SCEJ 80th Annual Meeting (Tokyo, 2015): Session programs

Session programs

Chemical reaction engineering

C213-C222, D213-D223, D301-D324

Most recent update: 2015-03-05 09:42:37

Time	Paper ID	Title / Authors	Keywords	Topic code	Ack. number
Hall C, Day 2
(13:00–15:00) (Chair: Sakurai M., Yamada M.)
13:00– 13:20	C213	Study on Nitrization process of Li target for BNCT by in-situ vacuum deposition and ion inplanthing technique (Japan Atomic Energy Agency) Ishiyama Shintaro	BNCT $B%j%A%&%`(B $B$,$s<#NE(B	5-f	86
13:20– 13:40	C214	Fabrication of multi-functional polyimide fine particles using a multi-step microreactor (AIST) *Ishizaka T., Ishigaki A., Chatterjee M., Suzuki A., Suzuki T., Kawanami H.	polyimide particles multi-functionalization	5-f	698
13:40– 14:00	C215	Synthesis of Acetal and Formal compounds by Using a Microreactor (NOF) *Nakayama Kohei, Ota Toshihiko	Synthesis of Acetal and Formal compounds microreactor solid acid catalyst	5-f	638
14:00– 14:20	C216	Development of micro reactor for efficient three phase reaction (Kyoto U.) Honda Chika, Fukuda Takashi, *Maki Taisuke, Nakagawa Hiroyuki, Mae Kazuhiro	microreactor packed-bed reactor carbon catalyst	5-f	556
14:20– 14:40	C217	Continuous demulsification using electric field in a mm-order diameter tube; effect of kinds of organic phase and electrolyte dissolved in aqueous phase (Osaka Pref. U.) *Muto Akinori, Matsumoto Tomoyuki, Hiraguchi Yuuichi, Tokumoto Hayato	Demulsification Electric field Electrolyte	5-f	378
14:40– 15:00	C218	Development of a microreactor system for reduction of nitrate ion (Hitachi) *Asano Y., (U. Tokyo) Aritome K., Sugano O., (Hitachi) Togashi S., Ito Y., (U. Tokyo) Miyake R.	microreactor system for reduction metal reductant nitrate ion	5-f	69
15:00– 15:20	Break
(15:20–16:20) (Chair: Maki T., Asano Y.)
15:20– 15:40	C220	Development of novel microreactors using the etching aluminum (TUAT) *Hiramatsu Hiromi, Koyama Yoshimi, Sakai Yuhei, Sakurai Makoto, Kameyama Hideo	microreactor structured catalyst methanol reforming	5-f	222
15:40– 16:00	C221	Development of design method of micro channel for liquid-liquid extraction (Kobe Steel) *Hangai Hiroo, Fujisawa Akitoshi, Matsuoka Akira, Noishiki Koji	microchannel extraction mass transfer	5-f	392
16:00– 16:20	C222	Blockage detection of externally Parallelized Catalytic Microreactors (Kyoto U.) *Taniguchi Satoshi, Taga Toshiki, Tonomura Osamu, Hasebe Shinji	parallelized microreactor blockage detection catalytic reaction	5-f	406
Hall D, Day 2
(13:00–15:00) (Chair: Harano A., Kikuchi R.)
13:00– 13:20	D213	Production of organic acids from lignocellulosic biomass under basic condition (Kyoto U.) *Muranaka Yosuke, Fujii Yudai, Hasegawa Isao, Mae Kazuhiro	Biomass Basic treatment Lactic acid	5-g	341
13:20– 13:40	D214	Production of a green solvent by two-step catalytic reforming of volatiles from cellulose pyrolysis (Kyushu U.) *Kudo Shinji, Goto Nozomi, Norinaga Koyo, Hayashi Jun-ichiro	Cellulose Pyrolysis Reforming	5-g	681
13:40– 14:00	D215	Utilization of waste egg shell as a catalyst for steam reforming of biomass tar (Hirosaki U.) *Kaewpanha Malinee, (Hirosaki U., NJRISE) Guan Guoqing, Abudula Abuliti	biomass tar steam reforming egg shell	5-g	23
14:00– 14:20	D216	Growth rate and final biomass concentration of five types of marine microalgae in F2 medium: Targeting biomass production and carbon capture (UTP) Krishnan Vijendren, *Uemura Yoshimitsu, Nguyen Tien Thanh, Abdul Khalid Nadila, Osman Noridah, Mansor Nurlidia	marine microalgae growth biomass production	5-g	744
14:20– 14:40	D217	Transesterification of palm oil with methanol in a millichannel reactor: Effect of tube internal diameter (UTP) Mohd Azam Nurul Asyikin, *Uemura Yoshimitsu, (Sojo U.) Kusakabe Katsuki, (UTP) Osman Noridah, Bustam Mohamad Azmi	millichannel reactor transesterification FAME yield	5-g	769
14:40– 15:00	D218	Torrefaction of empty fruit bunches under inert, oxygen, carbon dioxide and oxygen/carbon dioxide atmospheres (UTP) Sulaiman Mohammad Hisham, *Uemura Yoshimitsu, Osman Noridah, Azizan Mohammad Tazli, (Yamaguchi U.) Tanoue Ken-ichiro	torrefaction empty fruit bunches oxidative atmosphere	5-g	782
15:00– 15:20	Break
(15:20–16:40) (Chair: Hayashi J.)
15:20– 15:40	D220	Oligomerization of organic compounds with pulsed discharges at argon-aqueous solution interface (Kumamoto U.) *Sasaki Mitsuru, Sakai Yuka, Komonguchi Mayo, (Hiroshima Shudo U.) Kawamura Kunio, (Nagasaki U.) Furusato Tomohiro, (Hachinohe NCT) Honma Tetsuo, (Kumamoto U.) Quitain Armando, Kida Tetsuya	Pulsed discharges Amino acids Oligomerization	5-c	814
15:40– 16:00	D221	Measurement of the active oxygen species formed by the ultrasound/microbubble combined system (Nagaoka Nat. Col Tech) Masuda N., *Murakami Y.	$B%^%$%/%m%P%V%k(B $BD62;GH(B $B3h@-;@AG(B	5-c	129
16:00– 16:20	D222	Reaction of sea water components with NO₂ (Gunma U.) Takei Manabu, *Harano Azuchi	denitration Raman spectroscopy sea water	5-c	44
16:20– 16:40	D223	(withdrawn)		100	631
Hall D, Day 3
(9:00–10:20) (Chair: Nakagawa K., Sasaki T.)
9:00– 9:20	D301	Kinetic analysis for NH₃ decomposition reaction on Ni and Ru catalysts (AIST) *Takahashi A., Fujitani T.	ammonia decomposition Hydrogen production Kinetic model	5-a	7
9:20– 9:40	D302	Additive effect of chromium on Cu/CeO₂ catalyst for CO oxidation (Kumamoto U./Kyoto U ESICB) *Yoshida Hiroshi, (Kumamoto U.) Okabe Yuri, Yamashita Noriko, (Kumamoto U./Kyoto U ESICB/JST PRESTO) Hinokuma Satoshi, (Kumamoto U./Kyoto U ESICB) Machida Masato	CO oxidation composite metal oxide copper	5-a	194
9:40– 10:00	D303	The effect of metal addition to Cu/HZSM-5 catalysts on the activity of phenol synthesis (Kobe U.) *Ichihashi Y., Watanabe S., Tachibana M., Okemoto A., Taniya K., Nishiyama S.	partial oxidation phenol synthesis Cu/HZSM-5	5-a	307
10:00– 10:20	D304	Improvement of catalytic activity by addition of myristic acid in preparation of supported Pt-Pd catalytsts (Kyushu U.) Zhang Wengeng, Matsune Hideki, Takenaka Sakae, *Kishida Masahiro	Pt-Pd Catalyst Myristic Acid Decane Oxidation	5-a	273
10:20– 10:40	Break
(10:40–12:00) (Chair: Ichihashi Y, Takahashi A.)
10:40– 11:00	D306	Development of an analysis method for active site concentration of heterogeneous catalytic reactions (NIT, Fukushima Col.) Aoki Toshihiro	heterogeneous catalytic reaction active site concentration reaction kinetics	5-a	821
11:00– 11:20	D307	Hydrothermal synthesis and catalytic reaction on alcohol dehydration of high surface area ceria (U. Tokushima/Anan Kasei) *Ohtake N., (U. Tokushima) Yamane Y., Nakagawa K., Katoh M., Sugiyama S.	Cerium oxide Hydrothermal synthesis Catalytic dehydration	5-a	38
11:20– 11:40	D308	Preparation of Single Layer Niobate Nanosheets Photocatalysts by A Bottom-Up Approach and Hydrogen Evolution from Water/Methanol Solution (U. Tokushima) *Nakagawa K., Katoh M., Sugiyama S., (U. Oxford) Tsang S. C. E.	nanosheet photocatalyst niobate	5-a	601
11:40– 12:00	D309	Reaction selectivity of sour shift catalyst in low steam operation (Hitachi Res. Lab.) *Sasaki Takashi, Suzuki Tomoko	shift catalyst reaction rselectivity side reaction	5-a	322

(13:00–15:00) (Chair: Fukushima Y., Kishida M.)
13:00– 13:20	D313	Production of high calorific gas fuel by decomposition of glycerol with iron ore (Kyushu U.) *Saima Hitoshi, (U. Kitakyushu) Asami Kenji, (JFE Steel) Mogi Yasuhiro	glycerol iron ore decomposition	5-a	152
13:20– 13:40	D314	Ionic liquid-TEOS polymer catalyst (IMRAM, Tohoku U.) Noma Shintaro, (Niigata U.) Hagiwara Hisahiro, (IMRAM, Tohoku U.) Tomida Daisuke, Qiao Kun, *Yokoyama Chiaki	ionic liquid TEOS polymer catalyst	5-a	560
13:40– 14:00	D315	Development of Carbon-Based Catalysts for Enhancement of GTBE Synthesis and Measurement of Dielectric Properties (Kumamoto U.) *Uchikado Shinnosuke, Quitain Armando, Sasaki Mitsuru, Kida Tetsuya	glycerin microwave carbon catalysts	5-a	806
14:00– 14:20	D316	Washcoat Layer Structure and Intra-layer Mass Transport Simulation of Automotive Catalyst (NIPPON SOKEN) *Ohyama Naohisa, (Toyota Central R&D Labs., Inc.) Kato Satoru, Tanabe Toshitaka, (TOYOTA MOTOR) Miura Masahide, Suzuki Hiromasa	catalyst washcoat simulation	5-a	377
14:20– 14:40	D317	Dimensionless equations of cathode model of polymer electrolyte fuel cell (Kyoto U.) *Kawase M., Asonuma H., Nagayoshi M., Kageyama M., Inoue G.	Polymer electrolyte fuel cell Cathode model Oxygen reduction reaction	5-a	818
14:40– 15:00	D318	Electrolyte selection for electrochemical reduction of carbon dioxide (Fukuoka U.) *Yoshihara Naoki, Arita Mai, Noda Masaru	Electrochemical reduction Carbon dioxide Electrolyte	5-i	301
15:00– 15:20	Ceremony of Young Researcher Award on Section of CVD Reactions
(15:20–17:00) (Chair: Tsukune A., Sasaki M.)
15:20– 15:40	D320	Construction of the overall reaction model for opitmizing SiC-CVD using Methyltrichlorosilane (U. Tokyo) *Funato Y., Sato N., Shima K., Fukushima Y., Sugiura H., Momose T., Shimogaki Y.	Overall reaction model SiC CVD	5-h	657
15:40– 16:00	D321	Study on the Sticking Probability of SiC-CVD Species Using Methyltrichlorosilane (3) (U. Tokyo) *Shima K., Sato N., Funato Y., Sugiura H., (IHI) Fukushima Y., (U. Tokyo) Momose T., Shimogaki Y.	CVD SiC methyltrichlorosilane	5-h	672
16:00– 16:20	D322	Preparation of metal oxide layer on carbon nanotubes by in-flight coating (Hiroshima U.) *Kubo Masaru, Kadomura Hirofumi, Shimada Manabu	Plasma enhanced chemical vapor deposition Composite materials Film formation	5-h	178
16:20– 16:40	D323	Effects of hydrogen addition on silica film growth by plasma CVD (Kyoto U.) *Takeda E., Deguchi T., Kawase M.	Plasma CVD silica hydrogen addition	5-h	303
16:40– 17:00	D324	Genaration and electrostatic collection of ultrafine solid particles by ultrasonic atomization (Kogakuin U.) *Namiki Norikazu, (Saitama U.) Sekiguchi Kazuhiko	Ultrasonic atomization Ultrafine solid particle Electrostatic charge	5-b	811

Time

Paper
ID

Title / Authors

Keywords

Topic code

Ack.
number

Hall C, Day 2

(13:00–15:00) (Chair: Sakurai M., Yamada M.)

13:00– 13:20

C213

Study on Nitrization process of Li target for BNCT by in-situ vacuum deposition and ion inplanthing technique

(Japan Atomic Energy Agency) Ishiyama Shintaro

BNCT
$B%j%A%&%`(B
$B$,$s<#NE(B

5-f

13:20– 13:40

C214

Fabrication of multi-functional polyimide fine particles using a multi-step microreactor

(AIST) *Ishizaka T., Ishigaki A., Chatterjee M., Suzuki A., Suzuki T., Kawanami H.

polyimide
particles
multi-functionalization

5-f

698

13:40– 14:00

C215

Synthesis of Acetal and Formal compounds by Using a Microreactor

(NOF) *Nakayama Kohei, Ota Toshihiko

Synthesis of Acetal and Formal compounds
microreactor
solid acid catalyst

5-f

638

14:00– 14:20

C216

Development of micro reactor for efficient three phase reaction

(Kyoto U.) Honda Chika, Fukuda Takashi, *Maki Taisuke, Nakagawa Hiroyuki, Mae Kazuhiro

microreactor
packed-bed reactor
carbon catalyst

5-f

556

14:20– 14:40

C217

Continuous demulsification using electric field in a mm-order diameter tube; effect of kinds of organic phase and electrolyte dissolved in aqueous phase

(Osaka Pref. U.) *Muto Akinori, Matsumoto Tomoyuki, Hiraguchi Yuuichi, Tokumoto Hayato

Demulsification
Electric field
Electrolyte

5-f

378

14:40– 15:00

C218

Development of a microreactor system for reduction of nitrate ion

(Hitachi) *Asano Y., (U. Tokyo) Aritome K., Sugano O., (Hitachi) Togashi S., Ito Y., (U. Tokyo) Miyake R.

microreactor system for reduction
metal reductant
nitrate ion

5-f

15:00– 15:20

Break

(15:20–16:20) (Chair: Maki T., Asano Y.)

15:20– 15:40

C220

Development of novel microreactors using the etching aluminum

(TUAT) *Hiramatsu Hiromi, Koyama Yoshimi, Sakai Yuhei, Sakurai Makoto, Kameyama Hideo

microreactor
structured catalyst
methanol reforming

5-f

222

15:40– 16:00

C221

Development of design method of micro channel for liquid-liquid extraction

(Kobe Steel) *Hangai Hiroo, Fujisawa Akitoshi, Matsuoka Akira, Noishiki Koji

microchannel
extraction
mass transfer

5-f

392

16:00– 16:20

C222

Blockage detection of externally Parallelized Catalytic Microreactors

(Kyoto U.) *Taniguchi Satoshi, Taga Toshiki, Tonomura Osamu, Hasebe Shinji

parallelized microreactor
blockage detection
catalytic reaction

5-f

406

Hall D, Day 2

(13:00–15:00) (Chair: Harano A., Kikuchi R.)

13:00– 13:20

D213

Production of organic acids from lignocellulosic biomass under basic condition

(Kyoto U.) *Muranaka Yosuke, Fujii Yudai, Hasegawa Isao, Mae Kazuhiro

Biomass
Basic treatment
Lactic acid

5-g

341

13:20– 13:40

D214

Production of a green solvent by two-step catalytic reforming of volatiles from cellulose pyrolysis

(Kyushu U.) *Kudo Shinji, Goto Nozomi, Norinaga Koyo, Hayashi Jun-ichiro

Cellulose
Pyrolysis
Reforming

5-g

681

13:40– 14:00

D215

Utilization of waste egg shell as a catalyst for steam reforming of biomass tar

(Hirosaki U.) *Kaewpanha Malinee, (Hirosaki U., NJRISE) Guan Guoqing, Abudula Abuliti

biomass tar
steam reforming
egg shell

5-g

14:00– 14:20

D216

Growth rate and final biomass concentration of five types of marine microalgae in F2 medium: Targeting biomass production and carbon capture

(UTP) Krishnan Vijendren, *Uemura Yoshimitsu, Nguyen Tien Thanh, Abdul Khalid Nadila, Osman Noridah, Mansor Nurlidia

marine microalgae
growth
biomass production

5-g

744

14:20– 14:40

D217

Transesterification of palm oil with methanol in a millichannel reactor: Effect of tube internal diameter

(UTP) Mohd Azam Nurul Asyikin, *Uemura Yoshimitsu, (Sojo U.) Kusakabe Katsuki, (UTP) Osman Noridah, Bustam Mohamad Azmi

millichannel reactor
transesterification
FAME yield

5-g

769

14:40– 15:00

D218

Torrefaction of empty fruit bunches under inert, oxygen, carbon dioxide and oxygen/carbon dioxide atmospheres

(UTP) Sulaiman Mohammad Hisham, *Uemura Yoshimitsu, Osman Noridah, Azizan Mohammad Tazli, (Yamaguchi U.) Tanoue Ken-ichiro

torrefaction
empty fruit bunches
oxidative atmosphere

5-g

782

15:00– 15:20

Break

(15:20–16:40) (Chair: Hayashi J.)

15:20– 15:40

D220

Oligomerization of organic compounds with pulsed discharges at argon-aqueous solution interface

(Kumamoto U.) *Sasaki Mitsuru, Sakai Yuka, Komonguchi Mayo, (Hiroshima Shudo U.) Kawamura Kunio, (Nagasaki U.) Furusato Tomohiro, (Hachinohe NCT) Honma Tetsuo, (Kumamoto U.) Quitain Armando, Kida Tetsuya

Pulsed discharges
Amino acids
Oligomerization

5-c

814

15:40– 16:00

D221

Measurement of the active oxygen species formed by the ultrasound/microbubble combined system

(Nagaoka Nat. Col Tech) Masuda N., *Murakami Y.

$B%^%$%/%m%P%V%k(B
$BD62;GH(B
$B3h@-;@AG(B

5-c

129

16:00– 16:20

D222

Reaction of sea water components with NO₂

(Gunma U.) Takei Manabu, *Harano Azuchi

denitration
Raman spectroscopy
sea water

5-c

16:20– 16:40

D223

(withdrawn)

100

631

Hall D, Day 3

(9:00–10:20) (Chair: Nakagawa K., Sasaki T.)

9:00– 9:20

D301

Kinetic analysis for NH₃ decomposition reaction on Ni and Ru catalysts

(AIST) *Takahashi A., Fujitani T.

ammonia decomposition
Hydrogen production
Kinetic model

5-a

9:20– 9:40

D302

Additive effect of chromium on Cu/CeO₂ catalyst for CO oxidation

(Kumamoto U./Kyoto U ESICB) *Yoshida Hiroshi, (Kumamoto U.) Okabe Yuri, Yamashita Noriko, (Kumamoto U./Kyoto U ESICB/JST PRESTO) Hinokuma Satoshi, (Kumamoto U./Kyoto U ESICB) Machida Masato

CO oxidation
composite metal oxide
copper

5-a

194

9:40– 10:00

D303

The effect of metal addition to Cu/HZSM-5 catalysts on the activity of phenol synthesis

(Kobe U.) *Ichihashi Y., Watanabe S., Tachibana M., Okemoto A., Taniya K., Nishiyama S.

partial oxidation
phenol synthesis
Cu/HZSM-5

5-a

307

10:00– 10:20

D304

Improvement of catalytic activity by addition of myristic acid in preparation of supported Pt-Pd catalytsts

(Kyushu U.) Zhang Wengeng, Matsune Hideki, Takenaka Sakae, *Kishida Masahiro

Pt-Pd Catalyst
Myristic Acid
Decane Oxidation

5-a

273

10:20– 10:40

Break

(10:40–12:00) (Chair: Ichihashi Y, Takahashi A.)

10:40– 11:00

D306

Development of an analysis method for active site concentration of heterogeneous catalytic reactions

(NIT, Fukushima Col.) Aoki Toshihiro

heterogeneous catalytic reaction
active site concentration
reaction kinetics

5-a

821

11:00– 11:20

D307

Hydrothermal synthesis and catalytic reaction on alcohol dehydration of high surface area ceria

(U. Tokushima/Anan Kasei) *Ohtake N., (U. Tokushima) Yamane Y., Nakagawa K., Katoh M., Sugiyama S.

Cerium oxide
Hydrothermal synthesis
Catalytic dehydration

5-a

11:20– 11:40

D308

Preparation of Single Layer Niobate Nanosheets Photocatalysts by A Bottom-Up Approach and Hydrogen Evolution from Water/Methanol Solution

(U. Tokushima) *Nakagawa K., Katoh M., Sugiyama S., (U. Oxford) Tsang S. C. E.

nanosheet
photocatalyst
niobate

5-a

601

11:40– 12:00

D309

Reaction selectivity of sour shift catalyst in low steam operation

(Hitachi Res. Lab.) *Sasaki Takashi, Suzuki Tomoko

shift catalyst
reaction rselectivity
side reaction

5-a

322

(13:00–15:00) (Chair: Fukushima Y., Kishida M.)

13:00– 13:20

D313

Production of high calorific gas fuel by decomposition of glycerol with iron ore

(Kyushu U.) *Saima Hitoshi, (U. Kitakyushu) Asami Kenji, (JFE Steel) Mogi Yasuhiro

glycerol
iron ore
decomposition

5-a

152

13:20– 13:40

D314

Ionic liquid-TEOS polymer catalyst

(IMRAM, Tohoku U.) Noma Shintaro, (Niigata U.) Hagiwara Hisahiro, (IMRAM, Tohoku U.) Tomida Daisuke, Qiao Kun, *Yokoyama Chiaki

ionic liquid
TEOS
polymer catalyst

5-a

560

13:40– 14:00

D315

Development of Carbon-Based Catalysts for Enhancement of GTBE Synthesis and Measurement of Dielectric Properties

(Kumamoto U.) *Uchikado Shinnosuke, Quitain Armando, Sasaki Mitsuru, Kida Tetsuya

glycerin
microwave
carbon catalysts

5-a

806

14:00– 14:20

D316

Washcoat Layer Structure and Intra-layer Mass Transport Simulation of Automotive Catalyst

(NIPPON SOKEN) *Ohyama Naohisa, (Toyota Central R&D Labs., Inc.) Kato Satoru, Tanabe Toshitaka, (TOYOTA MOTOR) Miura Masahide, Suzuki Hiromasa

catalyst
washcoat
simulation

5-a

377

14:20– 14:40

D317

Dimensionless equations of cathode model of polymer electrolyte fuel cell

(Kyoto U.) *Kawase M., Asonuma H., Nagayoshi M., Kageyama M., Inoue G.

Polymer electrolyte fuel cell
Cathode model
Oxygen reduction reaction

5-a

818

14:40– 15:00

D318

Electrolyte selection for electrochemical reduction of carbon dioxide

(Fukuoka U.) *Yoshihara Naoki, Arita Mai, Noda Masaru

Electrochemical reduction
Carbon dioxide
Electrolyte

5-i

301

15:00– 15:20

Ceremony of Young Researcher Award on Section of CVD Reactions

(15:20–17:00) (Chair: Tsukune A., Sasaki M.)

15:20– 15:40

D320

Construction of the overall reaction model for opitmizing SiC-CVD using Methyltrichlorosilane

(U. Tokyo) *Funato Y., Sato N., Shima K., Fukushima Y., Sugiura H., Momose T., Shimogaki Y.

Overall reaction model
SiC
CVD

5-h

657

15:40– 16:00

D321

Study on the Sticking Probability of SiC-CVD Species Using Methyltrichlorosilane (3)

(U. Tokyo) *Shima K., Sato N., Funato Y., Sugiura H., (IHI) Fukushima Y., (U. Tokyo) Momose T., Shimogaki Y.

CVD
SiC
methyltrichlorosilane

5-h

672

16:00– 16:20

D322

Preparation of metal oxide layer on carbon nanotubes by in-flight coating

(Hiroshima U.) *Kubo Masaru, Kadomura Hirofumi, Shimada Manabu

Plasma enhanced chemical vapor deposition
Composite materials
Film formation

5-h

178

16:20– 16:40

D323

Effects of hydrogen addition on silica film growth by plasma CVD

(Kyoto U.) *Takeda E., Deguchi T., Kawase M.

Plasma CVD
silica
hydrogen addition

5-h

303

16:40– 17:00

D324

Genaration and electrostatic collection of ultrafine solid particles by ultrasonic atomization

(Kogakuin U.) *Namiki Norikazu, (Saitama U.) Sekiguchi Kazuhiko

Ultrasonic atomization
Ultrafine solid particle
Electrostatic charge

5-b

811

Technical program

SCEJ 80th Annual Meeting (Tokyo, 2015)

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Most recent update: 2015-03-05 09:42:37
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