Scope

ICACS

Charge-exchange processes;
Particle excitation and ionization;
Energy loss, scattering and channelling of primary and secondary particles;
Electron, atom, ion and photon emission processes;
Slow highly-charged-ion interactions at surfaces;
Radiation damage and materials modification, including nuclear-energy materials;
High energy density physics with intense ion beams and in relation to plasma physics;
Collision-induced physical, chemical and biological reactions

SHIM

Interactions of swift heavy ions with gases, liquids, solids and plasma;
Electronic excitation, charge transfer processes, and local energy deposition;
Conversion of electronic excitation energy into atomic motion, and atomic displacements;
Material modifications, ion track formation and modification;
Creation of point defects and defect clusters, sputtering, mixing and recrystallisation;
Materials response in extreme environments;
Chemical and biological radiation effects;
Swift heavy ion-induced processes in organic and inorganic materials;
Radiobiology and tumour therapy with ion beams
Heavy-ion micro-and nanotechnology;
Effects of swift heavy ions on electronic devices;
Geological, astrophysical and other applications based on high-energy accelerators;
Dynamics of nuclear reactions and investigation of nuclear structure and dark matter

Scope

ICACS

Charge-exchange processes;

Particle excitation and ionization;

Energy loss, scattering and channelling of primary and secondary particles;

Electron, atom, ion and photon emission processes;

Slow highly-charged-ion interactions at surfaces;

Radiation damage and materials modification, including nuclear-energy materials;

High energy density physics with intense ion beams and in relation to plasma physics;

Collision-induced physical, chemical and biological reactions

SHIM

Interactions of swift heavy ions with gases, liquids, solids and plasma;

Electronic excitation, charge transfer processes, and local energy deposition;

Conversion of electronic excitation energy into atomic motion, and atomic displacements;

Material modifications, ion track formation and modification;

Creation of point defects and defect clusters, sputtering, mixing and recrystallisation;

Materials response in extreme environments;

Chemical and biological radiation effects;

Swift heavy ion-induced processes in organic and inorganic materials;

Radiobiology and tumour therapy with ion beams

Heavy-ion micro-and nanotechnology;

Effects of swift heavy ions on electronic devices;

Geological, astrophysical and other applications based on high-energy accelerators;

Dynamics of nuclear reactions and investigation of nuclear structure and dark matter

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Scope

ICACS

Charge-exchange processes;

Particle excitation and ionization;

Energy loss, scattering and channelling of primary and secondary particles;

Electron, atom, ion and photon emission processes;

Slow highly-charged-ion interactions at surfaces;

Radiation damage and materials modification, including nuclear-energy materials;

High energy density physics with intense ion beams and in relation to plasma physics;

Collision-induced physical, chemical and biological reactions ​

SHIM

​

Interactions of swift heavy ions with gases, liquids, solids and plasma;

​Electronic excitation, charge transfer processes, and local energy deposition;​

​Conversion of electronic excitation energy into atomic motion, and atomic displacements;

Material modifications, ion track formation and modification; ​​​

Creation of point defects and defect clusters, sputtering, mixing and recrystallisation;​

Materials response in extreme environments;​

Chemical and biological radiation effects;

​Swift heavy ion-​induced processes in organic and inorganic materials;

Radiobiology and tumour therapy with ion beams

Heavy-ion micro-and nanotechnology​;

Effects of swift heavy ions on electronic devices;

Geological, astrophysical and other applications based on high-energy accelerators;

Dynamics of nuclear reactions and investigation of nuclear structure and dark matter

Collision-induced physical, chemical and biological reactions

Electronic excitation, charge transfer processes, and local energy deposition;

Conversion of electronic excitation energy into atomic motion, and atomic displacements;

Material modifications, ion track formation and modification;

Creation of point defects and defect clusters, sputtering, mixing and recrystallisation;

Materials response in extreme environments;

Swift heavy ion-induced processes in organic and inorganic materials;

Heavy-ion micro-and nanotechnology;