Overview
|
AgriNano Techniques June 12 |
|
|
WORKSHOP COMMITTEE in definition |
|
| Organized by |
|
 |
 |
 |
 |
|
Synopsis will be soon available
|
|
|
WS.II Nanotechnology @ Sapienza June 13
|
|
|
|
|
| organized by | |
 |
 |
|
In the frame of NanoInnovation 2019, the workshop “Nanotechnology @ Sapienza” will be held on 13th June 2019. Aim of the workshop is to create a forum and to gather scientific contributions on research activities on Nanotechnologies and Nanoscience in Sapienza University. The workshop is organized by CNIS, the interdepartmental research center of Sapienza on Nanotechnologies applied to Engineering, and Master Science Programme in Nanotechnology Engineering of Sapienza. The workshop includes two oral sessions, and a poster session. A special third session is devoted only to presentations of significant results achieved by ex-alumni of the Sapienza Master Science program on Nanotechnology Engineering.
|
|
|
WS.III
Graphene and 2D Materials, progresses and challenges
June 13
|
|
|
Fabrizio PIRRI, Polytechnic of Turin |
|
| organized by | |
 |
 |
|
In the last years graphene-based research has witnessed an incredible expansion, which, for example, in Europe has culminated with the launch of the Graphene Flagship. Moreover, not only graphene but a wide class of 2D materials beyond graphene (Silicene, Phosporene, BN, MoS2) were attracting the interest of both research institutions and private stakeholders. The aim of the symposium is to bring together scientists working on different technological uses not only of graphene, but also of 2D materials beyond graphene, in a multidisciplinary, academic and industrial environment, to disclose and discuss challenges and opportunities of this new class of materials. More in detail, the symposium will be focused on three different sessions. The first one will be focused on “Synthesis and characterization of 2D nanomaterial”, highlighting some keynote advancement in this field, namely emerging classes of 2D monoelemental lattices beyond graphene, advanced anisotropic synthesis strategies of graphene materials and 2D transition metal dichalcogenides as well as recent advancements in advanced characterization of 2D materials. The second one will be on “2D nanomaterial for energy harvesting and storage application”, and will provide an overview on the recent developments of in the application on 2D materials in energy harvesting and storage devices, with talks on third generation photovoltaics, mechanical nanogenerators, salinity gradient power and electrochemical energy storage technologies (rechargeable batteries and supercapacitor) covering several aspects of their fabrication and characterization toward their industrialization. The third one will focus on "Technological integration and processing of 2D nanomaterials" and will aim at discussing the technological exploitation and integration of graphene and 2D materials, from the development of a CMOS-compatible technological strategy for the wafer scale integration of these class of materials, up to the capabilities offered by the chemical approaches.
|
|
|
WS.IV
Nanotechnologies and nanomaterials for cultural heritage
June 14
|
|
|
WORKSHOP COMMITTEE
Roberta FANTONI, ENEA
|
|
| organized by | |
 |
 |
| ADAMO is a Research Project about Technologies of Analysis, Diagnostics and Monitoring for the preservation and restoration of Cultural Heritage, in the Center of Excellence of the District of Technologies for Culture of Lazio Region. The project has objectives to promote Technology transfer in the context of analyses, diagnostics and environmental monitoring for Cultural Heritage, and to offer services to enterprises based on facilities offered by DTC partners (Research institutes and Universities). Demonstrations of the effectiveness of modern and tailored methodologies and instruments, operating either in laboratory or in situ are planned on selected case studies relevant to mobile and immobile CH. The development of prototypes and innovative products suitable for in situ use by the end user is pursued. To this respect the role played by nano-innovation is the subject of this session which, after a short introduction to the project, deals with applications of nanotechnologies to CH surfaces preservation, especially as far as the contrast to degradation due to climate, biological agents and pollution is concerned. Specific applications developed outside of the project are considered as well. | |
| The SISMI project, according to the aims of the Centre of Excellence for the Latium DTC, promotes the use of innovative technologies, favouring their transfer and dissemination in favour of the multiple stakeholders involved in the improvement of the safety of Cultural Heritage. The reconstruction and seismic improvement are intended as a dynamic process of progressive reduction of risk. Physical structural and socio-economic elements collaborate to this purpose to guarantee the safety of Cultural Heritage, but also to promote innovative forms of development, enhancement and revitalization, and to increase the resilience of local communities. Especially, a specific topic of the project is for identifying innovative methodologies and new generation of materials for the restoration and recovery of historical materials and artifacts to improve the reconstruction and the performance after a heartquake or a catastrophic event. | |
updated to May 3rd, 2019
