This paper describes an exploding wire experiment to measure the electrical specific action to melt of structural alloys of copper and aluminum, including C10100, C11000, C18000, C18200, Al6061, and Al7075. These alloys, which are commonly used in railguns and other pulsed power devices, are not produced in fine wire form. Instead of wires, we developed a technique to test macroscopic samples (0.25 mm × 0.5 mm cross section) manufactured with wire electrical discharge machining. This paper includes a description of the design considerations for such macroscopic exploding wire experiments
The study presents investigation of chemical composition, microhardness and electrical conductivity ...
This paper takes rectangular tinned silver flake as the research object to explore the working mecha...
One of the primary nanoparticles production methods is electric explosion of wire (further - EEW) wh...
This paper describes an exploding wire experiment to measure the electrical specific action to melt ...
A survey of the electrical behavior of various metals exploded by a cable discharge system at a curr...
This report describes an experimental and theoretical study of the energy balance in the early stage...
The paper is aimed at studying the impact of initial conditions of electrical explosion of wires on ...
The characteristic square output currert pulse from a discharging coaxial cable has been utilized to...
It is anticipated that the use of ultrafine metal powders of nanocrystalline structure may lead to p...
Abstract: "An exploding copper wire, one millimeter in diameter, 30 centimeters long, has been devel...
AbstractThis essay based on a series experiments simulated the real electrical fire situation to get...
Explosion of a metallic wire due to a large electrical current can be used for studying metallic sta...
This paper presents experimental studies of current interaction with static copper rods. The results...
The aim of this research is to investigate the influence of explosive ratio and type of sensitizer o...
Copper-based alloys with the addition of Al present excellent properties and can be considered a pro...
The study presents investigation of chemical composition, microhardness and electrical conductivity ...
This paper takes rectangular tinned silver flake as the research object to explore the working mecha...
One of the primary nanoparticles production methods is electric explosion of wire (further - EEW) wh...
This paper describes an exploding wire experiment to measure the electrical specific action to melt ...
A survey of the electrical behavior of various metals exploded by a cable discharge system at a curr...
This report describes an experimental and theoretical study of the energy balance in the early stage...
The paper is aimed at studying the impact of initial conditions of electrical explosion of wires on ...
The characteristic square output currert pulse from a discharging coaxial cable has been utilized to...
It is anticipated that the use of ultrafine metal powders of nanocrystalline structure may lead to p...
Abstract: "An exploding copper wire, one millimeter in diameter, 30 centimeters long, has been devel...
AbstractThis essay based on a series experiments simulated the real electrical fire situation to get...
Explosion of a metallic wire due to a large electrical current can be used for studying metallic sta...
This paper presents experimental studies of current interaction with static copper rods. The results...
The aim of this research is to investigate the influence of explosive ratio and type of sensitizer o...
Copper-based alloys with the addition of Al present excellent properties and can be considered a pro...
The study presents investigation of chemical composition, microhardness and electrical conductivity ...
This paper takes rectangular tinned silver flake as the research object to explore the working mecha...
One of the primary nanoparticles production methods is electric explosion of wire (further - EEW) wh...