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Plasma physics / Nuclear fusion / Dense plasma focus / Plasma / Pinch / Vehicle Identification Number / Inertial confinement fusion / Magnetic confinement fusion / Neutron source / Physics / Fusion power / Nuclear physics


Current and neutron scaling for megajoule plasma focus machines
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Document Date: 2008-10-03 08:28:43


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File Size: 464,27 KB

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Company

DENA / IOP Publishing Ltd / /

Country

Australia / United Kingdom / Singapore / /

Currency

pence / USD / /

/

Facility

Universal Plasma Focus Laboratory Facility / National Institute of Education / S Lee Institute / Nanyang Technological University / INTI International University College / /

IndustryTerm

damped bank / capacitor energy / bank parameters / capacitor bank / higher energy ranges / anode materials technology / large devices / bank / given gas / performance bank / megajoule banks / crucial energy transfer / less resistive modern bank / fill gas / beam energy / bank stray resistance / beam energy equal / megajoule dense plasma focus devices / plasma focus device / bank capacitance / storage energy / static bank inductance / energy conservation conditions / higher performance modern capacitor bank / ion energy / less resistive bank / energy / /

Organization

International University College / National Institute of Education / Nanyang Technological University / Lee Institute for Plasma Focus Studies / /

Person

Lee Log / Lee Log Yn / Lee Table / /

Position

representative / /

ProvinceOrState

Massachusetts / /

Technology

radiation / x-ray / thermodynamics / simulation / anode materials technology / /

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