A new pulse capillary discharge driver with a laser-triggered main spark gap has been developed. The assembled CAPEX-U device consists of a Marx generator, of a pulse forming line, a gas-filled laser-triggered spark gap and a ceramic capillary. Its design was supported by mapping of electrostatic fields in the most exposed regions and by analysis of an equivalent circuit. Operation of the laser-triggered spark gap was tested on a single-channel model. In the paper, the results of the modelling and of the first electrical tests of the whole device (capillary current and voltage at the end of pulse forming line) are presented
The application of the gas-filled capillary discharge waveguide to laser-plasma accelerators is revi...
The application of the gas-filled capillary discharge waveguide to laser-plasma accelerators is revi...
A device producing Z-pinching plasma as a source of XUV radiation is described. Here a ceramic capac...
Our capillary-discharge driver CAPEX-U, as many other pulsed-power devices, requires very accurate t...
Abstract. A new driver of the fast capillary discharge is designed. It consists of the Marx generato...
A new driver of the fast capillary discharge is designed. It consists of the Marx generator and radi...
A new driver of the fast capillary discharge is designed. It consists of the Marx generator and radi...
Our capillary-discharge driver CAPEX-U, as many other pulsed-power devices, requires very accurate t...
XUV capillary discharge Argon laser was modified to work with smaller current and longer period. Cap...
In this paper we present the design and test results of pulse generators based on air-insulated line...
After the feasibility of discharge pumped X-ray lasers was shown by J.J. Rocca et al., different exp...
We present an all solid-state, high voltage pulsed power supply for inducing stable plasma formation...
We present an all solid-state, high voltage pulsed power supply for inducing stable plasma formation...
We present an all solid-state, high voltage pulsed power supply for inducing stable plasma formation...
We present an all solid-state, high voltage pulsed power supply for inducing stable plasma formation...
The application of the gas-filled capillary discharge waveguide to laser-plasma accelerators is revi...
The application of the gas-filled capillary discharge waveguide to laser-plasma accelerators is revi...
A device producing Z-pinching plasma as a source of XUV radiation is described. Here a ceramic capac...
Our capillary-discharge driver CAPEX-U, as many other pulsed-power devices, requires very accurate t...
Abstract. A new driver of the fast capillary discharge is designed. It consists of the Marx generato...
A new driver of the fast capillary discharge is designed. It consists of the Marx generator and radi...
A new driver of the fast capillary discharge is designed. It consists of the Marx generator and radi...
Our capillary-discharge driver CAPEX-U, as many other pulsed-power devices, requires very accurate t...
XUV capillary discharge Argon laser was modified to work with smaller current and longer period. Cap...
In this paper we present the design and test results of pulse generators based on air-insulated line...
After the feasibility of discharge pumped X-ray lasers was shown by J.J. Rocca et al., different exp...
We present an all solid-state, high voltage pulsed power supply for inducing stable plasma formation...
We present an all solid-state, high voltage pulsed power supply for inducing stable plasma formation...
We present an all solid-state, high voltage pulsed power supply for inducing stable plasma formation...
We present an all solid-state, high voltage pulsed power supply for inducing stable plasma formation...
The application of the gas-filled capillary discharge waveguide to laser-plasma accelerators is revi...
The application of the gas-filled capillary discharge waveguide to laser-plasma accelerators is revi...
A device producing Z-pinching plasma as a source of XUV radiation is described. Here a ceramic capac...