Electrochemistry for Teaching and Research
Academic Discount
A 10% discount is offered to all accredited academic institutions (US
& Canada only) on the following epsilon electrochemistry and liquid chromatography
systems (the configuration of the system is defined by the options selected,
as represented by x in the part #).
EC epsilon
The epsilon is a revolutionary new family of potentiostat/galvanostats
that has been designed to allow the user great flexibility in choosing
their particular instrument. The most basic epsilon instrument can be
used for cyclic voltammetry, bulk electrolysis, amperometry, chronoamperometry,
and chronopotentiometry, making it ideal for the teaching lab or for materials
characterization (e.g., characterization of transition metal complexes
by cyclic voltammetry and controlled potential electrolysis, or of biosensors
by cyclic voltammetry and constant potential amperometry). Pulse, square
wave, and stripping techniques can be added by a software upgrade, and
a second channel can be added by a hardware upgrade.
Accessories for the EC epsilon
C-3 Cell
Stand
The BAS C-3 Cell Stand is a general-purpose accessory for electroanalytical
experiments.
CGME Controlled
Growth Mercury Electrode
The BAS Controlled Growth Mercury Electrode (CGME) is ideal for polarography
experiments and other electroanalytical experiments requiring a mercury
drop electrode.
RDE-2
Rotating Disk Electrode
The BAS RDE-2 is a rotator system for use in constant-RPM and hydrodynamic
modulation rotating disk electrochemistry.
DigiSim® Simulation Software for Cyclic Voltammetry
DigiSim can be used to calculate theoretical cyclic voltammograms for
a wide range of electrochemical mechanisms, including multiple electron
transfers and coupled chemical reactions.
BASi Electrochemistry Literature
BAS has published a large
number of application notes (Capsules) and Current
Separations articles that discuss various aspects of electroanalytical
chemistry, including cyclic voltammetry of transition metal complexes and
neurotransmitters, protein electrochemistry, electrosynthesis, and trace
analysis using stripping voltammetry.
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