Add to ORKGZ-pinches have several practical applications, including: creation of both x-rays and blackbody radiation, generation of magnetic fields, and possibly controlled thermonuclear fusion1. Specifically, wire array Z-pinches are recognized as a leading source of generation soft x-ray radiation2. Recent advances pulsed power technology an
The spectacular progress made during the last few years in reaching high energy densities in fast im...
In the past thirty-six months, great progress has been made in x-ray production using high-current z...
Data on the energy, power and spectra composition of the soft x-ray pulse of powerful Z-pinch plasma...
The Campus Executive Program sponsored this research at Cornell University. The research was directe...
Fast z-pinch implosions can convert more than 10% of the stored electrical energy in a pulsed-power ...
Fast z-pinch implosions can convert more than 10% of the stored electrical energy in a pulsed-power ...
Recent developments in pulsed power technology demonstrate use of intense radiation sources (Z pinch...
Understanding the magnetic field topology in wire-array Z-pinches is of great sig-nificance for thei...
We present first results from a novel experimental platform that is able to access physics relevant ...
Pulsed power is a robust and inexpensive technology for obtaining high powers. Considerable progress...
Nobody could have predicted the circuitous course of the last 30 years of progress in intense beams ...
The spectacular progress made during the last few years in reaching high energy densities in fast im...
In the past thirty-six months, tremendous strides have been made in x-ray production using high-curr...
The use of ultrahigh intensity laser pulses (I>5×1019 W cm-2) to irradiate thin wire targets was ana...
Cylindrical, wire-array Z-pinch experiments have been performed in which ten tung-sten wires are imp...
The spectacular progress made during the last few years in reaching high energy densities in fast im...
In the past thirty-six months, great progress has been made in x-ray production using high-current z...
Data on the energy, power and spectra composition of the soft x-ray pulse of powerful Z-pinch plasma...
The Campus Executive Program sponsored this research at Cornell University. The research was directe...
Fast z-pinch implosions can convert more than 10% of the stored electrical energy in a pulsed-power ...
Fast z-pinch implosions can convert more than 10% of the stored electrical energy in a pulsed-power ...
Recent developments in pulsed power technology demonstrate use of intense radiation sources (Z pinch...
Understanding the magnetic field topology in wire-array Z-pinches is of great sig-nificance for thei...
We present first results from a novel experimental platform that is able to access physics relevant ...
Pulsed power is a robust and inexpensive technology for obtaining high powers. Considerable progress...
Nobody could have predicted the circuitous course of the last 30 years of progress in intense beams ...
The spectacular progress made during the last few years in reaching high energy densities in fast im...
In the past thirty-six months, tremendous strides have been made in x-ray production using high-curr...
The use of ultrahigh intensity laser pulses (I>5×1019 W cm-2) to irradiate thin wire targets was ana...
Cylindrical, wire-array Z-pinch experiments have been performed in which ten tung-sten wires are imp...
The spectacular progress made during the last few years in reaching high energy densities in fast im...
In the past thirty-six months, great progress has been made in x-ray production using high-current z...
Data on the energy, power and spectra composition of the soft x-ray pulse of powerful Z-pinch plasma...