Search results for: FUEL CELLS, THERMOCOUPLES, PHOTOVOLTAICS, OPTOELECTRONIC TECHNOLOGIES, NANOTECHNOLOGIES, TESTING THE PHYSICAL AND CHEMICAL PROPERTIES OF MATERIALS, GLASS, CERAMICS, CRYSTALS, COMPOSITE, NANOMATERIALS, SUPERCONDUCTING MATERIALS - Bridge of Knowledge

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Search results for: FUEL CELLS, THERMOCOUPLES, PHOTOVOLTAICS, OPTOELECTRONIC TECHNOLOGIES, NANOTECHNOLOGIES, TESTING THE PHYSICAL AND CHEMICAL PROPERTIES OF MATERIALS, GLASS, CERAMICS, CRYSTALS, COMPOSITE, NANOMATERIALS, SUPERCONDUCTING MATERIALS

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Search results for: FUEL CELLS, THERMOCOUPLES, PHOTOVOLTAICS, OPTOELECTRONIC TECHNOLOGIES, NANOTECHNOLOGIES, TESTING THE PHYSICAL AND CHEMICAL PROPERTIES OF MATERIALS, GLASS, CERAMICS, CRYSTALS, COMPOSITE, NANOMATERIALS, SUPERCONDUCTING MATERIALS

  • Zespół Fizyki Ciała Stałego

    Research Potential

    Tematyka badawcza Katedry Fizyki Ciała Stałego obejmuje wytwarzanie i badanie materiałów dla energetyki (m.in. nanostruktury, sensory) o innowacyjnych właściwościach fizyko-chemicznych, tj: * kryształy, polikryształy, ceramika, szkło * materiały objętościowe, cienkie warstwy, nanomateriały * materiały metaliczne, półprzewodnikowe, nadprzewodnikowe, izolatory Tematyka badawcza obejmuje również badania symulacyjne i obliczeniowe...

  • Zespół Metrologii i Optoelektroniki

    Research Potential

    * komputerowo wspomagana metrologia i diagnostyka * projektowanie systemów * mikrosystemów i makrosystemów elektronicznych * testowanie i diagnostyka elektroniczna * pomiary właściwości szumowych i zakłóceń * spektroskopia impedancyjna * telemetria i telediagnostyka internetowa * katedra redaguje Metrology and Measurement Systems * kwartalnik PAN znajdujący się na liście JCR

  • Zespół Biomateriałów

    Research Potential

    Inżynieria i technologia biomateriałów, inżynieria powierzchni, wytwarzanie implantów metalowych, rozwój materiałów odpornych na korozję

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Search results for: FUEL CELLS, THERMOCOUPLES, PHOTOVOLTAICS, OPTOELECTRONIC TECHNOLOGIES, NANOTECHNOLOGIES, TESTING THE PHYSICAL AND CHEMICAL PROPERTIES OF MATERIALS, GLASS, CERAMICS, CRYSTALS, COMPOSITE, NANOMATERIALS, SUPERCONDUCTING MATERIALS

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Search results for: FUEL CELLS, THERMOCOUPLES, PHOTOVOLTAICS, OPTOELECTRONIC TECHNOLOGIES, NANOTECHNOLOGIES, TESTING THE PHYSICAL AND CHEMICAL PROPERTIES OF MATERIALS, GLASS, CERAMICS, CRYSTALS, COMPOSITE, NANOMATERIALS, SUPERCONDUCTING MATERIALS

  • Piotr Jasiński prof. dr hab. inż.

    People

    Katedra Inżynierii Materiałów Funkcjonalnych WETI

    Piotr Jasinski obtained MSc in electronics in 1992 from the Gdansk University of Technology (GUT), Poland. Working at GUT, he received PhD in 2000 and DSc in 2009. Between 2001 and 2004 Post Doctoral Fellow at Missouri University of Science and Technology, while between 2008 and 2010 an Assistant Research Professor. Currently is an Associate Professor at Gdansk University of Technology working in the field of electronics, biomedical...

  • Materials

    Journals

    ISSN: 1996-1944

  • Nanotechnologies in Development of Structural Materials and Biomaterials

    Publication

    - Advances in Materials Science - Year 2011

    The nanometric materials and technologies resulted in nanostructures are reviewed. The examples of nanomaterials are shown. The typical nanotechnologies, including plastic deformation, mechanical attrition, controlled detonation, hot plasma jet synthesis, laser vaporisation, CVD and PVD, mechanical milling, annealing, ultrasonic irradiation, nanolithography, electrocrystallisation, electrospinning, sol-gel method, cryogenic laser-enhanced...

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  • Physical testing methods of materials

    e-Learning Courses
    • L. Piotrowski
    • M. Chmielewski

  • Properties of LiMnBO3 glasses and nanostructured glass-ceramics

    Publication
    • P. Michalski
    • A. Gołębiewska
    • J. Trebosc
    • O. Lafon
    • T. Pietrzak
    • J. Ryl
    • J. Nowiński
    • M. Wasiucionek
    • J. Garbarczyk

    - SOLID STATE IONICS - Year 2019

    Polycrystalline LiMnBO3 is a promising cathode material for Li-ion batteries. In this work, we investigated the thermal, structural and electrical properties of glassy and nanocrystallized materials having the same chemical composition. The original glass was obtained via a standard melt-quenching method. SEM and 7Li solid-state NMR indicate that it contains a mixture of two distinct glassy phases. The results suggest that the...

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