Fast capillary waves on an underwater superhydrophobic surface

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  Wong William: Enhanced Electrocatalysis via the Plastron Effect

  Wong, W. (Principal investigator)

  01/09/2022 → 31/08/2025

  Project: RCF Postdoctoral Researcher

  • Surface (Surface Science) 100%
  • Contact Angle Hysteresis 40%
  • Polysiloxane 40%
  • Interfacial Energy 37%
  • Polydimethylsiloxane 33%

• SuperElectro: Super(de)wettability-enhanced Electrocatalysis

  Wong, W. (Principal investigator)

  01/05/2022 → 31/10/2025

  Project: EU Horizon Europe MC

  • Surface (Surface Science) 100%
  • Contact Angle Hysteresis 40%
  • Polysiloxane 40%
  • Interfacial Energy 37%
  • Polydimethylsiloxane 33%

• PULSUR: Pulsating Surfaces

  Ras, R. (Principal investigator)

  01/09/2021 → 31/08/2025

  Project: RCF Academy Project

  • Surface (Surface Science) 100%
  • Superhydrophobic 54%
  • Contact Line 49%
  • Nanomaterial 48%
  • Repellency 48%

• PULSUR: Värähtelevät pinnat (PULSUR): Vedenalaisten superhydrofobisten pintojen ultraääninen dynamiikka

  Nieminen, H. (Principal investigator)

  01/09/2021 → 31/08/2025

  Project: RCF Academy Project

  • Superhydrophobic Surface 100%
  • Ultrasonics 50%
  • Capillary Wave 50%
  • Sound Wave 50%
  • Length Scale 50%