Biblioteca Universității "Dunărea de Jos"

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Progress reports on impedance spectroscopy [online] : Measurements, modeling, and application / Olfa Kanoun

By: KANOUN, Olfa.
Material type: materialTypeLabelBookPublisher: Berlin : De Gruyter Oldenbourg, 2017Description: 1 resursă onlline (154 p.).ISBN: 9783110449822.Subject(s): | DE-Chimie | DE-Inginerie electrică | | cărți achiziții | cărți electronice | cărți străine | chimie analitică | inginerie electrică | metrologie | control tehnicGenre/Form: Online resources: Acces la textul integral numai din contul de acces mobil.
Contents:
Frontmatter Preface Contents
Part I: Batteries State-of-charge and state-of-health estimation of commercial LiFePO4 batteries by means of impedance spectroscopy Ageing investigation of lithium Ion LiFePO4 batteries with a combination of EIS and structural analysis Streamlining calculation of the distribution of relaxation Times from time domain data Influence of the anode graphite particle size on the SEI film formation in Lithium-Ion Cells Frequency-dependent phase correction for impedance measurements On-line state estimation of automotive batteries using In-situ impedance spectroscopy
Part II: Sensors Capacitive measurements for characterizing thin layers of aqueous solutions Low-frequency dielectric spectroscopy approach to water content in winter premium diesel fuel assessment A novel method for capacitive determination of the overall resistance of an aqueous solution
Part III: Material characterization Nanoscale electrochemical characterization of materials by means of electrostatic force and current measurements AC Impedance investigation of multi-walled carbon nanotubes/PEDOT:PSS nanocomposites fabricated with different sonication times
Part IV: Bioimpedance From counting single biological cells to recovering photons: The versatility of contactless impedance sensing Electric impedance measurement of tissue phantom materials for development of medical diagnostic systems Problems encountered during inappropriate use of commercial bioimpedance devices in novel applications
List(s) this item appears in: Titluri cărți electronice De Gruyter | Titluri cărți electronice intrate în bibliotecă în anul 2020 | Titluri cărți inginerie electrică intrate în 2016-2020 | Titluri cărți inginerie electrică publicate în 2015-2020 | Titluri cărți electronice de inginerie electrică | Titluri cărți chimie (DC nave) publicate în 2017-2021 | Titluri cărți chimie (DC nave) intrate în 2016-2021 | Titluri cărți inginerie mecanică intrate în 2016-2022 | Titluri cărți inginerie mecanică intrate în 2010-2022 | Titluri cărți chimie intrate în 2010-2021 | Titluri cărți inginerie electrică intrate în 2016-2022 | Titluri cărți inginerie electrică publicate în 2017-2022 | Titluri cărți DC inginerie electrică (chimie) publicate în 2017-2022 | Titluri cărți chimie în limba engleză publicate în 2013-2023 | Titluri cărți chimie în limba engleză | Titluri cărți inginerie electrică | Titluri cărți chimie intrate în 2016-2024 | Titluri cărți chimie publicate în 2014-2024 | Titluri cărți chimie farmaceutică | Titluri cărți chimie (lb. engleză)
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Frontmatter Preface Contents

Part I: Batteries State-of-charge and state-of-health estimation of commercial LiFePO4 batteries by means of impedance spectroscopy Ageing investigation of lithium Ion LiFePO4 batteries with a combination of EIS and structural analysis Streamlining calculation of the distribution of relaxation Times from time domain data Influence of the anode graphite particle size on the SEI film formation in Lithium-Ion Cells Frequency-dependent phase correction for impedance measurements On-line state estimation of automotive batteries using In-situ impedance spectroscopy

Part II: Sensors Capacitive measurements for characterizing thin layers of aqueous solutions Low-frequency dielectric spectroscopy approach to water content in winter premium diesel fuel assessment A novel method for capacitive determination of the overall resistance of an aqueous solution

Part III: Material characterization Nanoscale electrochemical characterization of materials by means of electrostatic force and current measurements AC Impedance investigation of multi-walled carbon nanotubes/PEDOT:PSS nanocomposites fabricated with different sonication times

Part IV: Bioimpedance From counting single biological cells to recovering photons: The versatility of contactless impedance sensing Electric impedance measurement of tissue phantom materials for development of medical diagnostic systems Problems encountered during inappropriate use of commercial bioimpedance devices in novel applications

Achiziție prin proiectul Anelis Plus 2020.

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