Susceptibilityof States and Properties of Metallic Systemsat a Threshold Breakdown of the through Holes under Power Laser Action

Authors

  • Evgenii Kalashnikov

response, imaginary part of the generalized susceptibility, plasma frequency, frequency of electronion interaction, critical temperature of second ord

Abstract

The threshold breakdown of the through holes by power laser radiation of metallic foils is considered as response of metallic system to laser radiation. Binding experimentally determined response to the absolute temperature scale allows one to determine the value of the imaginary part of the generalized susceptibility depending on temperature, the critical temperature of the transition "liquid metal -gas", states of the electronic subsystems at this temperature, and the reflectivity coefficient values.

Downloads

How to Cite

Susceptibilityof States and Properties of Metallic Systemsat a Threshold Breakdown of the through Holes under Power Laser Action. (2016). Global Journal of Science Frontier Research, 16(B3), 21-29. https://www.journalofscience.org/index.php/GJSFR/article/view/1805

References

E Kalashnikov, M Kantor, A Bugayev, D Kouprienko, A Chikiryaka (2016) States and Properties of Metallic Systems at a Threshold Breakdown of the Through Holes Under Power Laser Action. Threshold Breakdown of Through Holes in Metal Foils by Powerful Laser Radiation (Part 1). 61, 01015.

L Landau, E Lifshitz (1980) THE FUNDAMENTAL PRINCIPLES OF STATISTICAL PHYSICS. 1-33.

Bauer (2006) Theory of intense laser-matter interaction. 106.

B Ya, Zel'dovich, P Yu, Raizer (2002) Physics of Shock Waves and High-Temperature Hydrodynamic Phenomena.

M Dresselhaus (1985) Optical Properties of Solids. 194.

Darovas (2010) Lecture Notes on Condensed Matter Physics. 179.

O Vaculenco, V Severin (2007) Unknown Title. 10, 55.

Fleischer, Chandola, N Th Hermann, W Esser, J Richter, Mcgilp (2006) Unknown Title. 195432.

T William, Walter (1981) Change in reflectivity of Metals under intense Laser Radiation. 1-35.

Kikuo Ujihara (1972) Unknown Title. 43, 2376.

M Schmid, S Zehnder, P Schwaller, B Neuenschwander, M Held, U Hunziker (2012) Advanced Laser Technologies (ALT 12). 2-6.

G Gladush, I Smurov (2011) Physics of laser materials Processing.

V Fortov, A Driemin, A Leont'ev (1975) Unknown Title. 13, 1072.

D Autrique, G Clair, D L'hermite, V Alexiades, A Bogaerts, B Rethfeld (2013) The role of mass removal mechanisms in the onset of ns-laser induced plasma formation. 114(2), 23301.

J Cahill, A Kirshenbaum (1962) THE DENSITY OF LIQUID COPPER FROM ITS MELTING POINT (1356°K.) TO 2500°K. AND AN ESTIMATE OF ITS CRITICAL CONSTANTS1,2. 66(6), 1080-1082.

L Landau, E Lifshitz (1969) The Physics of Metals. 17.

A Hans, C Bethe, G Lewis, K Jackson, V Stephen, F Majidi, King (2001) Quantum Mechanics of One-and Two-Electron Atoms Cornell University. 56, 48.

Spruch (1991) Unknown Title. 63, 151.

A (1987) A Likal'ter. Teplophys. 25, 424.

A (2000) Unknown Title. 170, 831.

Susceptibilityof States and Properties of Metallic Systemsat a Threshold Breakdown of the through Holes under Power Laser Action

Published

2016-10-12

How to Cite

Susceptibilityof States and Properties of Metallic Systemsat a Threshold Breakdown of the through Holes under Power Laser Action. (2016). Global Journal of Science Frontier Research, 16(B3), 21-29. https://www.journalofscience.org/index.php/GJSFR/article/view/1805