تفاصيل الوثيقة

نوع الوثيقة : مقال في مجلة دورية 
عنوان الوثيقة :
Synthesis of CdZnO thin film as a potential candidate for optical switches
Synthesis of CdZnO thin film as a potential candidate for optical switches
 
الموضوع : فيزياء 
لغة الوثيقة : الانجليزية 
المستخلص : Cadmium doped zinc oxide thin films have been prepared using a thermal decomposition technique. The influence of Cd as a doping agent on the structure, optical and nonlinear optical properties was carefully investigated using X-ray diffraction (XRD), scanning electron microscopy (SEM) and a UV-vis spectrophotometer. A deep correlation has been found between the surface roughness and the optical properties. The roughness is found to deteriorate the nonlinear response, such that the highest nonlinear susceptibility χ(3) is obtained for the smoothest layer. The third-order nonlinear susceptibility χ(3) has been calculated using the Frumer model, and is estimated to be 3.37×10-10 esu. The dispersion of the refractive index of the prepared thin film is shown to follow the single electronic oscillator model. From the model, the values of oscillator strength (Ed), oscillator energy (Eo) and dielectric constant (ε{lunate}∞) have been determined. The conductivity has been measured as a function of the energy of the photons, revealing marginal change at energies below 3.15 eV, while above this value there is a large increase in the conductivity. This suggests that CdZnO is a potential candidate for applications in optical devices such as optical limiter and optical switching. 
ردمد : 0030-3992 
اسم الدورية : Optics and Laser Technology 
المجلد : 42 
العدد : 7 
سنة النشر : 1431 هـ
2010 م 
نوع المقالة : مقالة علمية 
تاريخ الاضافة على الموقع : Monday, October 17, 2011 

الباحثون

اسم الباحث (عربي)اسم الباحث (انجليزي)نوع الباحثالمرتبة العلميةالبريد الالكتروني
وليد السيد محمودMahmoud, Waleed Eباحثدكتوراهw_e_mahmoud@yahoo.com
أحمد عبدالله الغامديAl-Ghamdi, A AباحثدكتوراهAGAMDI@kau.edu.sa

الملفات

اسم الملفالنوعالوصف
 31058.pdf pdfAbstract

الرجوع إلى صفحة الأبحاث