Application notes:
(List updated on June 9, 2009)
- AN#1 - Protocols for
studying intercalation electrodes materials: Part I: Galvanostatic cycling
with potential limitation (GCPL)
- AN#2 - Protocols for
studying intercalation electrodes materials: Part II: Potentiodynamic
Cycling with Galvanostatic Acceleration (PCGA)
- AN#3 - Galvanostatic
Cycling with Potential limitation 4: Low Earth Orbit battery satellite
protocol
- AN#4 - Potentiostat
stability mystery explained
- AN#5 - Precautions for good
impedance measurements
- AN#6 - Constant Power
protocol Application
- AN#7 - Application of the
bipotentiostat to an experiment with a rotating ring-disk electrode.
- AN#8 - Impedance,
admittance, Nyquist, Bode, Black, etc.
- AN#9 - Linear vs.
non-linear systems in impedance measurements
- AN#10 - Corrosion current
measurement for an iron electrode in an acid solution
- AN#11 - Calculation of
the platinum’s active surface
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- AN#12 - UV-Visible
Spectroscopy and Electrochemistry coupling: Spectro-electrochemical
experiment feasibility on a polypyrrol film
- AN#13 - VMP3 and Quartz
Crystal Microbalance coupling: mass measurement during a polypyrrol film
deposition
- AN#14 - ZFit and
equivalent electrical circuits
- AN#15 - Two questions
about Kramers-Kronig transformations
- AN#16 - Simultaneous
Impedance measurements on each element of a running cell stack
- AN#17 - Drift correction
in electrochemical impedance measurements
- AN#18 - Staircase
Potentio Electrochemical Impedance Spectroscopy and automatic successive
ZFit analysis
- AN#19 - EIS measurements
with multisine
- AN#20 - Pseudo
capacitance calculation
- AN#21 - Measurements of
the double layer capacitance
- AN#22 - Corrosion of
reinforced concrete
- AN#23 - EIS measurements
on Li-ion batteries - EC-Lab software parameters adjustment (updated June 9, 2009)
- AN#24 - Photovoltaic
Characterizations: Polarization and Mott Schottky plot
- AN#25 - Multi Pitting
Corrosion
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Technical notes:
(accessible to registered users only - List updated on September 16, 2008)
Handbook of Electrochemical Impedance Spectroscopy:
(by courtesy of Jean-Paul Diard, Bernard Le Gorrec, Claude Montella)
Interactive Faradaic impedance library
(by courtesy of Jean-Paul Diard, Bernard Le Gorrec, Claude Montella)
- Require Free Free
Mathematica Player
.
- Mathematica Player files are interactive.
- More than 15 reactions with or without adsorbed species, redox(E) reaction, EE reaction, Volmer-Heyrovsky or Volmer-Tafel corrosion reaction, direct or indirect insertion reactions, etc.
- You can vary the kinetic parameters (kinetic constants, diffusion coefficient, rotation sped of rotating disk electrode, etc...) and observe the change of the steady-state current density vs. electrode potential and the change of the Nyquist impedance diagram with the electrode potential, its shape, its number of impedance arcs.
- More coming soon !
- How to use:
- Select a file below and load it.
- Open the mma Player file.
- Enjoy!
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Etude de réactions électrochimiques par
SIE:
(by courtesy of Jean-Paul Diard, Bernard Le Gorrec, Claude Montella)
Important information
- The links marked with a
 requires
a login and password which will be emailed (by a human) to you once you
register
your instrument.
- You can use the following
link to register
your instrument or ask for help.
- Please use the following
link to fill
our online survey. It is very important for us to know where we need
to improve.
- The username & password have changed
October 1st 2007, you may need to
register again.
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