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Kunito Okuyama

Fuji Xerox

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Publication

Featured researches published by Kunito Okuyama.

Archive | 2004

Droplet ejection method and device

Yoshihiro Iida; Kunito Okuyama; Naoki Morita

Archive | 2012

Chemical process using an ink jet method

Kunito Okuyama; 邦人 奥山

KSME/JSME THERMAL and FLUID Engineering Conference | 1996

EFFECT OF AMBIENT PRESSURE ON THE DYNAMICS OF BUBBLE FORMATION BY FLUCTUATION NUCLEATION ON A FILM RAPIDLY HEATED TO THE LIMIT OF LIQUID SUPERHEAT

Yoshihiro Iida; Kunito Okuyama; Tetsuya Endou; Nobumasa Kanda

The Proceedings of the National Symposium on Power and Energy Systems | 2017

The effect of honeycomb porous plate and nano-particle deposited layer on quenching of high temperature stainless steel block

Fumihisa Yokomatsu; Shoji Mori; Mikako Tanaka; Kunito Okuyama

The Proceedings of the National Symposium on Power and Energy Systems | 2017

The CHF Enhancement on Downward Facing Heated Surface in a Saturated Pool Boiling Using a Honeycomb Porous Plate with Two Layers Structure

Naru Maruoka; Shoji Mori; Kunito Okuyama

The Proceedings of the National Symposium on Power and Energy Systems | 2016

CHF Enhancement Using Porous Cellulose Beads and Nanofluid in Saturated Pool Boiling

Fumihisa Yokomatsu; Shoji Mori; Akira Ohnuki; Kunito Okuyama

The Proceedings of the Thermal Engineering Conference | 2015

B131 The effect of honeycomb porous plate on CHF in a saturated pool boiling of FC-72

Takafumi Taira; Shoji Mori; Naoya Fukuda; Naru Maruoka; Kunito Okuyama

The Proceedings of the National Symposium on Power and Energy Systems | 2015

F223 The Effects of Liquid Supply on Critical Heat Flux Enhancement Using Honeycomb Porous Plate in a Saturated Pool Boiling

Naru Maruoka; Shoji Mori; Ryosuke Imai; Kunito Okuyama

The Proceedings of the National Symposium on Power and Energy Systems | 2014

F123 Transient CHF enhancement of saturated pool boiling of water using a honeycomb porous media

Shoji Mori; Ryunosuke Osa; Kunito Okuyama

The Proceedings of the Thermal Engineering Conference | 2013

H212 A single, straight-tube pulsating heat pipe : Effect of miniaturized diameter

Yuma Hirokane; Shoji Mori; Kunito Okuyama

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Shoji Mori

Yokohama National University

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Yoshihiro Iida

Fuji Xerox

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Naru Maruoka

Yokohama National University

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Fumihisa Yokomatsu

Yokohama National University

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Mikako Tanaka

Yokohama National University

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Naoki Morita

Xerox

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Hironobu Kunieda

Yokohama National University

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Jeong Hun Kim

Saga University

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Kenji Aramaki

Yokohama National University

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Naoki Morita

Xerox

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