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A cylindrical wire array Z-pinch made of 16 wires mounted on custom hardware designed to allow probing of the plasma dynamics through the axis of the array (end-on view).
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Refurbishment of MAGPIE's magnetically-insulated transmission line (MITL, the conical piece shown in the centre) and the diode stack, a series of insulator rings surrounding the MITL.
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View of the water-filled vertical transmission line.
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Refurbishment of MAGPIE's magnetically-insulated transmission line (MITL, the conical piece shown in the centre) and the diode stack, a series of insulator rings surrounding the MITL.
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View of the water-filled vertical transmission line.
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3-D CAD design of MAGPIE's load section.
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MAGPIE's discharge chamber open for shot preparation.
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Inside one of MAGPIE's Marx banks, showing 4 high-voltage switches (also known as spark-gaps) each one in between one pair of capactitors.
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MAGPIE's discharge chamber closed and ready for a shot.
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MAGPIE's top level: one of the areas for diagnostic setup.
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MAGPIE's lower level: Refurbishment area and firing controls.
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MAGPIE's probing laser.
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Pulse-forming lines (PFLs)
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Discharge chamber area.
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Upgrade of one of MAGPIE's Marx capacitor banks.
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One of MAGPIE's Marx capacitor banks.
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3-D CAD render of MAGPIE's vertical transmission line and load section.
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Magnetically-driven jet inside a magnetic bubble from a radial wire array Z-pinch. Experimental results compared to numerical simulations with the MHD code Gorgon.
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