On Spectral and Energetic Characteristics of Erosional Plasma on the Basis of a Tin Alloy and of "Jumping Fireballs"

TL;DR

This study investigates the spectral and energetic properties of erosive plasma generated from tin alloy electrodes and jumping fireballs, providing insights into their internal energy and spectral characteristics.

Contribution

It presents novel spectral analysis and calorimetric measurements of jumping fireballs and erosive plasma, advancing understanding of their energetic and spectral behavior.

Findings

Spectral characteristics of erosive discharge with tin alloy electrodes.

Internal energy measurements of jumping fireballs using calorimetry.

Identification of energetic properties of erosive plasma and JFs.

Abstract

In this paper we present the results of the spectral studies of erosive discharge with tin alloy electrodes and of the generated JFs, and experimentally determine internal energy of JFs using the calorimetric technique.