PAPER: Between Charged Aerosol Particles & Substrate’s Hydrophilicity. 正帯電した気中浮遊粒子が親水性が高い表面に付きやすい(新現象の発見)

pdf
Area-selective deposition of charged particles derived from colloidal aerosol droplets on a surface with different hydrophilic levels...J. Aerosol Science. (a work by Kusdianto (Doctoral student, now with ITS, Indonesia), Gen (Doctoral student, now with City Univ Hong Kong), and Lenggoro.

Highlights
* Charged aerosol particles were derived from spraying colloidal droplets.
* Substrate with different ‘levels’ of hydrophilicity was used.
* Positively charged aerosol particles tended to approach the ‘more hydrophilic’ area.

Go to hydropilic surface

異なる親水性度をもつ基板(表面)に対して、気相中に浮遊させた帯電微粒子の挙動を調べました。
【新規性】正に帯電された浮遊微粒子がより親水性度が高い表面に沈着(付着)する傾向にあることがわかりました。
【応用展開1】材料のパターン化技術のヒント
【応用展開2】植物表面における大気中浮遊粒子の沈着の研究のヒント

Patterning on ‘more hydrophilic’ area
pdf
>>> Some journal papers from our group.

Short-link of this site:
http://wp.me/p10HOa-1Qs