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Results: 1-25 | 26-36
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Intercalation behavior of LiCoO2 electrodes in aqueous alkaline electrolytes by microparticle cyclic voltammetry
Authors: Frangini, S Carewska, M Passerini, S Scaccia, S
Citation: S. Frangini et al., Intercalation behavior of LiCoO2 electrodes in aqueous alkaline electrolytes by microparticle cyclic voltammetry, J NEW M E S, 4(2), 2001, pp. 83-88
Co-continuous polymer blend based lithium-ion conducting gel-polymer electrolytes
Authors: Passerini, S Alessandrini, F Momma, T Ohta, H Ito, H Osaka, T
Citation: S. Passerini et al., Co-continuous polymer blend based lithium-ion conducting gel-polymer electrolytes, EL SOLID ST, 4(8), 2001, pp. A124-A126
Nanocomposites of V2O5 aerogel and RuO2 as cathode materials for lithium intercalation
Authors: Zhang, F Passerini, S Owens, BB Smyrl, WH
Citation: F. Zhang et al., Nanocomposites of V2O5 aerogel and RuO2 as cathode materials for lithium intercalation, EL SOLID ST, 4(12), 2001, pp. A221-A223
Dynamic heterogeneity in polymer electrolytes. Comparison between QENS data and MD simulations
Authors: Triolo, A Arrighi, V Triolo, R Passerini, S Mastragostino, M Lechner, RE Ferguson, R Borodin, O Smith, GD
Citation: A. Triolo et al., Dynamic heterogeneity in polymer electrolytes. Comparison between QENS data and MD simulations, PHYSICA B, 301(1-2), 2001, pp. 163-167
Electrochemical and synchrotron XAS studies of lithium intercalation into vanadium pentoxide aerogels and nanocomposites
Authors: Smyrl, WH Passerini, S Giorgetti, M Coustier, F Fay, MM Owens, BB
Citation: Wh. Smyrl et al., Electrochemical and synchrotron XAS studies of lithium intercalation into vanadium pentoxide aerogels and nanocomposites, J POWER SOU, 97-8, 2001, pp. 469-472
Medical batteries for external medical devices
Authors: Passerini, S Owens, BB
Citation: S. Passerini et Bb. Owens, Medical batteries for external medical devices, J POWER SOU, 97-8, 2001, pp. 750-754
Overview of ENEA's projects on lithium batteries
Authors: Alessandrini, F Conte, M Passerini, S Prosini, PP
Citation: F. Alessandrini et al., Overview of ENEA's projects on lithium batteries, J POWER SOU, 97-8, 2001, pp. 768-771
The two-phase battery concept: a new strategy for high performance lithiumpolymer batteries
Authors: Prosini, PP Carewska, M Alessandrini, F Passerini, S
Citation: Pp. Prosini et al., The two-phase battery concept: a new strategy for high performance lithiumpolymer batteries, J POWER SOU, 97-8, 2001, pp. 786-789
Investigation on lithium-polymer electrolyte batteries
Authors: Appetecchi, GB Alessandrini, F Carewska, M Caruso, T Prosini, PP Scaccia, S Passerini, S
Citation: Gb. Appetecchi et al., Investigation on lithium-polymer electrolyte batteries, J POWER SOU, 97-8, 2001, pp. 790-794
Electrochemical testing of industrially produced PEO-based polymer electrolytes
Authors: Appetecchi, GB Alessandrini, F Duan, RG Arzu, A Passerini, S
Citation: Gb. Appetecchi et al., Electrochemical testing of industrially produced PEO-based polymer electrolytes, J POWER SOU, 101(1), 2001, pp. 42-46
Synthesis of a bicontinuous electrically conductive nanocomposite via in-situ formation of RuO2 nanoparticles
Authors: Carewska, M Appetecchi, GB Cardellini, F Passerini, S
Citation: M. Carewska et al., Synthesis of a bicontinuous electrically conductive nanocomposite via in-situ formation of RuO2 nanoparticles, SOL ST ION, 139(3-4), 2001, pp. 211-218
The role of conductive carbon in PEO-based composite cathodes
Authors: Prosini, PP Passerini, S
Citation: Pp. Prosini et S. Passerini, The role of conductive carbon in PEO-based composite cathodes, EUR POLYM J, 37(1), 2001, pp. 65-69
Evidence for reversible formation of metallic Cu in Cu0.1V2O5 xerogel cathodes during intercalation cycling of Li+ ions as detected by X-ray absorption spectroscopy
Authors: Giorgetti, M Mukerjee, S Passerini, S McBreen, J Smyrl, WH
Citation: M. Giorgetti et al., Evidence for reversible formation of metallic Cu in Cu0.1V2O5 xerogel cathodes during intercalation cycling of Li+ ions as detected by X-ray absorption spectroscopy, J ELCHEM SO, 148(7), 2001, pp. A768-A774
PEO-LiN(SO2CF2CF3)(2) polymer electrolytes - I. XRD, DSC, and ionic conductivity characterization
Authors: Appetecchi, GB Henderson, W Villano, P Berrettoni, M Passerini, S
Citation: Gb. Appetecchi et al., PEO-LiN(SO2CF2CF3)(2) polymer electrolytes - I. XRD, DSC, and ionic conductivity characterization, J ELCHEM SO, 148(10), 2001, pp. A1171-A1178
The reduction of the irreversible capacity of metal oxide-based negative electrodes for Li-ion batteries
Authors: Prosini, PP Carewska, M Cardellini, F Passerini, S
Citation: Pp. Prosini et al., The reduction of the irreversible capacity of metal oxide-based negative electrodes for Li-ion batteries, MOLEC CRYST, 340, 2000, pp. 437-448
Lithium iron oxide as alternative anode for Li-ion batteries
Authors: Prosini, PP Carewska, M Loreti, S Minarini, C Passerini, S
Citation: Pp. Prosini et al., Lithium iron oxide as alternative anode for Li-ion batteries, INT J INORG, 2(4), 2000, pp. 365-370
Enhanced performance of lithium polymer batteries using a V2O5-PEG composite cathode
Authors: Prosini, PP Fujieda, T Passerini, S Shikano, M Sakai, T
Citation: Pp. Prosini et al., Enhanced performance of lithium polymer batteries using a V2O5-PEG composite cathode, ELECTROCH C, 2(1), 2000, pp. 44-47
Lithium-ion batteries for hearing aid applications II. Pulse discharge andsafety tests
Authors: Passerini, S Coustier, F Owens, BB
Citation: S. Passerini et al., Lithium-ion batteries for hearing aid applications II. Pulse discharge andsafety tests, J POWER SOU, 90(2), 2000, pp. 144-152
Lithium-ion batteries for hearing aid applications: I. Design and performance
Authors: Passerini, S Owens, BB Coustier, F
Citation: S. Passerini et al., Lithium-ion batteries for hearing aid applications: I. Design and performance, J POWER SOU, 89(1), 2000, pp. 29-39
Evidence of bilayer structure in V2O5 xerogel
Authors: Giorgetti, M Passerini, S Smyrl, WH Berrettoni, M
Citation: M. Giorgetti et al., Evidence of bilayer structure in V2O5 xerogel, INORG CHEM, 39(7), 2000, pp. 1514-1517
PEO-carbon composite lithium polymer electrolyte
Authors: Appetecchi, GB Passerini, S
Citation: Gb. Appetecchi et S. Passerini, PEO-carbon composite lithium polymer electrolyte, ELECTR ACT, 45(13), 2000, pp. 2139-2145
Characterization of PEO-based composite cathodes - I. Morphological, thermal, mechanical, and electrical properties
Authors: Appetecchi, GB Carewska, M Alessandrini, F Prosini, PP Passerini, S
Citation: Gb. Appetecchi et al., Characterization of PEO-based composite cathodes - I. Morphological, thermal, mechanical, and electrical properties, J ELCHEM SO, 147(2), 2000, pp. 451-459
Investigation on the stability of the lithium-polymer electrolyte interface
Authors: Appetecchi, GB Scaccia, S Passerini, S
Citation: Gb. Appetecchi et al., Investigation on the stability of the lithium-polymer electrolyte interface, J ELCHEM SO, 147(12), 2000, pp. 4448-4452
Li-Mn-O aerogels
Authors: Passerini, S Coustier, F Giorgetti, M Smyrl, WH
Citation: S. Passerini et al., Li-Mn-O aerogels, EL SOLID ST, 2(10), 1999, pp. 483-485
Stress changes in electrochromic thin film electrodes: Laser beam deflection method (LBDM) as a tool for the analysis of intercalation processes
Authors: Dini, D Passerini, S Scrosati, B Decker, F
Citation: D. Dini et al., Stress changes in electrochromic thin film electrodes: Laser beam deflection method (LBDM) as a tool for the analysis of intercalation processes, SOL EN MAT, 56(3-4), 1999, pp. 213-221
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