Ricerca | Premi per la ricerca
Liposomes are spherical drug carriers normally employed in drug delivery field. To overcome drawbacks of conventional techniques, a novel method has been proposed, called SuperLip (Supercritical Assisted Liposome Formation). The key of the process stands in the inversion of the steps for the production of the vesicles. In this work SuperLip has been employed to entrap antioxidant compounds for cosmetic and therapeutic applications, by demonstrating the high versatility of the process, high encapsulation efficiencies and good preservation of antioxidant power.
|Best Poster Award – EMSF 2017|
|ISASF (International Society for Advancement of Supercritical Fluids)|
Obiettivo della ricerca è stato quello di investigare il public engagement universitario nell’ambito della comunicazione digitale e proporre di considerarlo un’altra leva del marketing universitario che si aggiunge a quelle già consolidate in letteratura. Lo studio fin qui condotto ha permesso di rilevare le potenzialità e le opportunità offerte da un uso strategico del public engagement.
|PREMIO AICUN 2017 - Premio per il miglior lavoro di tesi di dottorato sulla comunicazione delle università e degli enti di ricerca|
|AICUN - Associazione Italiana Comunicatori d’Università|
|LO PRESTI LETIZIA|
In this awarded paper the tribological behavior of rhenium doped IF-MoS2 nanoparticles (Re:IF-MoS2) in poly-alpha olefin (PAO-6) has been explored under very wide spectrum of conditions, i.e. from boundary and mixed lubrication to the elasto-hydrodynamic (EHL) regimes. The frictional performances were compared to oil formulated with undoped IF-MoS2 and IF-WS2 NP and with micron-size platelets (bulk) 2H-MoS2 particles. The results of the tests confirm superior tribological behavior of Re:IF-MoS2 nanoparticles as compared to 2H-MoS2 platelets and those obtained for undoped IF’s.
|Highly Cited Research|
|The Editors of WEAR - Elsevier|
|Feldman Yishay |
The research goal is the definition of a formal and interactive situation model improving comprehension of situations and supporting reasoning on projections of situations. The model is based on the rough sets and allows the creation of lattices that fuse the elements of an environment according to different perspectives and requirements of interest for a human operator. To support rapid decision making on dissimilarities between recognized and projected situations, we adopt some measures defined on the lattices.
|Best Paper Award|
|IEEE, IEEE CogSIMA 2017, IEEE ComSoc Communications Society|
FeSe is the most attracting material among the Fe-based superconductors because it owns the simplest crystal structure as well as peculiar electronic and physical properties. It undergoes a tetragonal to orthorhombic structural transition at Ts ∼90 K and a normal to superconducting transition at ~9K. Below Ts, a strong electronic anisotropy of the Fermi surface has been observed that cannot be explained in terms of the difference in the lattice parameters (only 0.1 %). Therefore, this phase is driven by an electronic degree of freedom, namely the electronic nematic order.
|Best poster presented at Superstripes2017 International Conference|
|European Physical Society|
|DI GIORGIO CINZIA|
The aim of the research is the development of an Instrument Fault Detection and Isolation (IFD) scheme to be applied to the motorcycle suspension system, which is based on the analytical redundancy and adoption of the graphical tools for the characterization of Neural Networks
|Best Paper Authored and Presented by a Researcher Younger than 35 Years in Age|
|The International Measurement Confederation IMEKO, Technical Committee 10 on Technical Diagnostics -|
SuperLip process is a dense gas technology developed for the production of liposomes of nanometric dimensions to obtain high encapsulation efficiencies of hydrophilic and lipophilic compounds. This process was exploited for the encapsulation of a mixture of antioxidants and dietary supplements into lipidic vesicles. The second aim of this work is to obtain a product available on the nutraceutic market.
|Poster Award – GRICU 2017 - Palermo|
|GRICU (Gruppo Ricercatori di Ingegneria Chimica dell'Università)|
The research, conducted in cooperation between the Department of Material Science and Manufacturing Technology of the Czech University of Life Sciences in Prague and the Department of Industrial Engineering of the University of Salerno, focuses on a possibility to exploit the waste from a process of date fruit processing e the plant Phoenix dactylifera e represented by a stone and residues of flesh in a form of biocomposites with a technologically undemanding process of a preparation. Adhesive, cohesive and wear performances influencing the application area of these materials were investigated.
|Best Technical Faculties Research Paper 2016 Award, CULS, Prague|
|Czech University of Life Sciences in Prague|
|Müller Miroslav |