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Kikuo Okuyama
Kikuo Okuyama
Hiroshima University
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2006 Fuchs Memorial Award recipients-Prof. Richard C. Flagan-Prof. Peter H. McMurry
J Seinfeld, H Horvath, G Kasper, B Liu, K Okuyama, Y Otani
Journal of Aerosol Science 38 (3), 370-372, 2007
2007
2017 ALKIVIADES PAYATAKES DISTINGUISHED LECTURE
K Okuyama
70 Condensed matter: Electronic structure, electrical, magnetic, and optical properties-Temperature-dependent electrical conduction in porous silicon: Non-Arrhenius behavior
Mikrajuddin, FG Shi, K Okuyama
Europhysics Letters 54 (2), 234-240, 2001
2001
A constant-current electrospinning system for production of high quality nanofibers
MM Munir, F Iskandar, K Khairurrijal, K Okuyama
Review of Scientific Instruments 79 (9), 2008
422008
A differential mobility analyzer and a Faraday cup electrometer for operation at 200–930 Pa pressure
KS Seol, Y Tsutatani, RP Camata, J Yabumoto, S Isomura, Y Okada, ...
Journal of aerosol science 31 (12), 1389-1395, 2000
522000
A direct approach for evaluating the thermal condition of a silicon substrate under infrared rays and specular reflectors
H Habuka, T Otsuka, M Mayusumi, M Shimada, K Okuyama
Journal of the Electrochemical Society 146 (2), 713, 1999
181999
A Free Molecular Flow Characteristic through a Conduit with an Orifice-Restricted Exit
H Shinagawa, S Andoh, K Okuyama
Shinku 41 (6), 581-583, 1998
21998
A model calculation of particle deposition onto a rough wall by Brownian and turbulent diffusion
M Shimada, K Okuyama, Y Kousaka, JH Seinfeld
Journal of colloid and interface science 125 (1), 198-211, 1988
281988
A new CVD film formation process using ionization of TEOS
M Adachi, T Hayasi, T Fujimoto, K Okuyama
1997 IEEE International Symposium on Semiconductor Manufacturing Conference …, 1997
21997
A New Observation on the Phase Transformation of TiO2 Nanoparticles Produced by a CVD Method
CS Kim, K Nakaso, B Xia, K Okuyama, M Shimada
Aerosol science and technology 39 (2), 104-112, 2005
572005
A new physical route to produce monodispersed microsphere nanoparticle− polymer composites
KM Yun, AB Suryamas, C Hirakawa, F Iskandar, K Okuyama
Langmuir 25 (18), 11038-11042, 2009
282009
A new technique of particle size analysis of aerosols and fine powders using an ultramicroscope
T Yoshida, Y Kousaka, K Okuyama
Industrial & Engineering Chemistry Fundamentals 14 (1), 47-51, 1975
511975
A polymer solution process for synthesis of (Y, Gd) 3Al5O12: Ce phosphor particles
M Abdullah, K Okuyama, IW Lenggoro, S Taya
Journal of non-crystalline solids 351 (8-9), 697-704, 2005
402005
A precise method to determine the diameter of airborne latex particles
Y Kousaka, K Okuyama, M Shimada, K Ohshima
Journal of aerosol science 19 (4), 501-509, 1988
81988
A pulse combustion‐spray pyrolysis process for the preparation of nano‐and submicrometer‐sized oxide particles
W Widiyastuti, WN Wang, A Purwanto, IW Lenggoro, K Okuyama
Journal of the American Ceramic Society 90 (12), 3779-3785, 2007
402007
A role of template surface charge in the preparation of porous and hollow particles using spray-drying
N Hagura, ABD Nandiyanto, F Iskandar, K Okuyama
Chemistry letters 38 (11), 1076-1077, 2009
222009
A theoretical evaluation of liquid condensate formation by heterogeneous nucleation from a benzene and cyclohexane vapor mixture
H Shinagawa, T Hamada, K Okuyama, BE Wyslouzil
Journal of chemical engineering of Japan 27 (2), 249-253, 1994
11994
A Theoretical Evaluation of Liquid Condensate Formation by Heterogeneous Nucleation from a Benzene and Cyclohexane Vapor Mixture (Vol 27, Pg 250, 1994)
H Shinagawa, T Hamada, K Okuyama, BE Wyslouzil
Journal of Chemical Engineering of Japan 27 (5), 3-3, 1994
1994
A unified model for temperature dependent electrical conduction in polymer electrolytes
I Wuled Lenggoro, K Okuyama
arXiv e-prints, cond-mat/0104190, 2001
2001
A unified model for temperature dependent electrical conduction in polymer electrolytes
IW Lenggoro, K Okuyama
arXiv preprint cond-mat/0104190, 2001
2001
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