Laboratory of Interfacial Electrochemistry, Hokkaido University

Members

Professor
  • Hiroki Habazaki, Dr.Sc.
    habazaki(at)eng.hokudai.ac.jp
    Research Gate
Associate Professor
Assistant Professor (specially appointed)
Assistant Professor
  • Mana Iwai, Ph.D
    mana-iwai(at)eng.hokudai.ac.jp
Post doctoral fellow
  • David Alberto Quintero Giraldo, Ph.D
    dalberto.quintero(at)eng.hokudai.ac.jp
  • Ruijie Zhu, Ph.D
    SJTUtaeja(at)outlook.com
Secretary
  • Miki Oda
    moda(at)eng.hokudai.ac.jp
Technical staff
  • Yuka Hoshino
Students (Doctoral course)
  • Akihiro Fujimura
  • Kosaku Nomura
  • Masataka Hiyoshi
Students (Master course)
  • Mikio Nagae
  • Hisato Matsuya
  • Yuya Mizushiri
  • Hiroya Motohashi
  • Tomoomi Eguti
  • Natsumi Takano
  • Tomoya Nagao
  • Yuta Nagasaka
  • Keita Nishizawa
  • Kota Hirasawa
Students (Under Graduate)
  • Kanako Nagayama
  • Takahiro Noguchi
  • Yu Fujita
  • Naoto Wakabayashi

Research Interests

  • Preparation of superoleophobic/hydrophobic surfaces and slippery liquid infused porous surfaces using the nanostructural control via anodizing
  • Self-organized porous anodic oxide films: tailoring of new formation process, understanding of formation mechanism and application
  • Barrier-type anodic oxide films on valve metal alloys: correlation between composition, structure and properties of oxides
  • Synthesis of nanomaterials using porous anodic alumina template and metal oxide particles
  • Development of new ORR and OER catalysts for fuel cells and metal-air batteries
  • Understanding of the deterioration process of metal-air secondary batteries’ electrodes
  • Preparation of anatase type TiO2 thin films via cathodic deposition and their application
  • Solid state ionics for the energy conversion system
  • Development of H-/H+ conductive materials for the energy conversion system
  • Preparation of the thin-film by means of sputtering for fuel cells and water electrolysis
  • Development of metal-cluster loaded nanosheet electrocatalysts
  • Characterization of nano-functional surfaces

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