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السيد سعيد عبد الفتاح مصطفى

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Elsayed Saied Abdelfattah Moustafa

Faculty Science - Department Physics Department

Scientific degrees

BSc In NULL, [2007]
MSc In NULL, [2013]
(Partition neutron thorium fuel used in the design of water pressure reactors)
PhD In NULL, [2016]

الحالة الوظيفية الحالية :

قائم بالعمل

Academic Jobs

معيد : 17/12/2008
Doctor Assisant : 22/7/2013
Doctor : 27/9/2016
Professor Assisant : 22/2/2022
استاذ مساعد لقب علمى : 22/2/2022

Publications

1 - Full core analysis of IRIS reactor by using MCNPX (2016).

2 - Comparison of MCNPX/WIMS-D5 BurnupCalculation with SAS2H/KENO-v for the IRIS Reactor (2016).

3 - Fuel burnup analysis for IRIS reactor using MCNPX and WIMS-D5 codes (2016).

4 - feasibility Study of thorium-plutonium Mixed oxide Assembly in Light Water Reactors (2019).

5 - The eﬀect of soluble boron and gadolinium distribution on neutronic parameters of small modular reactor assembly (2020).

6 - Simulating IRIS assembly containing erbium oxide as a burnable poison (2020).

7 - Investigating the Performance and safety features of Pressurized water reactors using the burnable poisons (2020).

8 - The effect of control rods on the reactivity and flux distribution of BWR 4 bundle using MCNPX code (2021).

9 - Investigation of the safety features of advanced PWR assembly using SiC, Zr, FeCrAl and SS-310 as cladding materials (2021).

10 - ANALYSIS OF NEUTRONIC PARAMETERS OF A STANDARD PWR ASSEMBLY BY MCNPX CODE (2018).

11 - Thorium Fuel Performance in a Tight Pitch LWR Lattice (2013).

12 - Neutronic investigation of enriched gadolinium, natural gadolinium and Zirconium-erbium as burnable poisons in the advanced PWR assemblies by MCNPX code (2023).

13 - Investigating the possibility of extending the BWR cycle length for 15 years of operation by mixing highly enriched UO2 fuel with burnable absorbers (2023).

14 - Utilizing even Plutonium Isotopes as burnable absorbers for controlling the reactivity and power distribution in Pressurized Water Reactors (2024).

15 - Improving the reactor safety aspects by the implementation of (Th-U233-Pu) fuel in a PWR assembly (2024).

Research Area

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