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Areas of Activity

The Structure of Our R&D Laboratory

Our laboratory is strategically organized into two major macro-areas, each with a crucial and interdependent function, ensuring a complete research and development cycle: from prototype creation to detailed analysis of its properties.

1. Production and Synthesis

This area is the operational heart of our research. It is entirely dedicated to the synthesis and preparation of samples and/or devices/prototypes necessary to evaluate the progress of ongoing activities.

Focus and Methodologies:

  • Mechanical milling for the production of nanostructured materials - nanostructured powders: XRD modeling verification.
  • Thin film deposition using PVD (Physical Vapor Deposition) and Evaporation techniques: solar cells, TEG.
  • Thin film deposition using chemical synthesis: solar cells, TEG, fuel cell membranes.
  • Controlled thermal treatments (up to 1200°C in low vacuum or controlled N2/Ar atmosphere).
  • Metal surface treatments (Shot Peening).

Key Instrumentation: Carbolite/Lenton tubular furnaces, Z400 for PVD Deposition, VCM 600 Evaporator, P4/P9 Mills, Dry Boxes/Glove Box.

2. Characterization, Analysis, and External Services

This area is responsible for verifying and analyzing the properties of materials. [Image of X-ray Diffraction]

In addition to characterization activities for our own research, the laboratory is a reference point for advanced diagnostics under collaboration agreements with other Research Entities and/or Industrial partners.

Services and Analysis:

  • Structural analysis of materials (XRD).
  • Electrical, thermal, and electrochemical characterization (I-V, Resistivity, Seebeck, Impedance spectroscopy).
  • Durability and mechanical properties testing (fatigue, hardness, tribology).
  • Diagnostics and technical support for projects in partnership with research institutions and companies.

Key Instrumentation: Bruker/Thermo/PMG Diffractometers, MicroHardness HX1000, Keithley 2601A/2182A, Verasol 2 Solar Simulator, SP-150 Biologic, MTS3000, Optris Pi640, Linseis LSR/LFA/HCS1.

A Winning Partnership

The synergy between the two departments ensures an optimized workflow, from material concept to its final validation. We are available for targeted collaborations and to offer our analytical expertise to external partners.

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CONTACT US

(+39) 0461 282417
info-energymaterials@unitn.it

DICAM

University of Trento

via Mesiano 77

38123 Trento, Italy

Any questions on this website? Just email to: mirco.dincau@unitn.it

© Energy Materials Laboratory - University of Trento.