Advertisements

Ugwu et al

Greener Journal of  Physical Sciences Vol. 2 (2), pp. 050-055, April, 2012.

ISSN: 2276-7851 © 2011 Greener Journals

Research Paper

Analysis of dielectric constants and optical Properties of Magnesium: Beam Propagation Approach.

¹Ugwu Emmanuel. I*, ²Eke Vincent O.C and ²Elechi Onyekachi

¹Department of Industrial Physics, ²Department of Computer Science

Ebonyi State University, P.M.B 53 Abakaliki, Nigeria.

*Corresponding Author’s Email: ugwuei@ yahoo. com

Abstract:

Beam propagation approach has been used to study the optical properties of magnesium. Maxwell’s equations that relate electromagnetic wave propagation through material medium were derived and the reflection behaviour of the of the wave propagating through medium observed with regard to the influence of the refractive index and extinction coefficient. The damping effects on the propagating wave due to the influence of these properties were highlighted. The polarizability effect on the crystal lattice that resulted on the real and complex conductivity in relation to the skin depth coupled with the plasma frequency edge during which n and k are zero which is a factor that influences the reflection coefficient was presented.

Keyword: Maxwell’s equation, refractive index, electromagnetic wave, dielectric constant, conductivity, polarizability, beam propagation extinction coefficient, Reflection coefficient.

Return to Content   View  Reprint (PDF) (91KB)

Journal Name : citation_journal : Greener Journal of  Physical Sciences

Publication Status/Date : usp_status_date : April, 2012