Study the Optical Characteristics of Epoxy Panel doped with Fluorescein-Sodium Dye

Study the Optical Characteristics of Epoxy Panel doped with Fluorescein-Sodium Dye
تحميل
بحث	النوع:
هندسة	التخصص العام:
Faiz S. Abbas	اسم الناشر:
Nibras F.Ali	اسماء المساعدين:
Vol. 12 No.4 Scientific P.50-60 Journal of Kerbala University	الجهة الناشرة:
The Journal of Kerbala University is a refereed scientific Journal which is quarterly issued for the purposes of scientific promotions. It covers various specialties. It was first published in 2003 and gained the international ISSN-1813-0410. The journal annually receives 500 research papers so the number of the published papers amounts to 300 papers and the pending ones amount to 200 papers. The research papers are subject to scientific evaluation by professional panelists and they are published in both Arabic and English languages. The Journal is concerned with: 1- Receiving the professors' research papers to be published in the Journal. 2- Forwarding the research papers to the evaluating committee of panelists. 3- Providing the researchers with a letter of publication acceptance after receiving an approval of publication. 4- Setting up the research papers according to the criteria set by Journal. 5- Making 50 copies of the special issue of the Journal scientific issue Arabic+ Human studies+ scientific studies in English and Arabic.
2014	سنة النشر:
الخلاصة In this study the luminescent solar concentrators (LSC) plates doped with fluorescein-sodium dye laser have been prepared in the laboratory at room temperature with(0.5mm) thickness .The concentration of the fluorescein-sodium dye laser were( 10-5,10-4) mol/L. Then they compared with pure epoxy panel. The optical characteristics have been studied like (absorption, transmittance, reflectance and energy gap) also the optical constant were calculated including (absorption. coefficient, refraction index and extinction coefficient ) for all panels. The effect of increasing concentration leads to shift the absorbance, absorption coefficient and extinction coefficient towards higher wavelength, their values also increase with increasing the concentrations. With regard to transmission ,reflectance and refractive index the concentration effect also leads to the same displacement, but their values decrease with increasing the concentration. The results also shown that the value of the energy gap is decreased from (3.6eV) for epoxy resin to (2.3,2.25)eV for the both concentrated panels.