We measure the electrical conductivity of strongly coupled metal plasmas in the temperature range 8-30 kK, in a density range from about 1/2 solid density down to about 10-3 times solid density. Plasma density is deduced from streak photography, and temperature deduced from energy input, using the LANL SESAME database. The results are compared with theoretical predictions of several authors. When conductivity is plotted vs. atom density, very little difference is seen between aluminium. iron, nickel, copper and tungsten plasmas
Although measurements of a wide variety of physical properties have been carried out under pressure ...
In recent years it has become possible to produce and analyze dense, strongly coupled plas-mas. In p...
International audienceThe static electrical conductivity of non-ideal, dense, partially ionized heli...
We measure the electrical conductivity of strongly coupled metal plasmas in the temperature range 8-...
In this paper the authors report results of experiments to measure the electrical resistivity for a ...
We have implemented a practical approach to calculate the ionization balances and electrical conduct...
The electrical and thermal conductivity are determined in linear response theory taking into account...
This Article will be published in Vol. I No other information or file available for this session
Accurate values of material properties are needed for predicting the performance of magnetocumulativ...
This paper presents the electrical conductivity data of copper along the gas branch of the binodal c...
We present a consistent calculation of electrical conductivity of dense matter from the solid to the...
Number of materials: 16The importance of the value of the metal first ionisation potential in a low ...
A wide range of theoretical and computational models have been developed to predict the electrical t...
Electrical resistivity is a fundamental parameter of metals or electrical conductors. Since resistiv...
Pressure, temperature, and the electrical conductivity of the plasma behind the reflected shock were...
Although measurements of a wide variety of physical properties have been carried out under pressure ...
In recent years it has become possible to produce and analyze dense, strongly coupled plas-mas. In p...
International audienceThe static electrical conductivity of non-ideal, dense, partially ionized heli...
We measure the electrical conductivity of strongly coupled metal plasmas in the temperature range 8-...
In this paper the authors report results of experiments to measure the electrical resistivity for a ...
We have implemented a practical approach to calculate the ionization balances and electrical conduct...
The electrical and thermal conductivity are determined in linear response theory taking into account...
This Article will be published in Vol. I No other information or file available for this session
Accurate values of material properties are needed for predicting the performance of magnetocumulativ...
This paper presents the electrical conductivity data of copper along the gas branch of the binodal c...
We present a consistent calculation of electrical conductivity of dense matter from the solid to the...
Number of materials: 16The importance of the value of the metal first ionisation potential in a low ...
A wide range of theoretical and computational models have been developed to predict the electrical t...
Electrical resistivity is a fundamental parameter of metals or electrical conductors. Since resistiv...
Pressure, temperature, and the electrical conductivity of the plasma behind the reflected shock were...
Although measurements of a wide variety of physical properties have been carried out under pressure ...
In recent years it has become possible to produce and analyze dense, strongly coupled plas-mas. In p...
International audienceThe static electrical conductivity of non-ideal, dense, partially ionized heli...