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Computer-Controlled Bipotentiostat

Part Number
AFCBP1
Computer-Controlled Bipotentiostat
Computer-Controlled Bipotentiostat - Image 2
Computer-Controlled Bipotentiostat - Image 3

The AFCBP1 bipotentiostat is a general purpose electrochemical instrument with a built-in analog voltage Sweep Generator. It can function as a traditional potentiostat or galvanostat using three electrodes (working, reference, and counter electrodes), and it may also independently control an additional (second) working electrode. While this “bi”-potentiostat feature was originally designed for use in classic ring-disk electrode voltammetry, the instrument has also found use in many other dual working electrode techniques.

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Legacy Products > Legacy Electrochemical Workstations
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Computer-Controlled Bipotentiostat
Computer-Controlled Bipotentiostat - Image 2
Computer-Controlled Bipotentiostat - Image 3

The AFCBP1 bipotentiostat is a general purpose electrochemical instrument with a built-in analog voltage Sweep Generator. It can function as a traditional potentiostat or galvanostat using three electrodes (working, reference, and counter electrodes), and it may also independently control an additional (second) working electrode. While this “bi”-potentiostat feature was originally designed for use in classic ring-disk electrode voltammetry, the instrument has also found use in many other dual working electrode techniques.

References
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  2. Shao, J.; Johnson, A.; Hansen, C.A.; Kadish, K.M.; Han, B. Electroreductive dechlorination of γ-Hexachlorocyclohexane catalyzed by Rh2(dpf)4 in nonaqueous media, where dpf=N,N′-Diphenylformamidinate (1-) ion. Journal of Electroanalytical Chemistry 2019, 837, 208-218.
  3. Bystron, T.; Sramkova, E.; Dvorak, F.; Bouzek, K. Glassy carbon electrode activation – A way towards highly active, reproducible and stable electrode surface. Electrochimica Acta 2019, 299, 963-970.
  4. Li, T.; Deng, H.; Liu, J.; Jin, C.; Song, Y.; Wang, F. First-row transition metals and nitrogen co-doped carbon nanotubes: The exact origin of the enhanced activity for oxygen reduction reaction. Carbon 2019, 143, 859-868.
  5. Abrego-Martínez, J.C.; Wang, Y.; Moreno-Zuria, A.; Wei, Q.; Cuevas-Muñiz, F.M.; Arriaga, L.G.; Sun, S.; Mohamedi, M. Nanostructured Mn2O3/Pt/CNTs selective electrode for oxygen reduction reaction and methanol tolerance in mixed-reactant membraneless micro-DMFC. Electrochimica Acta 2019, 297, 230-239.
  6. Caron, E.; Brown, C.M.; Hean, D.; Wolf, M.O. Variable oxidation state sulfur-bridged bithiazole ligands tune the electronic properties of ruthenium(II) and copper(I) complexes. Dalton Trans. 2019, 48, 1263-1274.
  7. Henning, S.; Herranz, J.; Gasteiger, H.A. Bulk-Palladium and Palladium-on-Gold Electrocatalysts for the Oxidation of Hydrogen in Alkaline Electrolyte. J. Electrochem. Soc. 2015, 162, F178-F189.
  8. Yang, X.; Liu, Y.; Li, S.; Wei, X.; Wang, L.; Chen, Y. A direct borohydride fuel cell with a polymer fiber membrane and non-noble metal catalysts. Sci. Rep. 2012, 2, 567.
  9. Wu, H.; Wexler, D.; Wang, G. PtxNi alloy nanoparticles as cathode catalyst for PEM fuel cells with enhanced catalytic activity. Journal of Alloys and Compounds 2009, 488, 195-198.
  10. Schmidt, T.J.; Paulus, U.A.; Gasteiger, H.A.; Behm, R.J. The oxygen reduction reaction on a Pt/carbon fuel cell catalyst in the presence of chloride anions. J. Electroanal. Chem. , 508, 41–47.
  11. Schild, J. Catalyseurs supportés sur nanotubes de carbone pour la production d’énergies bas carbone. Ph.D. Dissertation, University of Paris - Saclay, .
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