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Applied Physics

Applied Nuclear Physics

Fundamentals of Nuclear Physics

E1 Energy release and shock wave formation

E2 Energy distribution in a nuclear detonation

E3 Thermal pulse and thermal radiation

E4 Ionizing radiation: types and penetration

E5 Radiation attenuation and decay

E6 Biological damage from radiation at the cellular level

E7 Acute radiation syndrome

E8 Structural and thermal damage to urban infrastructure

E9 Formation, deposition and fallout contamination

E10 Atmospheric and climatic effects of suspended particles

E11 Radiation protection principles

E12 Command, control and decision times

E13 Nuclear deterrence and strategic stability

E14 Institutional non-proliferation and verification frameworks

E15 Public perception and collective psychology of nuclear risk

Fundamentals of Nuclear Physics

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ID:3981

gphysics.net - Dr. Willy H. Gerber
Palos Verdes, Costa de Corral, Región de los Rios, Chile