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We use dip-pen nanolithography to accurately pattern Ni(OH)2 nanoclusters on a metachemical surface with an exceptionally large surface area. The distance between the nanoclusters can be manipulated to control the… Click to show full abstract
We use dip-pen nanolithography to accurately pattern Ni(OH)2 nanoclusters on a metachemical surface with an exceptionally large surface area. The distance between the nanoclusters can be manipulated to control the oxygen-evolution reaction current and overpotential, thereby improving the efficiency of the water-splitting process while using minute amounts of the catalyst.
Keywords:
controlling size;
water;
pen nanolithography;
dip pen
Journal Title: Molecules
Year Published: 2020
Link to full text (if available)
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Journal Title: Molecules
Year Published: 2020
Link to full text (if available)
Share on Social Media: Sign Up to like & get
recommendations!