Faculty Profiles - ONO Tsutomu

MISC - ONO Tsutomu

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湿式紡糸で作るモノフィラメント状ナノファイバー Invited

小野努, 渡邉貴一

繊維学会誌 79 ( 6 ) P-188 - P-190 2023.6

高分子イオン液体材料とその分離場への期待 Invited

渡邉貴一, 小野努

分離技術 53 ( 5 ) 275 - 279 2023.5

Microfluidic Preparation of Hydrogel Microcapsules Using Aqueous Two-Phase System Formation in Monodisperse Droplets Invited

Takaichi WATANABE, Tsutomu ONO

JAPANESE JOURNAL OF MULTIPHASE FLOW 34 ( 2 ) 318 - 325 2020.6

Metal Microcapsules including liquid Invited

Tsutomu Ono, Takaichi Watanabe

C & I Commun 45 ( 3 ) 30 - 33 2020.3

マイクロ流体デバイスによる精密コロイド材料調製のための界面設計 Invited

小野努, 渡邉貴一

粉体工学会誌 55 340 - 345 2018.6

マイクロ流体デバイスを用いた単分散ポリ乳酸微粒子の連続調製 Invited

渡邉貴一, 小野努

ケミカルエンジニヤリング 63 ( 2 ) 2018.2

Interface engineering for colloid materials production using a microfluidic process

Tsutomu Ono, Takaichi Watanabe

Journal of the Society of Powder Technology, Japan 55 ( 6 ) 340 - 345 2018

Language：Japanese Publishing type：Book review, literature introduction, etc. Publisher：Society of Powder Technology

Microfluidics is a fascinating tool for colloidal materials design. It precisely controls the interface of immiscible fluids in a microchannel such as droplets, slug flow and jet flow. Monodisperse droplets prepared by microfluidic emulsification are readily converted into monodisperse particles by solvent diffusion. Furthermore, controlling the inner phase separation leads to construct the capsule structure containing oil or aqueous liquid. Based on the same concept, the rapid solidification from jet flow enables wet-spinning of nanofibers. In this review, we show our experimental procedure and the leading results and discuss key factors to develop such a microfluidic process to produce well-defined materials.

DOI： 10.4164/sptj.55.340

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Study on Ultrasonic Emulsification Condition using Microchannel Device

117 ( 155 ) 37 - 40 2017.7