Discussion on paper No. 82 WM 1985-6, IEEE Trans., Vol. PAS-101, p. 4047, 1982

Research Abstract
NULL
Research Authors
M. Abdel-Salam, M. Farghally and S. Abdel-Sattar
Research Department
Electrical Engineering Department
Research Journal
IEEE Trans.
Research Member
Salah Eldin Abdel Sattar
Research Pages
4047
Research Publisher
IEEE
Research Rank
1
Research Vol
PAS-101
Research Website
NULL
Research Year
1982

Fully integrated wide dynamic range optical receiver for Near Infrared Spectroscopy

Research Abstract
NULL
Research Authors
Ahmed Atef, Mohamed Atef, Mohamed Abbas, Elsayed Esam M. Khaled, Guoxing Wang,
Research Department
Electrical Engineering Department
Research Journal
Microelectronics Journal
Research Member
Mohammed Abbas Abdelrady Abdelhamed
Research Pages
pp. 92-97
Research Publisher
Elsevier
Research Rank
1
Research Vol
pp. 92-97
Research Website
https://www.sciencedirect.com/science/article/abs/pii/S0026269218307183
Research Year
2019

Fully integrated wide dynamic range optical receiver for Near Infrared Spectroscopy

Research Abstract
NULL
Research Authors
Ahmed Atef, Mohamed Atef, Mohamed Abbas, Elsayed Esam M. Khaled, Guoxing Wang,
Research Department
Electrical Engineering Department
Research Journal
Microelectronics Journal
Research Member
Elsayed Esam Mohamed Khaled Mohamed
Research Pages
pp. 92-97
Research Publisher
Elsevier
Research Rank
1
Research Vol
pp. 92-97
Research Website
https://www.sciencedirect.com/science/article/abs/pii/S0026269218307183
Research Year
2019

Fully integrated wide dynamic range optical receiver for Near Infrared Spectroscopy

Research Abstract
NULL
Research Authors
Ahmed Atef, Mohamed Atef, Mohamed Abbas, Elsayed Esam M. Khaled, Guoxing Wang,
Research Department
Electrical Engineering Department
Research Journal
Microelectronics Journal
Research Member
Mohamed Atef Elsayed Abdelaal
Research Pages
pp. 92-97
Research Publisher
Elsevier
Research Rank
1
Research Vol
pp. 92-97
Research Website
https://www.sciencedirect.com/science/article/abs/pii/S0026269218307183
Research Year
2019

14.85 µW Analog Front-End for Photoplethysmography Acquisition with 142-dBΩ Gain and 64.2-pArms Noise

Research Abstract
NULL
Research Authors
Binghui Lin, Mohamed Atef, Guoxing Wang
Research Department
Electrical Engineering Department
Research Journal
Sensors
Research Member
Mohamed Atef Elsayed Abdelaal
Research Pages
pp.1-13
Research Publisher
MDPI
Research Rank
1
Research Vol
vol.19, no.512
Research Website
https://www.mdpi.com/1424-8220/19/3/512
Research Year
2019

Wire-Duct Electrostatic Precipitator Efficiency (Effect of Geometrical Parameters)

Research Abstract
The authors present an analysis of the performance of a wire-duct electrostatic precipitator influenced by different geometrical parameters. The precipitation efficiency is determined for both the cement and steel industries considering different inlet dust weight values. The effect of both the applied voltage and the gas flow speed on the precipitation efficiency is also studied. The present findings are correlated to the physics of corona discharge.
Research Authors
A. A. Ibrahim S. Abdel-Sattar
Research Department
Electrical Engineering Department
Research Journal
AMSE Periodicals, Modeling, Simulation and Control
Research Member
Salah Eldin Abdel Sattar
Research Pages
17-27
Research Publisher
NULL
Research Rank
1
Research Vol
15-1
Research Website
NULL
Research Year
1988

Ions Trajectory Lines Emanating form or Terminating to HVDC Transmission Lines with Bundle Conductors

Research Abstract
NULL
Research Authors
S. Abdel-Sattar
Research Department
Electrical Engineering Department
Research Journal
AMSE periodicals, Modeling, Simulation and Control, A
Research Member
Salah Eldin Abdel Sattar
Research Pages
45-54
Research Publisher
NULL
Research Rank
1
Research Vol
18-3
Research Website
NULL
Research Year
1988

Electric Field Calculation on Six phase Overhead Transmission Lines.

Research Abstract
Six phase power transmission has many advantages over the conventional three phase techniques. It offers an improvement in space utilization, low noise levels, high reliability and reduction in corona effects. To study and analyze the corona in six phase transmission lines, the field calculations are required as a first step. The authors describe a method to calculate the electric field in the vicinity of HV six phase transmission line conductors. The electric field is calculated at any point in the space surrounding the six phase line. The lateral distribution of the field over the ground surface and underneath the conductors of six phase HV transmission lines is calculated. The effect of different gap parameters is also studied. (10 refs.)
Research Authors
S. Abdel-Sattar A. Ibrahim
Research Department
Electrical Engineering Department
Research Journal
AMSE periodicals, Modeling, Simulation and Control, A
Research Member
Salah Eldin Abdel Sattar
Research Pages
31-38
Research Publisher
NULL
Research Rank
1
Research Vol
24-4
Research Website
NULL
Research Year
1989

Fast Estimation of the Electrical Profiles at Ground Surface and Underneath HVDC Lines

Research Abstract
NULL
Research Authors
H. Singer S. Abdel-Sattar
Research Department
Electrical Engineering Department
Research Journal
AMSE periodicals, Modeling, Simulation and Control, A
Research Member
Salah Eldin Abdel Sattar
Research Pages
19-31
Research Publisher
NULL
Research Rank
1
Research Vol
30-3
Research Website
NULL
Research Year
1990

Losses Charts for Determination of Power Transformer Energy Losses

Research Abstract
NULL
Research Authors
S. Abdel-Sattar M. Farghally
Research Department
Electrical Engineering Department
Research Journal
AMSE periodicals, Modeling, Simulation and Control, A
Research Member
Mohammed Mahros Farghaly Sayed Abu Zeid
Research Pages
55-63
Research Publisher
NULL
Research Rank
1
Research Vol
30-2
Research Website
NULL
Research Year
1990
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