Prof. Dr. Saeed El-Sayed Abdel Ghany El-Sayed|Publications

Benha University

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Prof. Prof. Dr. Saeed El-Sayed Abdel Ghany El-Sayed :: Publications:

Research Fields

Physics

Number of publications is 20

Title

1-Effect of pulsed laser damage on the thermal properties of metal film on substrate

Abstract' | Full paper

2-Temperature Sensors Based on One Dimensional Photonic Crystals with Different Double Defects

Abstract' | Full paper

3-INTERACTION OF LASER RADIATION WITH SOLIDS -REVIEW ARTICLES

4-STUDY THE FILTERING PROCESS IN ONE DIMENSIONAL PHOTONIC CRYSTAL WITH AND WITHOUT DEFECT SEMICONDUCTORS

5-Study the effect of spatial and temporal laser pulse profile on heating a semi-infinite target in spherical coordinates

6-Effect of Solar Cell Temperature on its Photovoltaic Conversion Efficiency

7-Transmission and Temperature Sensing Characteristics of a Binary and Ternary Photonic Band Gap

8-DIFFUSION IN SEMICONDUCTORS BY USING LAPLACE’S INTEGRAL TRANSFORM TECHNIQUE

9-Prediction of the daily global solar irradiance received on a horizontal surface -New approach

10-Effect of solar cell temperature on its performance

11-Diffusion in Semiconductors by Using Fourier Series Expansion Technique

12-A theoretical study on the melting of a finite slab with a pulsed laser

13-A theoretical study of the evaporation induced by a pulsed laser in a finite slab

14-Evaporation of a thin film coated on a substrate induced by a pulsed laser

15-On the evaporation of a semi-infinite target induced by a pulsed laser

16-Effect of the Spectral Profile Shape and the Spatial Frequency on the Visibility in the Defocused Image of the Grating.

17- The temperature profile in the molten layer of a thin-film coated on a substrate induced by irradiation with a pulsed laser

18-The temperature profile in the molten layer of a semi-in"nite target induced by irradiation using a pulsed laser

19-On melting a semi-infinite target using a pulsed laser

20-A theoretical study on the visibility of a speckle pattern based on a Gabor hologram and speckle photography

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