Pubblicazioni

51. Alessandro Vaccari; Antonino Calà Lesina; Luca Cristoforetti; Andrea Chiappini; Luigi Crema; Lucia Calliari; Lora Ramunno; Pierre Berini; Maurizio Ferrari,
    Light-opals interaction modeling by direct numerical solution of Maxwell's equations,
    in «OPTICS EXPRESS»,
    vol. 22,
    n. 22,
    2014
    , pp. 27739 -
    27749
52. Ruben Bartali; Alessandro Vaccari; Victor Micheli; Gloria Gottardi; Rajesh Pandiyan; Amos Collini; Paolo Lori; Gianni Coser; Nadhira Laidani,
    Critical relative indentation depth in carbon based thin films,
    in «PROGRESS IN NATURAL SCIENCE»,
    vol. 24,
    n. 3,
    2014
    , pp. 287 -
    290
53. L. Crema; F. Alberti; M. Roccabruna,
    DISTRIBUTED M-CHP GENERATION FORM A SMALL SCALE CONCENTRATED SOLAR POWER,
    SUSTAINABLE ENERGY 2014: THE ISE ANNUAL CONFERENCE,
    2014
54. F. Alberti; A. Desideri; S. Quoilin; L. Crema; V. Lemort,
    Solar-Biomass system for distributed medium-size cogeneration applications,
    WREC2014,
    2014
    , (WREC 2014,
    London, UK,
    3-8 August 2014)
55. F. Sallaberry; F. Alberti; L. Crema; M. Roccabruna,
    Characterization of a Medium Temperature Concentrator for Process Heat – Tracking Error Estimation,
    EUROSUN 2014,
    2014
    , (EUROSUN 2014,
    Aix-Les-Bains,
    16-19 September 2014)
56. A. Calà Lesina; A. Vaccari; P. Berini; L. Ramunno,
    High resolution parallel FDTD simulation of plasmonic nanostructures,
    Book of abstracts MNO 2014,
    2014
    , (2nd INTERNATIONAL WORKSHOP ON METALLIC NANO-OBJECTS: form fundamentals to applications,
    Villeneuve d'Ascq (FRANCE),
    13-14 Novembre 2014)
57. L. Crema; F. Alberti; E. Wackelgard; B. Rivolta; S. Hesse; M. Luminari; D. Hislop; B. Restall,
    Poly energy generation from a small-scale concentrated solar power,
    International Conference on Concentrating Solar Power and Chemical Energy Systems,
    2014
    , (SolarPACES 2014,
    Pechino,
    16-19/09/2014)
58. L. Crema; M. Testi; F. Alberti; A. Bianchin; E. Forlin; D. Platzek; G. Noriega; S. Ortega; J. C. Ruiz,
    Development of an integrated system for solid state hydrogen storage in stationary applications:
    problems, opportunities, challenges,
    International Discussion on Hydrogen Energy and Applications,
    2014
    , (IDHEA conference,
    Nantes,
    12-15 May 2014)
59. Matteo T; Crema L,
    Differential pressure apparatus: an enhancement of classic Sievert instrument,
    Nanotech Italy 2014,
    2014
    , (Nanotech Italy 2014,
    December 2014)
60. BENSAADA L; BARTALI R; MICHELI V; GOTTARDI G; CREMA L,
    Multilayer coating used for coating luminar or tubular material component of solar thermal systems, has layers, which are made of molybdenum, titanium dioxide and niobium metal, and silicon dioxide, respectively.
    2014,
    Abstract: NOVELTY - The coating (2b) has a first layer (6), a second layer (8a,8b), and a third layer (10). The first layer is made of molybdenum. The second layer is made up of titanium dioxide and niobium metal. The second layer has sublayers which has different concentrations of niobium in the titanium dioxide. The third layer is made of silicon dioxide.

    USE - Multilayer coating used for coating luminar or tubular material component of solar thermal system (claimed).

    ADVANTAGE - Provides high absorption of solar energy and low thermal emissivity. Thin layer of molybdenum acts as an infrared- reflecting layer, and the layer of silicon dioxide acts as an anti-reflective element to visible light, and are positioned in prescribe order.

Pages

Brevetti

• A. Bozzoli, G. Cicolini, 2008, Apparatus for Drying Materials, Particularly Zeolites or the like. Fondazione Bruno Kessler. WO2008099262.
• A. Bozzoli, G. Cicolini, 2008, Apparatus Particularly for Obtaining Electricity from Solar Energy. Fondazione Bruno Kessler. WO2008146109.
• N. Laidani, R. Bartali, V. Micheli, G. Gottardi, L. Crema, Rivestimento multistrato a elevato assorbimento di energia solare e a bassa emissività termica, un relativo composito cermet, un suo uso e procedimenti per la loro produzione. Fondazione Bruno Kessler. VI2013A000006.
• A. Bozzoli, G. Cicolini, G. Contin, F. Fontana, L. Pomari , 2007, Apparato particolarmente per l'ottenimento di energia elettrica da energia solare. Apparatus particularly for obtaining electricity from solar energy. Fondazione Bruno Kessler. MO2007A000183 O8737599,4(PCT).
• A. Bozzoli, M. Frizzi, L. Cristoforetti, A. Vaccari, 2010, Impianto per la lavorazione di Manufatti. Fondazione Bruno Kessler. MO2010A000153
• A. Bozzoli, G. Cicolini, 2008, Solar Collector for Heating a Thermovector Fluid. Fondazione Bruno Kessler.
• A. Bozzoli, G. Cicolini, A. Zanetti, M. Zeni, G. Fontanazzi, 2008, Safety Gas Distribution System. Eurostandard Spa. WO2008044126