reluctance launcher simulations and experiment reaching velocity of 54.3 m/s are presented. A comparison between the experimental and two type of simulations, a numeric simulation and a quasi-analytic simulation was done. An average accuracy of 4% was obtained for the numeric simulation and 6% for the quasi-analytic simulation. The two complementary approaches of simulations can be used for effective optimization of many parameters of the launcher making it possible to improve the system.

Original language	English
Article number	8587127
Pages (from-to)	1358-1363
Number of pages	6
Journal	IEEE Transactions on Plasma Science
Volume	47
Issue number	2
DOIs	https://doi.org/10.1109/TPS.2018.2885710
State	Published - Feb 2019

Keywords

Coil gun
electromagnetic accelerator
launcher
reluctance

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10.1109/TPS.2018.2885710

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abstract = "Single-stage reluctance launcher simulations and experiment reaching velocity of 54.3 m/s are presented. A comparison between the experimental and two type of simulations, a numeric simulation and a quasi-analytic simulation was done. An average accuracy of 4\% was obtained for the numeric simulation and 6\% for the quasi-analytic simulation. The two complementary approaches of simulations can be used for effective optimization of many parameters of the launcher making it possible to improve the system.",

keywords = "Coil gun, electromagnetic accelerator, launcher, reluctance",

author = "Yafit Orbach and Matan Oren and Aviv Golan and Moshe Einat",

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AU - Golan, Aviv

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N2 - Single-stage reluctance launcher simulations and experiment reaching velocity of 54.3 m/s are presented. A comparison between the experimental and two type of simulations, a numeric simulation and a quasi-analytic simulation was done. An average accuracy of 4% was obtained for the numeric simulation and 6% for the quasi-analytic simulation. The two complementary approaches of simulations can be used for effective optimization of many parameters of the launcher making it possible to improve the system.

AB - Single-stage reluctance launcher simulations and experiment reaching velocity of 54.3 m/s are presented. A comparison between the experimental and two type of simulations, a numeric simulation and a quasi-analytic simulation was done. An average accuracy of 4% was obtained for the numeric simulation and 6% for the quasi-analytic simulation. The two complementary approaches of simulations can be used for effective optimization of many parameters of the launcher making it possible to improve the system.

KW - Coil gun

KW - electromagnetic accelerator

KW - launcher

KW - reluctance

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Reluctance Launcher Coil-Gun Simulations and Experiment

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Keywords

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