Scope of ICPSA 2021
The ICPSA2021 will focus on the fundamentals, sources, diagnostics, and applications of various types of plasmas that include low-pressure low-temperature plasmas, high-pressure atmospheric plasmas, high energy density laser plasmas and hot-dense magnetized plasma. The applications of these plasmas for various cutting edge technological areas such as nanotechnology, biomedical, photovoltaic, green technology, materials, etc. will be covered. ICPSA2021 aims to provide a platform for extensive and in-depth discussions and to create new opportunities for collaborations between the leaders and experts in plasma fields. The conference is planned as a medium-scale expert meeting with open participation to early-career researchers and students.
ICPSA 2021 will cover the following areas but not limited to
Plasma science and technology
Plasma fundamentals - modeling and simulation
Plasma sources - design, construction, operation and characterization
Plasma processes and phenomena - diagnostics and monitoring
Diagnostics and Monitoring of Plasma Associated Radiations and Particles such as Neutrons, X-rays, Gammas, and Energetic Charged Particles
For various types of plasmas such as
Low Pressure non-equilibrium Plasmas
Thermal Plasmas
Atmospheric Non-equilibrium Plasmas - DBD, AMP, Plasma Pencils etc.
Laser Produced Plasmas - High power lasers, PLD, etc
High Energy Density Pinch Plasmas - DPF, Z-pinch, etc
and Plasma Applications
Plasma-nanotechnology
Plasma based synthesis of thin films, CNT, Graphene, polymers, powders, etc.
Plasmas for Environmental applications (waste material treatment, sterilization, etc.)
Plasmas for Green Energy (photovoltaics, fuel cells, battery, etc.)
Plasma Medicine and Biomedical applications
Plasmas Agriculture
Plasma based Neutron and X-rays sources for Homeland Security
Investigation of materials under extreme conditions in pinch plasma devices
Plasma based radiation sources for lithography and imaging
Others
