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the claim
Positive ions migrate toward the cathode during electrolysis
the verdict
COMMON KNOWLEDGE
no citation needed for this one
refutedsupported
the weight of evidence
5 sources for · 0 against

Positive ions migrate toward the cathode during electrolysis as a fundamental electrochemical principle required for charge neutrality and reduction reactions.

Evidence for · 5
2021 · cited by 64
The study discusses nickel ions migrating toward the cathode during electrodeposition and electrolysis.
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The analysis

The claim is a fundamental electrochemical fact: positively charged ions (cations) are attracted to the negatively charged cathode during electrolysis. The retrieved papers consistently document this phenomenon across various electrochemical and microbial electrolysis systems (e.g., migration of nickel and ammonium ions to the cathode). Because this is a well-established scientific fact of direct everyday/foundational observation in electrochemistry, the verdict is COMMON_KNOWLEDGE, and the supporting papers confirm instances of this process.

More for · 4
2019 · cited by 42
The research highlights the migration of ammonium ions toward the cathode in a microbial electrolysis cell.
2014 · cited by 22
The paper notes that power mediates ammonium migration toward the cathode in an electrolysis cell.
2020 · cited by 17
The study examines ammonium migration toward the cathode in a three-chamber microbial electrolysis cell.
2025 · cited by 14
The paper discusses the migration of divalent cations from the feedwater into the catholyte during electrolysis.
Everything we examined (12)
We also searched for evidence AGAINST this claim, not only for it.
  1. Removal of low concentrations of nickel ions in electroplating wastewater by combination of electrodialysis and electrodeposition.peer-reviewedsupports
  2. Two-side cathode microbial electrolysis cell for nutrients recovery and biogas upgradingpeer-reviewedsupports
  3. Nitrogen removal from wastewater through microbial electrolysis cells and cation exchange membranepeer-reviewedsupports
  4. Potentiostatic vs galvanostatic operation of a Microbial Electrolysis Cell for ammonium recovery and biogas upgradingpeer-reviewedsupports
  5. The Potential of Electrodialysis with Mediating Solution (EDM) for Eliminating Alkaline Scaling: Experimental Validation and Mechanistic Elucidation.peer-reviewedsupports
  6. Ion transport for simultaneous nickel electrodeposition and sulfuric acid recovery in single-membrane, dual-chamber electrolyzers.peer-reviewedno side takennot shown: read and judged not to bear on this claim
  7. Ion-selective interface engineering for durable electrolysis of impure water.peer-reviewedno side takennot shown: read and judged not to bear on this claim
  8. Achieving High Selectivity and Stability in Electrocatalytic CO<sub>2</sub> Reduction in Acidic Media via Ion Confinement.peer-reviewedno side takennot shown: read and judged not to bear on this claim
  9. Gaseous CO<sub>2</sub> electrolysis: latest advances in electrode and electrolyzer technologies toward abating CO<sub>2</sub> emissions.peer-reviewedno side takennot shown: read and judged not to bear on this claim
  10. Toward Efficient and Reliable Chemical Upgrading Using Solid Oxide Electrochemical Reactors, Mechanisms, Challenges, and Design Principles.peer-reviewedno side takennot shown: read and judged not to bear on this claim
  11. A Stereoscopic Perspective on the Triple-Phase Interface Microenvironment in Electrochemical CO<sub>2</sub> Reduction: Insights from In Situ Studies.peer-reviewedno side takennot shown: read and judged not to bear on this claim
  12. System Design in CO<sub>2</sub> Electrolysis: Integrating Value-Added Anode Reactions with Cathodic Reduction.peer-reviewedno side takennot shown: read and judged not to bear on this claim
The paper trail · every fact has a biography
first checked06 Aug 2026
judged → COMMON KNOWLEDGE · 8606 Aug 2026
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