Anode length optimization in a modified plasma focus device for optimal x-ray yields
NK Neog, SR Mohanty, E Hotta - Journal of applied physics, 2006 - pubs.aip.org
The effect of anode length and operating gas pressure on the x-ray emission from a nitrogen-
filling modified plasma focus device has been investigated. The time-resolved investigation
of x ray was carried out by using a five-channel photodiode x-ray spectrometer. The
maximum x-ray yield is seen to increase with the increase in the anode length from 110 to
125 mm. Further increase in the anode length to 130 mm causes the x-ray yields to
decrease. The highest x-ray yield of 4.5 J into 4 π sr was found for 125 mm anode length …
filling modified plasma focus device has been investigated. The time-resolved investigation
of x ray was carried out by using a five-channel photodiode x-ray spectrometer. The
maximum x-ray yield is seen to increase with the increase in the anode length from 110 to
125 mm. Further increase in the anode length to 130 mm causes the x-ray yields to
decrease. The highest x-ray yield of 4.5 J into 4 π sr was found for 125 mm anode length …
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