Candidate electrode - PowerPoint PPT Presentation
Dimitra Blana, PhD; Juan G. Hincapie, PhD; Edward K. Chadwick, PhD; Robert F. Kirsch, PhD
Selection of muscle and nerve-cuff electrodes for neuroprostheses using customizable musculoskeletal model. Dimitra Blana, PhD; Juan G. Hincapie, PhD; Edward K. Chadwick, PhD; Robert F. Kirsch, PhD. Aim
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Pacemaker Electrode
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Electrode Potentials. know the IUPAC convention for writing half-equations for electrode reactions. Know and be able to use the conventional representation of cells. Know that standard electrode potential, E , refers to conditions of 298 K, 100 kPa and 1.00 mol dm −3 solution of ions.
electrode surface
stirred δ : const. ( əC A / əx) = conc. gradient = slope of conc. profile α diffusion rate. i = nFAD A ( ə C A / ə x) = nFAD A [(C A - C A º ) / δ ]. as C A º → 0 i l = nFAD A C A / δ = k A C A. unstirred δ: ↑ w time. For A + ne - = P
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Standard Reference Electrode Standard Hydrogen Electrode (SHE). SHE: • Assigned 0.000 V • Can be anode or cathode • Pt does not take part in reaction • Difficult to operate. Standard Conditions: 1 atm for gases, 1.0M for solutions, 25 o C for all (298 K).
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