A novel methacrylic gel-polymer membrane was synthesized by free radical photo polymerisation (UVcuring technique). The polymerisation was very easy, fast and reliable and the membrane shows good behaviour in terms of both conductivity and cyclability in Li cells. The anode materials were prepared by high energy ball milling obtaining nanocrystalline Ni–Sn alloys, while the hydrothermal processing in presence of a template was used to prepare nanostructured LiFePO4/C as cathode material. Every component has been characterised separately from the structural and electrochemical point of view. The first experimental data on the performance of a complete Li-ion polymer cell assembled with the components studied are also presented. The results obtained demonstrate the overall satisfying, and some superior performances of the various single components and their feasibility as a complete system.
Development of gel-polymer electrolytes and nano-structured electrodes for Li-ion polymer batteries RID A-5377-2011 RID A-5189-2011 / Gerbaldi, C; Nair, J; Minella, Cb; Meligrana, G; Mulas, Gabriele Raimondo Celestino Ettore; Bodoardo, S; Bongiovanni, R; Penazzi, N.. - In: JOURNAL OF APPLIED ELECTROCHEMISTRY. - ISSN 0021-891X. - 38:7(2008), pp. 985-992. [10.1007/s10800-008-9511-9]
Development of gel-polymer electrolytes and nano-structured electrodes for Li-ion polymer batteries RID A-5377-2011 RID A-5189-2011
MULAS, Gabriele Raimondo Celestino Ettore;
2008-01-01
Abstract
A novel methacrylic gel-polymer membrane was synthesized by free radical photo polymerisation (UVcuring technique). The polymerisation was very easy, fast and reliable and the membrane shows good behaviour in terms of both conductivity and cyclability in Li cells. The anode materials were prepared by high energy ball milling obtaining nanocrystalline Ni–Sn alloys, while the hydrothermal processing in presence of a template was used to prepare nanostructured LiFePO4/C as cathode material. Every component has been characterised separately from the structural and electrochemical point of view. The first experimental data on the performance of a complete Li-ion polymer cell assembled with the components studied are also presented. The results obtained demonstrate the overall satisfying, and some superior performances of the various single components and their feasibility as a complete system.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
