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Prodotti recenti

Progress toward the development of a lytic bacteriophages-based impedance microbiology for agro-food application

A novel approach to impedance microbiology (IM) has been under investigation. In our approach, solution resistance variations will be generated from bacteriophage (phage) lyses of host cell and the consequent release of endoplasmic material. To sensitively detect the lysis, bacteria cells ha...

In-situ experimental characterization of interfacial toughness of aluminum thin films on polyimide substrates

Interfacial delamination embodies a major issue as concerns the mechanical reliability of metal-on-polymer thin films. The interfacial toughness of a metal/polymer material system is a relevant constraint when dealing with the design of electronic devices, which feature stacks of several dis...

Tuning electrical conductivity of CNT-PDMS nanocomposites for flexible electronic applications

This paper presents a study into the electrical conductivity of multi-wall carbon nanotube-polydimethylsiloxane (MWNT-PDMS) nanocomposite and their dependence on the filler concentration. It is observed that the electrical conductivity of the composites can be tailored by altering the filler concentra...

Flexible FETs using ultrathin Si microwires embedded in solution processed dielectric and metal layers

This work presents a novel manufacturing route for obtaining high performance bendable field effect transistors (FET) by embedding silicon (Si) microwires (2.5 μm thick) in layers of solution-processed dielectric and metallic layers. The objective of this study is to explore heterogeneous in...

Si microwires based FETs on flexible substrates

This paper presents the new route for fabricating field effect transistors (FETs) on flexible or bendable substrates using a combination of transfer printing and screen printing technologies - the former is used to transfer single crystal silicon (Si) microwires on to flexible substrate...

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