Biofunctionalized conductive polymers enable efficient CO2 electroreduction

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Across
  1. 1. Trait of a material to not facilitate electrical flow.
  2. 5. Measure of a materials ability to carry an electric current.
  3. 7. Reactant molecules, enzymes act upon.
  4. 8. Conductor through which electric flow can be realised.
  5. 9. Lack of a substance to react under specific conditions, undergo chemical changes.
  6. 11. Biological catalyst that accelerates chemical reactions by stabilizing transition states and therefore lowering activation energies.
  7. 12. Organic compounds composed of hydrogen and carbon atoms.
  8. 14. Trait of a system where electrons are delocalized, lowering the overall energy, and increasing stability.
  9. 17. Additional potential required in an electrochemical cell, exceeding the thermodynamic requirement for the reaction.
  10. 18. Opposition to alternating current, presented by the combined effect of resistance and reactance in a circuit.
  11. 19. Electrode within an electrochemical cell, where reduction takes place.
  12. 20. Trait of a material opposed to being naturally occurring.
Down
  1. 2. Number of times, a catalyst facilitates a chemical reaction per unit of time.
  2. 3. Recurring structural element, pattern serving as characteristic feature/building block.
  3. 4. Accumulating a material, often in form of thin films on a surface.
  4. 6. The process of combining, or making units of a chemical combine, to make a polymer.
  5. 10. Techniques involving measuring currents as a function of time in electrochemical experiments.
  6. 13. Distinct, recognizable part of a molecule.
  7. 15. Introducing impurities into a semiconductor to alter its electrical properties.
  8. 16. Graphical representation of current versus applied voltage in an electrochemical cell.