1978 …2017
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Fingerprint Dive into the research topics where Magdi Ragheb is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

Engineering & Materials Science

Tritium
Fusion reactions
Neutrons
Fusion reactors
Deuterium
Laser fusion
Inertial confinement fusion
Nuclear reactors
Photonics
Disintegration
Neutron sources
Shielding
Wind power
Inference engines
Knowledge based systems
Monitoring
Thorium
Radiation effects
Recurrent neural networks
Nuclear energy
Radiation
Protons
Mirrors
Monte Carlo methods
Nuclear power plants
Radiation damage
Gamma rays
Isotopes
Nuclear engineering
Photons
Power generation
Neural networks
Breeding blankets
Linear systems
Systems engineering
Palladium
Accidents
Uranium
Lasers
Wind turbines
Fluxes
Data storage equipment
Reactor shutdowns
Phosphate fertilizers
Nuclear propulsion
Fission reactions
Hydrogen
Lithium
Magnets
Energy storage

Physics & Astronomy

General

blankets
fusion
reactors
systems analysis
fission
methodology
mirror fusion
pellets
disintegration
penetration
tandem mirrors
escalators
multiplication
fault trees
power reactors
energy
leakage
configurations
cells
inference
power plants
estimators
lasers
particle tracks

Chemistry and Materials

tritium
deuterium
palladium
liquid metals

Physics

fusion reactors
neutrons
inertial confinement fusion
deuterons
photonics
elimination
fissile fuels
process heat
nuclear power reactors
deuterium plasma
light water reactors

Engineering

laser fusion
shielding
neutron sources
plugs
coolants
fuel production
decision support systems
systems engineering

Mathematical and Computer Sciences

Monte Carlo method
supercomputers

Life Sciences

radiation damage

Chemical Compounds

Tritium
Fusion reactors
Fusion reactions
Neutrons
Deuterium
Laser fusion
Inference engines
Disintegration
Nuclear reactors
Shielding
Monte Carlo methods
Systems engineering
Fission reactions
Radiation
Neutron sources
Importance sampling
Identification (control systems)
Accidents
Mirrors
Palladium
Heating
Lasers
Radiation effects
Supercomputers
Gases
Gamma rays
Radiation damage
Power plants
Knowledge based systems
Erythromycin
Protons
Inertial confinement fusion
Breeding blankets
Liquid metals
Escalators
Microcomputers
Coolants
Ducts
Photonics
Linear systems
Hydrogen
Reactor shielding