Borse a tematica vincolata di "Scienza e Tecnologia dei Materiali" (41° ciclo)

Seconda sessione

Nell'ambito della seconda sessione del 41° ciclo, sono disponibili le seguenti borse a tematica vincolata per il corso di dottorato in "Scienza e Tecnologia dei Materiali":

  1. AMMIN - Biobased polymeric materials for 3D printing by liquid deposition modelling
  2. DISAT - Paint consolidation: switching from conservation current practice to greener and more user friendly polymers and solvents
  3. DISAT - Paint consolidation: towards the use of natural polymers for more sustainable products
  4. CRT/DISAT - Towards sustainable Flame-Retardant polymers: processing, microstructure, and performance relationships
  5. DISAT - Design, fabrication, and advanced characterization of multifunctional membranes for CO2/H2O capture and ion transport
  6. AMMIN/DISAT - Nanomaterials for Advanced Light Energy Management
  7. DISAT - Advanced functional nanofibrous materials by green electrospinning
  8. CRT/DISAT - Laser processing of polymer-based materials
  9. DISAT - Sustainable materials and processes for emerging energy technologies
  10. CRT/DISAT - 3D printing of ceramic and glass materials for biomedical and energy applications
  11. DISAT - Advanced characterization of functional materials for electrochemical energy storage
  12. DISAT - Molecular Modelling of Supramolecular Materials in Chemical Gradients
  13. IIT - 3D printing enabling morphological tactile sensing and mechanical interaction at different scales
  14. IIT - Electrochemical devices for integrated carbon capture and conversion
  15. IIT - Advanced and operando characterizations of functional materials and systems for the energy transition

Prima sessione

Nell'ambito della prima sessione del 41° ciclo, sono disponibili le seguenti borse a tematica vincolata per il corso di dottorato in "Scienza e Tecnologia dei Materiali":

  1. AMMIN - Data Driven Approaches for Complex Molecular Systems and Materials
  2. AMMIN - Joining and integration of Protonic ceramic electrolysis cells
  3. AMMIN - Innovative scaffolds for tissue engineering: joining DLP technology with multi-functional ceramic particles
  4. Ammin/DISAT - Solid state and quasi solid state electrolytes for next generation Li-based batteries
  5. DISAT - Molecular Model and simulation of chemicalgradient-responsive Supramolecular Materials
  6. DISAT - Molecular Modelling of supramolecular systems response to concentration fluctuations
  7. DISAT - Molecular simulations of self-assembling systems in chemical gradients
  8. AMMIN - Development of additive manufacturing for functional inorganic materials
  9. AMMIN - Development of high-performance Ni-based superalloys by Additive Manufacturing processes
  10. CRT/CIM 4.0/DISAT - Development of new alloys for laserbased additive manufacturing
  11. INRiM - Optical and electrical techniques for fabrication and metrological characterization of transport properties in materials for energy applications
  12. DISAT - Next-generation materials and processes for industrial-scale rechargeable batteries
  13. DISAT - Materials and processes for the preparation of potassium batteries electrodes
  14. DISAT - Versatile materials for batteries and electrocatalysis