2017
DOI: 10.1007/s10894-017-0149-7
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Time-to-Pinch Investigation of 5 kJ Mather-Type Plasma Focus Device

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Cited by 7 publications
(1 citation statement)
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“…The fitting line represents a linear relationship between the arrival time and axial position, where the linear equation can be written as: t a (μs) = s X (cm) + t d , where t a is the arrival time, X is the axial position, s is the slope of each line and t d is the critical time required to ionize a neutral gas and form the CS. 30,40) As shown in Fig. 9, t d = 4.7 μs is the critical time required to ionize the gas and form the CS.…”
Section: ( ) /mentioning
confidence: 99%
“…The fitting line represents a linear relationship between the arrival time and axial position, where the linear equation can be written as: t a (μs) = s X (cm) + t d , where t a is the arrival time, X is the axial position, s is the slope of each line and t d is the critical time required to ionize a neutral gas and form the CS. 30,40) As shown in Fig. 9, t d = 4.7 μs is the critical time required to ionize the gas and form the CS.…”
Section: ( ) /mentioning
confidence: 99%