Nuclear Reactions Video
Supported by
Russian Foundation for Basic Research
Nuclear Reactions Video
Nuclear Properties Nuclear Models Nuclear Decays Nuclear Reactions
Nuclear Map
SystematicsJS-based
Shell Model Alpha - decay Available beams
Liquid Drop Model Beta - decay Elastic scattering
Classical
Semiclassical
Optical Model
(Tutorial in Russian)
Phase analysis
Experimental Data
Java-based JS-based
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Two-Center Shell Model Fission Inelastic Scattering:
DWBA model (DWUCK4 code)
Adiabatic rotational model (FRESCO code)
Coulomb excitation
Direct process (DWBA)
Channel coupling
Deep inelastic collision
    Decay of excited nuclei Transfer reactions:
Direct process (DWBA) Java-based JS-based
Semicalssical approach (GRAZING code)
3-body classical model
Two-nucleon transfer
Massive transfer
  information Fragmentation
EPAX v.3
Break-up (DWBA)
Semiclassical model
Simulation of fragment separators
Fusion
Empirical model
Channel Coupling
Langevin equations
Experimental Data
Java-based JS-based
Driving potentials
Synthesis of SHE (movie)
Evaporation residues
Monte-Carlo
Experimental Data
Java-based JS-based
Radiative capture
Potential model
Experimental Data
Experimental S-factors
Experimental S-factors
Pre-equilibrium LP formation
4-body classical model
Semiclassical model
Moving sources
Kinematics:
What is it?
About NRV
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Work team
databases
Nuclear databases


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