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Are you looking for electrochemistry assignment help? We offer the best solutions.

Electrochemistry caused many students sleepless nights. However, the good news is that we are here to ensure that you get the best grades. We offer high-quality electrochemistry assignment help to all students globally. Over the period, we have been offer electrochemistry homework help; we have worked with thousands of students, ensuring that they get the best grades. Therefore, if you are looking for a reliable team that can offer high-quality solutions in your electrochemistry assignment, think of us.

The exhaustive list of topics in Electrochemistry in which we provide Help with Homework Assignment and Help with Project is as follows:

  • Conductance of electrolytes
  1. Ion-ion interactions.
  2. Poisson – Boltzmann equation and Debye – Huckel theory.
  3. ion pair formation and Bjerrum theory .
  4. Activity co-efficients – finite size corrections.
  5. Modern versions of electrolyte solutions and virial equations.
  6. Debye-Huckel – Onsager theory of conductance of electrolytes - Derivation of the limiting law and its limitations.
  7. Extension to higher concentrations.
  8. Temperature dependence of conductance.
  9. Ionic atmosphere and relaxation effect – time of relaxation.
  • Electrode potentials and applications
  1. Electrode potential and applications – Electrochemical series-Latimer and Frost diagrams.
  2. Thermodynamic properties from electrode potentials.
  3. Ion selective electrodes,pH measurements.
  4. Donnan membrane equilibrium.
  5. Liquid junction potentials, salt bridge, Henderson equation.
  • Electrode kinetics
  1. Overpotentials – Activation, Ohmic and diffusion overpotentials.
  2. Polarization curves and decomposition overpotentials.
  3. Kinetics of electrode reactions – Butler – Volmer equation – limiting cases.
  4. Exchange current density – Tafel equations.
  5. Hydrogen evolution reactions – mechanisms.
  • Electrochemical techniques
  1. Polarography – Ilkovic equation – derivation.
  2. Polarographic maxima.
  3. Stationary electrode polarography and cyclic voltammetry.
  4. Mechanisms of electron transfer processes using cyclic voltammetry.
  • Corrosion of metals
  1. Corrosion of metals – prevention of corrosion.
  2. Corrosion inhibitors.
  3. Pourbaix diagram – cathodic protection – elementary approach to modeling of corrosion.
  • Bio electrochemistry
  1. Ion transport across membranes – Nernst – Planck equation.
  2. Goldman constant field assumption.
  3. Selectivity co-efficient of membranes,Electro-osmosis.
  • electrochemical energy systems
  1. Energy storage devices – batteries and fuel cells.
  2. Primary and secondary batteries – lead acid battery.
  3. Fuel cells – hydrogen fuel cells and methanol fuel cells – present status. 
  • Electrochemical interfaces
  1. Electrochemical interfaces – electrical double layer – Lippman equation.
  2. Gouy-Chapman-Stern model.
  3. Influence of electronic structure on double layer capacitance and jellium models.
  4. Adsorption of ions and organic compounds on electrode surfaces.