NUCLEAR REACTIONS VIDEO Project

Supported by
Russian Foundation for Basic Research

Nuclear Properties

Nuclear Models

Nuclear Decays

Nuclear Reactions

Nuclear Map

Shell Model

Alpha-decay

Elastic scattering

Classical
Semiclassical
Optical Model

Experimental Data

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Liquid Drop Model

Beta - decay

Inelastic Scattering

Coulomb excitation
Direct process (DWBA)
Channel coupling
Deep inelastic collision

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Two-Center Shell Model

Fission

Transfer reactions

Direct process (DWBA)
Channel Coupling
3-body classical model
Two-nucleon transfer
Massive transfer

Decay of excited nuclei

Break-up reactions

Direct process (DWBA)
3-body classical model
Sequential decay

Fusion

Empirical model
Channel Coupling
Langevin equations

Experimental Data

Driving potentials

Synthesis of SHE (movie)

Evaporation residues

Monte-Carlo

Experimental Data

Pre-equilibrium LP formation

4-body classical model
Semiclassical model
Moving sources

Kinematics:

2-body / / 3-body / / Q-values

The Nuclear Map provides the information about properties of a nuclide (mass, decay modes, life-time, spin, excited states, Q-values, and others).

The Shell model.

Elastic scattering of nucleons and heavy ions on atomic nuceli at low energy.

Inelastic scattering of nucleons and heavy ions on atomic nuceli at low energy.

Fusion of heavy ions at low energy.

Experimental data on heavy ion fusion cross sections.

Experimental data on evaporation residues.

Driving potentials.

Q-value calculator

Kinematics of heavy ion collisions with two fragments in out-channel

Kinematics of heavy ion collisions with three fragments in out-channel

Q-value calculator

Decay

Elastic scattering reactions