＜研究 業績リスト 2024 August Ver＞
西村顕〔I〕学 術論 文（ 査読 有）
No.
1

題

目

発 表 誌 名巻 号 頁

パ ル ス 流 動 層 の 流 動 特 性 に 化 学 工 学 論 文 集 25-3,

発表年
1999

395-399.

及ぼすパルスサイクル

著 者 名
西村顕，
出口清一，

ならびに粒子層高の影響

松田仁樹，
架谷昌信，
Arun S. Mujumdar

2

パ ル ス 流 動 層 の 断 続 的 流 動 化 学 工 学 論 文 集 26-1,

2000

88-93.

下における気泡特性

西村顕，
出口清一，
松田仁樹，
架谷昌信，
Arun S. Mujumdar

3

パ ル ス 流 動 層 の 伝 熱 特 性 と 化 学 工 学 論 文 集 26-6,

2000

830-836.

気泡特性との相関

西村顕，
出口清一，
松田仁樹，
架谷昌信，
Arun S. Mujumdar

4

二 次 元 パ ル ス 流 動 層 の 気 泡 化 学 工 学 論 文 集 28-1,

2002

121-124.

特性と圧力・層変動

西村顕，
星野博司，
小林敬幸，
架谷昌信

5

Heat Transfer Characteristics Heat Transfer
in a Pulsated Fluidized Bed

Asian Research

31-4,

2002

307-319.

Akira Nishimura,Seiichi Deguchi,

in Relation to Bubble

Hitoki Matsuda,

Characteristics

Masanobu Hasatani,
Arun S. Mujumdar

6

Sorption Drying of Soybean

DryingSeeds with Silica Gel. Part 1: Technology- an

7Hydrodynamics of aInternational

Fluidized Bed Dryer

Journal20-6,

Zhanyong Li,

1193-

Noriyuki Kobayashi,

1213.

Akira Nishimura,
Masanobu Hasatani

密 閉 型 オ シ レ ー ト 流 動 層 の 化 学 工 学 論 文 集 29-4,
開発

2002

493-499.

2003

出口清一，
出口雅之，
西村顕，
藤間幸久

1

8

密 閉 型 オ シ レ ー ト 流 動 層 の 化 学 工 学 論 文 集 29-4,

2003

585-587.

伝熱特性と気泡挙動との

出口清一，
出口雅之，

相関

磯部幹隆，
西村顕，
藤間幸久

9

循環流動層ライザ縮流部

化 学 工 学 論 文 集 29-5,

2003

1-7.

での下降粒子抑制最低ガス

出口清一，
水野孝昭，

速度の定式化

松岡久美，
西村顕，
那須英夫，
藤間幸久

10

A Method to Predict theChemical

129,

Minimum Fluidization

Engineering

918-932.

Velocity of Binary Mixture

Communications

2005

Zhanyong Li,
Noriyuki Kobayashi,
Akira Nishimura,

Based on Particle Packing

Masanobu Hasatani

Properties
11

Comparison of Coal-Fired

Internationaland Natural Gas-Fired Power Journal of

3-2,

2005

Sate Sampattagul,

ArticleSeizo Kato,

1116.

Tanongkiat Kiatsiriroat,

Plants as Economically

Emerging

Viable and EcologicallyElectric Power

Naoki Maruyama,

Sustainable Power

Systems

Akira Nishimura

Generation Systems
12

CO 2 改 質 性 能 に お よ ぼ す

化 学 工 学 論 文 集 33-2,

2007

146-153.

コ ー テ ィ ン グ TiO 2 膜 作 製

西村顕，
杉浦暢政，

条件の影響

藤田光将，
加藤征三，
加藤真示

13

金 属 担 持 を 施 し た コ ー テ ィ 化 学 工 学 論 文 集 33-5,
ン グ TiO 2 膜 の CO 2 改 質 性 能2007432-438.

西村顕，
藤田光将，
加藤征三，
加藤真示

14

CO 2 Reforming into Fuel
Using TiO 2 Photocatalyst and
Gas Separation Membrane

Catalysis Today

148,
341-349.

2009

Akira Nishimura,Nobuyuki Komatsu,
Go Mitsui,
Masafumi Hirota,
Eric Hu

2

15

サーモグラフィーによる化 学 工 学 論 文 集 35-5,

2009

442-453.

固 体 高 分 子 形 燃 料 電 池 の in

西村顕，
竹内将幸，

situ 温 度 面 分 布 計 測 と 温 度

澁谷健一，面分布生成因子の解明

廣田真史，
加藤征三，
中村義弘，
小島正嗣，
成田雅彦，
舘祐成，
葛山弘一

16

Solar Thermal Aided Power

Applied Energy

Generation

DOI:

2009

Eric Hu,

10.1016/j.ap

Yong Ping Yang,energy.2009.

Akira Nishimura,

10.025.

Ferdi Yilmaz,
Abbas Kouzani

17

Visualization of Temperature Journal of

4-4,

2009

Akira Nishimura,

Distribution andThermal Science 438-452.

Kenichi Shibuya,

Clarification of Heat andand Technology

Masayuki Takeuchi,

Mass Transfer Mechanism in

Masafumi Hirota,a Single Cell of PEFC

Seizo Kato,
Yoshihiro Nakamura,
Hironari Tachi,
Masahiko Narita

18

Life Cycle Assessment andApplied Energy

DOI:

2010

Akira Nishimura,

Evaluation of Energy

10.1016/j.ap

Yasushi Hayashi,

Payback Time onenergy.2009.

Kazuo Tanaka,

High-Concentration

08.011.,

Masafumi Hirota,

Photovoltaic Power

2797-2807.

Seizo Kato,

Generation Systems

Masakazu Ito,
Kenji Araki,
Eric J Hu

3

19

20

76-762,

サーモグラフィーによる

日本機械学会

固体高分子形燃料電池単論 文 集 （ B 編 ） 342-351.

2010

西村顕，
澁谷健一，

セ ル 内 温 度 面 分 布 in situ

森本淳志，

計測（第 1 報，流入ガス

田中成季，

流量とセパレーターのガス

廣田真史，

流路ピッチが温度面分布と中村義弘，発電性能に及ぼす影響

小島正嗣，

評価）

成田雅彦

Multi-point and Multi-Level

Energy & Fuels

DOI:

2010

Qin Yan,Solar Integration into

10.1021/ef9

Yongping Yang,

Conventional Power Point

012906.

Akira Nishimura,
Abbas Kouzani,
Eric Hu

21

22

Using TiO 2 Photocatalyst

Catalysis Today

2010

Akira Nishimura,with Adsorbent to Oxidize

6/j.cattod.20

Tomokazu Hisada,

Carbon Monoxide in Rich

10.03.076,

Masafumi Hirota,

Hydrogen158, pp.296

Mitsuhiro Kubota,-304.

Eric Hu

CO 2 Reforming Performance International

DOI:10.115

2010

Akira Nishimura,and Visible Light

Journal of

5/2010/3091

Go Mitsui,

Responsibility of Cr-doped

Chemical03, 2010,

Masafumi Hirota,

TiO 2 Prepared by Sol-Gel

Engineering

Article ID

Eric Hu

309103.

and Dip-Coating Method23

DOI:10.101

2010

Characteristics of Carbon

International

DOI:10.115

Monoxide Oxidization in

Journal of

5/2010/2942

Yutaka Yamano,Rich Hydrogen by

Photoenergy

17, 2010,

Tomokazu Hisada,

Mesoporous Silica with TiO 2

Article ID

Masafumi Hirota,

Photocatalyst

294217, 9

Eric Hu

Akira Nishimura,pages.
24

5-2,

2010

Investigation on Impact ofJournal of

Separator Structure on

Thermal Science 319-341.

Kenichi Shibuya,

In-plane Distribution of

and Technology

Atsushi Morimoto,

Akira Nishimura,

Coupling Phenomena in

Shigeki Tanaka,

Single Cell of PEFC to

Masafumi Hirota,

Realize Uniform Distribution

Yoshihiro Nakamura,
Masashi Kojima,
Masahiko Narita

4

25

垂直上昇多分岐管における 混相流

24-5,

気液二相分配577-585.

2010

ズ ラ ズ マ ン・ラ ズ ラ ン ，
五島宏明，
廣田真史，
水野安浩，
丸山直樹，
西村顕，
磯部僚太

26

In-situ Measurement of

Journal of

In-plane Temperature

Environment and6-1, 1-16.

2011

Akira Nishimura,
Kenichi Shibuya,

Distribution in a Single-cell Engineering

Atsushi Morimoto,

Polymer Electrolyte Fuel

Shigeki Tanaka,

Cell Using Thermograph (1stMasafumi Hirota,

Report: Impacts of Gas Flow

Yoshihiro Nakamura,

Rate at Inlet and Gas

Masashi Kojima,

Channel Pitch of Separator

Masahiko Narita

on In-Plane Temperature
Distribution and Power
Generation Performance)27

供給ガス条件とセパレータ 日本機械学会
ー 構 造 が PEFC 単 セ ル 内

77-776,2011

論 文 集 （ B 編 ） 934-938.

西村顕，
田中成季，

温度面分布および発電性能

森本淳志，に及ぼす影響評価

大島淳，
廣田真史，
成田雅彦

28

2011

Gas-Liquid Flow

The Open

DOI:10.217

Distribution in Multiphase

Transport

4/18777295

Mohamad Razlan,

Channels with Vertical

Phenomena0110301001

Hiroaki Goshima,

Upward Branches

Journal7, 3, 17-30.

Masafumi Hirota,

Zuradzman bin

Ryota Isobe,
Yasuhiro Mizuno,
Naoki Maruyama,
Akira Nishimura

5

29

30

2011

Effect of Preparation

International

DOI:10.115

Condition of TiO 2 Film andJournal of

5/2011/3056

Yuki Okano,Experimental Condition on

Photoenergy

50, 2011,

Masafumi Hirota,

CO 2 Reduction Performance

Article ID

Eric Huof TiO 2 Photocatalyst

305650, 14

Membrane Reactor

pages.

Experimental Study on

Journal of JSME

Gas-Liquid Flow

Special Issue

SS79-SS85.

2011

Akira Nishimura,

Mohamad-Razlan
Zuradzman,

Distribution in Upward

Ryota Isobe,

Multi-pass Channels

Hiroaki Goshima,
Masafumi Hirota,
Yasuhiro Mizuno,
Naoki Maruyama,
Akira Nishimura

31

CO 2 ReformingInternational

2011

Akira Nishimura,

5/2012/1841

Go Mitsui,69, 2011,

Katsuya Nakamura,

Ag-Doped TiO 2 Prepared by

Article ID

Masafumi Hirota,

Sol-Gel and Dip-Coating

184169, 12

Eric Hu

Process

pages.

セパレーターの表面処理と 日本機械学会

77-784,Characteristics under Visible Journal ofLight Response of Cr- or32

DOI:10.115

Photoenergy

2011

西村顕，

ガ ス 流 路 ピ ッ チ が 固 体 高 分 論 文 集 （ B 編 ） 2478-2492.

田中成季，

子形燃料電池単セル内温度

近藤弘俊，

面分布と発電性能に及ぼす

廣田真史

影響評価
33

Dominant Factor andApplied Energy

DOI:10.101

2012

Akira Nishimura,

Mechanism of Coupling

6/j.apenergy

Kenichi Shibuya,

Phenomena in Single Cell of.2011.01.00

Atsushi Morimoto,

Polymer Electrolyte Fuel3, 90, 73-79.

Shigeki Tanaka,

Cell

Masafumi Hirota,
Yoshihiro Nakamura,
Masashi Kojima,
Masahiko Narita,
Eric Hu

6

34

Influence of Cell

Journal of

6-4,Components Structure on

Energy and504-518.

Heat and Mass Transfer

Power

Shigeki Tanaka,

Phenomena in Single-CellEngineering

Atsushi Oshima,

2012

Akira Nishimura,
Atsushi Morimoto,

PEFC

Masafumi Hirota,
Eiji Tohma,
Yukio Kimura,
Masahiko Narita

35

36

CO 2 Reforming

Journal ofCharacteristics of

Photocatalysis

3-2, 81-94.

2012

Akira Nishimura,
Wataru Fujita,

Metal-Doped TiO 2 Coated on Science

Katsuya Nakamura,

Netlike Glass Fiber under

Masafumi Hirota,

Visible Light

Eric Hu

4-1, 1-10.

2013

Wind Turbine Power Output

Smart Grid andAssessment in Built

Renewable

Takuya Ito,

Environment

EnergyJunsuke Murata,

Akira Nishimura,Toshitake Ando,
Yasunari Kamada,
Masafumi Hirota,
Mohan Kolhe

37

Numerical Study of Pressure Journal of

8-1,

2013

K. M. Salahuddin,

Drop Mechanism and Cross

Thermal Science 209-224.

Akira Nishimura,

Flow Behavior in the Gas

and Technology

Nobuyuki Oshima,

Channel and Porous Medium

Litan Kumar Sahaof a Polymer Electrolyte
Membrane Fuel Cell
38

CFD Analysis ofInternational

3-6,

Double-Chambered

Journal of3493-3499.

Crematories Using Biomass

ModernNaoki Maruyama,

Producer Gas as a FuelEngineering

Chatchawan Chaichana,Research

Masafumi Hirota,(IJMER)

Akira Nishimura,2013

Yaowateera
Achawangkul,

Pimpawat
Teeratitayangkul

7

39

94,

Impact of Building Layouts

Journal of theon Wind Turbine PowerJapan Institute of 315-322.

Takuya Ito,

Output in the Built

EnergyMasanobu Kakita,

2014

Akira Nishimura,

Environment: A Case Study

Junsuke Murata,of Tsu City

Toshitake Ando,
Yasunari Kamada,
Masafumi Hirota,
Mohan Kolhe

40

Modeling of Heat Transfer in Journal of

47-7,

2014

521-529.

Akira Nishimura,Single Cell of Polymer

ChemicalElectrolyte Fuel Cell byEngineering of

Masashi Baba,

Means of Temperature DataJapan

Taisuke Yamauchi,

Kazuhiro Iio,

Measured by Thermograph

Masafumi Hirota,
Eric Hu

41

Promotion and Control of

Journal of Fluid

Turbulent Mixing of Hot and Science andCold Airflows in T-junction

Technology

DOI:

2014

Takuya Matsuda,

10.1299/jfst

Masafumi Hirota,

0042,

Hideo Asano,

9-3.

Shunichiro Hori,
Naoki Maruyama,
Akira Nishimura

42

Temperature Distributions in Journal of

DOI:

2015

Akira Nishimura,Single Cell of Polymer

Energy and10.17265/19

Masashi Baba,

Electrolyte Fuel Cell

Power

34-8975/201

Kotaro Osada,

Simulated by an 1D

Engineering

5.08.002,

Takenori Fukuoka,

Multi-Plate Heat-Transfer

9-8,

Masafumi Hirota,

Model and a 3D Numerical

687-704.

Eric Hu

Simulation Model
43

2015

Optimization of Building

Smart Grid and

DOI:

Layouts to Increase Wind

Renewable

10.4236/sgr

Masanobu Kakita,

Turbine Power Output in the

Energye.2015.6902

Junsuke Murata,

Built Environment Assumed

3, 6,

Toshitake Ando,

to be Installed at Fukushima279-292.

Yasunari Kamada,City and Tsu City in Japan

Akira Nishimura,

Masafumi Hirota,
Mohan Lal Kolhe

844

Clarification on Temperature Journal of

48-10,

2015

862-871.

Akira Nishimura,

Distributions in Single Cell

Chemicalof Polymer Electrolyte FuelEngineering of

Masashi Baba,

Cell under Different

Japan

Masafumi Hirota,

Takenori Fukuoka,

Operation Conditions by

Eric Hu

Means of 1D Multi-Plate
Heat-Transfer Model45

通 常 よ り 高 温 で 運 転 し た 際 化 学 工 学 論 文 集 41-6,

2015

397-405.

の固体高分子形燃料電池単西村顕，
Amira Hakimi Mahadi，

セル内熱・物質移動特性

長田康太郎，
馬場雅，
廣田真史

46

Impact of Overlapping

International

Fe/TiO 2 Prepared by Sol-Gel Journal of
and Dip-Coating Process on

Photoenergy

CO 2 Reduction

47

DOI:10.115

2016

Akira Nishimura,

5/2016/2392

Xuyan Zhao,

581, 2016,

Takuya Hayakawa,

Article ID

Noriaki Ishida,2392581, 12

Masafumi Hirota,

pages.

Eric Hu

2016

Analysis on Temperature

Journal of

DOI:10.172

Distributions in Single Cell

Energy and65/1934-897

Kotaro Osada,of Polymer Electrolyte FuelPower

5/2016.08.0

Takuro Tsunoda,

Cell when Operated in HighEngineering

01, 10,

Masato Yoshimura,453-464.

Masafumi Hirota,

Temperature Range

Akira Nishimura,

Eric Hu

48

2016

Impact of Operation

Mechanical

DOI:10.129

Condition on Temperature

Engineering

9/mej.16-00

Masato Yoshimura,

Distribution in Single Cell of Journal

304, 3-5, 14

Amir Hakimi Mahadi,

Polymer Electrolyte Fuelpages.

Masafumi Hirota,

Cell Operated at Higher

Akira Nishimura,

Mohan Lal Kolhe

Temperature than Usual

9

49

Gas-Liquid Flow

Jurnal Teknologi DOI:10.1111

2016

Zuradzman Mohamad

Distribution Uniformity

3/jt.v78.975

Razlan,Parameters in Upward

5, 78-10-3,

Hazry Desa,

Multi-Pass Compact

7-11.

Shariman Abu Bakar,

Evaporator

Khairunizam Wan,
Ishak Ibrahim,
R. Heng,Abadalsalam T.
Hussain,
Masafumi Hirota,
Naoki Maruyama,
Akira Nishimura

50

2017

Energy Assessment of

Smart Grid andDOI:10.423

Building Integrated

Renewable

6/sgre.2017.

Satoshi Kitagawa,

Photovoltaics and Fuel Cell

Energy85010, 8-5,

Masafumi Hirota,

129-144.

Mohan Lal Kolhe

Systems: Design Study for

Akira Nishimura,

Building(s) of Mie, Japan
51

An Energy Study Chain from Smart Grid andDOI:10.423

2017

Large Scale Photovoltaic

Renewable

6/sgre.2017.

Takaki Yasui,

Power Generation fromEnergy85010, 8-5,

Satoshi Kitagawa,145-162.

Masafumi Hirota,

Asian Cities to End Users in
Japan
52

Akira Nishimura,

Eric Hu

2017

Journal of

DOI:10.172

Temperature Distributions in Energy and65/1934-897

Kanji Patoriki Zamami,

Numerical Analysis of

Akira Nishimura,Single Cell of Polymer

Power

5/2017.06.0

Masato Yoshimura,

Electrolyte Fuel Cell whenEngineering

05, 11-6,

Masafumi Hirota,393-408.

Mohan Lal Kolhe

Operated in ElevatedTemperature Range
53

2017

Assessment on Energy

Smart Grind andDOI:10.423

Self-Sufficiency Rate for

Renewable

6/sgre.2017.

Satoshi Kitagawa,

Building Integrated

Energy86013, 8-6,

Masafumi Hirota,

195-211.

Eric Hu

Photovoltaics and Fuel Cell

Akira Nishimura,

Systems in Japan

10

54

Effect of Fe Loading

International

Condition and Reductants on Journal of
CO 2 Reduction Performance

Photoenergy

with Fe/TiO 2 Photocatalyst

DOI:10.115

2017

Akira Nishimura,

5/2017/1625

Noriaki Ishida,274, 2017,

Daichi Tatematsu,

Article ID

Masafumi Hirota,

1625274, 11

Akira Koshio,

pages

Fumio Kokai,
Eric Hu

55

大規模風力発電電力利用

日 本 エ ネ ル ギ ー 96-9,

水 電 解 水 素 と CO 2 の メ タ ネ 学 会 誌

2017400-407

西村顕，
森山達也，

ーションで製造した燃料の嶋野純

変換・輸送モデルの概算
評価
56

風力発電電力利用水電解

化 学 工 学 論 文 集 43-6,

2017

386-392

水素の変換・輸送方法の

森山達也，

検討
57

58

西村顕，

嶋野純

2017

Impact of Heat Transfer

Smart Grid andDOI:10.423

Media on Performance ofRenewable

6/sgre.2017.

Satoshi Kitagawa,

Solar-Hydrogen Power

Energy812023, 8,

Masafumi Hirota,

Generation

351-365.

Eric Hu

Impact of Relative Humidity Journal of

DOI:10.172

of Supply Gas on

Energy and65/1934-897

Masato Yoshimura,

Temperature Distribution inPower

5/2017.11.0

Satoru Kamiya,Single Cell of Polymer

Engineering

04, 11,

Masafumi Hirota,

706-718.

Eric Hu

Electrolyte Fuel Cell when2017

Akira Nishimura,

Akira Nishimura,

Operated at High
Temperature
59

2018

Impact of Thickness of

Journal of

DOI:10.172

Polymer Electrolyte

Energy and65/1934-897

Yusuke Sato,

Membrane on TemperaturePower

5/2018.02.0

Masato Yoshimura,

Distribution in Single Cell of Engineering

04, 12-2,

Satoru Kamiya,

Polymer Electrolyte Fuel

80-92.

Masafumi Hirota

Akira Nishimura,

Cell Operated at High
Temperature

11

60

91, 134-143.

2018

Experimental Study on

Experimental

Gas-Liquid Flow

Thermal and

S. A. Bakar,

Distributions in Upward

Fluid Science

H. Desa,

Z. M. Razlan,

Multi-Pass Channels –W. K. Wan,

Comparison of R-134a Flow

I. Zunaidi,

and Air-Water Flow

I. Ibrahim,
N. S. Kamarrudin,
M. J. M. Ridzuan,
K. Takiguchi,
T. Tsuchiya,
Y. Kitaide,
M. Hirota,
N. Maruyama,
A. Nishimura

61

Energy Characteristics of an

Smart Grid and9, 57-73.

2018

Integrated Power Generation Renewable
System with Photovoltaic

Syota Tanikaga,

EnergyMasafumi Hirota,

and Fuel Cell
62

Eric Hu

Effect of Overlapping Layout MOJ Solar and

3-1, 1-8.

2019

of Fe/TiO 2 on CO 2 Reduction Photoenergy
with H 2 and H 2 O

Akira Nishimura,

Akira Nishimura,
Daichi Tatematsu,

Systems

Ryuki Toyoda,
Masafumi Hirota,
Akira Koshio,
Fumio Kokai,
Eric Hu

63

Optimum Reductants Ratio

AIMS

for CO 2 Reduction by

Science

Overlapped Cu/TiO 2

Materials 6-2,
214-233.

2019

Akira Nishimura,
Ryuki Toyoda,
Daichi Tatematsu,
Masafumi Hirota,
Akira Koshio,
Fumio Kokai,
Eric Hu

12

64

2019

Impact of Thickness of

Journal of

DOI:10.172

Polymer Electrolyte

Energy and65/1934-897

Yusuke Sato,

5/2019.03.0

Satoru Kamiya,

02, 13,

Tatsuya Okado,

97-115.

Kuhei Yamamoto,

Membrane and Gas Diffusion Power
Layer on Temperature

Engineering

Distribution in Polymer

Akira Nishimura,

Electrolyte Fuel Cell

Masafumi Hirota,

Operated at Temperature

Eric Hu

around 90 ℃
65

2019

Optimum Molar Ratio to

AIMS Materials

DOI:10.393

Reduce CO 2 Using Pd/TiO 2

Science4/matersci.2

Tadaki Inoue,

019.4.264,

Yoshito Sakakibara,

6-4,

Masafumi Hirota,464-483.

Akira Koshio,

Akira Nishimura,

Fumio Kokai,
Eric Hu

66

International

DOI:10.101

Analysis in Single Cell of

Journal of

6/j.ijhydene.

Satoru Kamiya,

PEFC Using Different PEM

Hydrogen2019.05.192

Tatsuya Okado,

and GDL at HighEnergy, 44,

Yusuke Sato,29631-

Masafumi Hirota,

29640.

Mohan Lal Kolhe

Temperature
67

2019

Heat and Mass Transfer

Akira Nishimura,

Impact of Molar Ratio of

Physics &3-5,

NH 3 and H 2 O on CO 2

Astronomy

176-182.

Reduction Performance over

International

Tadaaki Inoe,

Cu/TiO 2 Photocatalyst

JournalMasafumi Hirota,

2019

Akira Nishimura,
Yoshito Sakakibara,

Akira Koshi,
Fumio Kokai,
Eric Hu

68

固 体 高 分 子 電 解 質 膜 と ガ ス 化 学 工 学 論 文 集 45-6,
拡散層の厚みが高温運転固227-237.

2019

西村顕，
神谷悟，

体高分子形燃料電池単セル

岡戸達哉，

内温度分布に及ぼす影響

山本航平，
廣田真史

13

69

70

2020

MPL の 有 無 が 高 温 条 件 日 本 機 械 学 会

DOI:10.129

PEFC 単 セ ル 内 温 度 分 布 に 論 文 集

9/transjsme.

山本航平，

与える影響の解析的検討

19-00278,

岡戸達哉，

86-883.

廣田真史

Impact of Pd Loading on

molecules

DOI:10.339

2020

西村顕，

Akira Nishimura,CO 2 Reduction Perfromance

0/molecules

Tadaaki Inoe,over Pd/TiO 2 with H 2 and25061468,

Yoshito Sakakibara,

H2O

25.

Masafumi Hirota,
Akira Koshio,
Eric Hu

71

2020

Journal of

DOI:10.219

Condition on Performance of Energy and26/jept.2002

Satoshi Ohata,

008, 2-2.

Kaito Okukura,

Impact of Operation
CH 4 Dry Reforming

Power

Membrane Reactor for H 2

Technology

Akira Nishimura,

Eric Hu

Production
72

Journal of

DOI:10.172

Temperature Distributions in Energy and65/1934-897

Hiroya Fukuoka,

Single Cell of PEFC by Heat Power

5/2020.01.0

Kohei Yamamoto,01, 14, 1-15.

Tatsuya Okado,

Numerical Analysis ofTransfer Model Considering

Engineering

2020

Vapor Transfer

Akira Nishimura,

Yuya Kojima,
Masafumi Hirota,
Mohan Lal Kolhe

73

Impact of MPL onenergies

DOI:10.339

2020

Akira Nishimura,

Temperature Distribution in

0/en1310249

Tatsuya Okado,

Single Polymer Electrolyte

9, 13-10.

Yuya Kojima,

Fuel Cell with Various

Masafumi Hirota,

Thickness of Polymer

Eri HuElectrolyte Membrane
74

Impact Analysis of MPL andEnergyDOI:10.101

2020

Akira Nishimura,

PEM Thickness on

6/j.energy.2

Kohei Yamamoto,Temperature Distribution

020.117875.

Tatsuya Okado,

within PEFC Operating at

Yuya Kojima,

Relatively Higher

Masafumi Hirota,

Temperature

Mohan Lal Kolhe

14

75

2021

The Impact of Amount of Cu catalysts

DOI:10.339

on CO 2 Reduction

0/catal11050

Yoshito Sakakibara，Performance of Cu/TiO 2

610, 11-610.

Akira Koshio，

with NH 3 and H 2 O
76

Comparison of CO 2

Akira Nishimura，Eric Hu

molecules

DOI:10.339

2021

Akira Nishimura,

Reduction Performance with

0/molecules

Ryoga Shimada,

NH 3 and H 2 O between

26102904,

Yoshito Sakakibara,

Cu/TiO 2 and Pd/TiO 2

26-2904.

Akira Koshio,
Eric Hu

77

2021

Impact Analysis of MPL on a Journal of

DOI:10.172

PEFC Cell’s Temperature

Energy and65/1934-897

Nozomu Kono,

Distribution with Thin PEM

Power

5/2021.02.0

Kyohei Toyoda,

and GDL for Operating at

Engineering

01, 15,

Yuya Kojima,

39-51.

Mohan Lal Kolhe

Higher Temperature than

Akira Nishimura,

Usual
78

Biogas Dry Reforming for

fuels

DOI:10.339

2021

Hydrogen through Membrane

0/fuels2020

Tomohiro Takada,

Reactor Utilizing Negative000, 2.

Satoshi Ohata,

Pressure
79

Akira Nishimura,

Mohan Lal Kolhe

2021

Impact of Microporous Layer ACS OMEGA

DOI:10.102

on Heat and Mass Transfer in

1/acsomega.

Tatsuya Okado,a Single Cell of Polymer

1c01693,

Yuya Kojima,

Electrolyte Fuel Cell Using a

6-22,

Eri HuThin Polymer Electrolyte

14575-1458

Membrane and a Thin Gas

4.

Akira Nishimura,

Diffusion Layer Operated ata High-Temperature Range
80

2021

垂直ヘッダ型多分岐管に日本冷凍空調

DOI:10.113

おける気液二相冷媒流の

学会論文集

22/tjsrae.21-

澤原風花，

分 配 － R410A と R134a に

04NK_OA,

畠田崇史，

おける気液分配と圧力損失

3-2.

荒木勇人，

の比較－

小野寺亜由美，

丸山直樹，
西村顕，
廣田真史

15

81

Numerical Simulation onenergies

DOI:10.339

2021

Akira Nishimura，Impacts of Thickness of

0/en142856,

Kyohei Toyoda,

Nafion Series Membranes

14.

Yuya Kojima,

and Relative Humidity on

Syogo Ito,

PEMFC Operated at 363 K

Eric Huand 373 K
82

Impacts of Separator

energies

DOI:10.339

2021

Akira Nishimura,Thickness on Temperature

0/en1504155

Yuya Kojima,Distribution and Power8, 15.

Syogo Ito,

Generation Characteristics ofEric Hua Single PEMFC Operated atHigher Temperature of 363
and 373 K
83

Impact of Black Body

catalysts

DOI:10.339

2022

Akira Nishimura,

Material Enhanced Gas

0/catal12050

Takaharu Kato,

Movement on CO 2

470, 12-470.

Homare Mae,

Photocatalytic Reduction

Eric Hu

Performance
84

2022

垂直ヘッダ型多分岐管に日本冷凍空調

DOI:10.113

おける気液二相冷媒流の

学会論文集

22/tjsrae.21-

畠田崇史，

分配－液相分配の均一性

04NK_OA,

澤原風花，

向上の試み－

38-2,

丸山直樹，

97-104.

西村顕，

小野寺亜由美，

廣田真史

85

太陽光発電電力由来水素化 学 工 学 論 文 集 48-3,

2022

西村顕

2022

Akira Nishimura，

109-119.

サプライチェーンの実装
可 能 性 評 価（ LNG 気 化 冷 熱利用の有効性評価）
86

Impact of Separator

energies

DOI:10.339

Thickness on Temperature

0/en1512420

Nozomu Kono,

Distribution in Single Cell of

3, 15-4203.

Kyohei Toyoda,

Polymer Electrolyte Fuel

Daiki Mishima,

Cell Operated at Higher

Mohan Lal Kolhe

Temperature of 90 ℃ and
100 ℃

16

87

14, 248-273.

2022

Impact of Separator

Energy andThickness on Temperature

Power

Daiki Mishima,

Distribution in Single

Engineering

Nozomu Kono,

Akira Nishimura,

Polymer Electrolyte Fuel

Kyohei Toyoda,

Cell Based on 1D Heat

Mohan Lal Kolhe

Transfer
88

Numerical Analysis onenergies

DOI:10.339

2022

Akira Nishimura，Impact of Thickness of PEM

0/en1516593

Kyohei Toyoda,

and GDL with and without

6, 15-5936.

Daiki Mishima,

MPL on Coupling

Syogo Ito,

Phenomena in PEFC

Eric Hu

Operated at Higher
Temperature such as 363 K
and 373 K
89

LNG 冷 熱 を 利 用 し た 風 力

化 学 工 学 論 文 集 48-5,

2022

西村顕

2022

Akira Nishimura,

182-189.

発電電力由来水素サプライチェーンの有効性評価
90

91

Utilization from Ultraviolet

Physics &6-4,

to Infrared Light for CO 2

Astronomy

145-154.

Reduction with P 4 O 10 /TiO 2

International

Takahiro Kato,

Photocatalyst

JournalEric Hu

Impact of Loading Amont of

Physics &6-4,

P 4 O 10 on CO 2 Reduction

Astronomy

186-194.

Performance of P 4 O 10 /TiO 2

International

Ryo Hannyu,

with H 2 O Extending

JournalEric Hu

Homare Mae,

2022

Akira Nishimura,
Homare Mae,

Absorption Range from
Ultraviolet to Infrared Light
92

Numerical Simulation onenergies

DOI:10.339

2023

Akira Nishimura,

Effect of Separator

0/en1602060

Daiki Mishima,

Thickness on Coupling

6, 16-606

Kyohei Toyoda,

Phenomena in Single Cell of

Syogo Ito,

PEFC under Higher

Mohan Lal Kolhe

Temperature Operation
Condition at 363 K and
373 K

17

93

94

2023

Impact of Black Body

Journal of

DOI:10.362

Material on CO 2 Reduction

Physics and66/JPCR/15

Ryo Hanyu,

Performance of P 4 O 10 /TiO 2

Chemistry

5, 5, 1.

Homare Mae,with NH 3

Research

Numerical Analysis on

Energy and

Eric Hu

15, 205-227.

2023

Temperature Distribution in a Power

Akira Nishimura，Kyohei Toyoda,

Engineering

Single Cell of PEFC

Akira Nishimura,

Daiki Mishima,

Operated at Higher

Eric Hu

Temperature by 1D Heat
Transfer and 3D
Muti-Physics Simulation
Model
95

垂直ヘッダ型多分岐管に日本冷凍空調

DOI:10.113

2023

小野寺亜由美，おける気液二相冷媒流の分 学会論文集

2/tjsrae.23-0

畠田崇史，

配－分岐管の加熱が液相

1_OA

澤原風花，

分配に及ぼす影響－

森浩平，
丸山直樹，
西村顕，
廣田真史

96

14, 85-106.

2023

An Energy Production

Smart Grid andSystem Powered by Solar

Renewable

Ryotaro Sato,

Heat with Biogas Dry

EnergyEric Hu

Akira Nishimura,

Reforming Reactor and Solid
Oxide Fuel Cell
97

Performance Analysis of

fuels

DOI:10.339

2023

Akira Nishimura,

Hydrogen Production for a0/fuels4030

Yuki Hayashi,

Solid Oxide Fuel Cell

019, 4,

Syogo Ito,

System Using a Biogas Dry

295-312

Mohan Lal Kolhe

Reforming Membrane
Reactor with Ni and Ni/Cr
Catalysts
98

2023

Heat-Transfer Analysis of the catalysts

DOI:10.339

Promotion of the CO 2

0/catal13121

Ryo Hanyu,

Reduction Performance of a477, 13,

Homare Mae,

P 4 O 10 /TiO 2 Photocatalyst

1477

Hiroki Senoue,

Using

as

Black

Body

Akira Nishimura,

Eric Hu

Material18

99

Impact of Separator

Thermal Science DOI:10.242

Thickness on Relationshipand Engineering

between Temperature

2024

Akira Nishimura,

94/tse.v6i2.

Daiki Mishima,

4424, 6.

Syogo Ito,

Distribution and Mass &Tsubasa Konbu,

Current Density Distribution

Eric Huin Single HT-PEMFC
100 CO 2 Reduction Performance

catalysts

DOI:10.339

2024

Akira Nishimura,with Double-Layered

0/catal14027

Hiroki Senoue,

Cu/TiO 2 and P 4 O 10 /TiO 2 as0.

Homare Mae,

Photocatalyts under Different

Ryo Hanyu,

Light Illumination

Eric Hu

Conditions
101 Performance of An Energy

fuels

DOI:10.339

2024

Akira Nishimura,

Production System

0/fuels5030

Ryotaro Sato,

Consisting of Solar

016, 5.

Eric Hu

Collector, Biogas Dry
Reforming Reactor andSolid Oxide Fuel Cell
102 The Chearacteristics of ahydrogen

DOI:10.339

2024

Akira Nishimura,

Ni/Cr/Ru Catalyst for a

0/hydrogen5

Mizuki Ichikawa,

Biogas Dry Reforming

030024, 5,

Souta Yamada,

Membrane Reactor Using a414-435.

Ryoma Ichii

Pd/Cu Membrane and a
Comparison of It with a
Ni/Cr Catalyst

19

〔II〕国 際会 議論 文（ 査読有 ）
No.
1

題

目

発 表 誌 名

巻 号 頁

発表年

共 著 者

69-74.

1997

Akira Nishimura,

Hydrodynamics and Heat

Proceedings ofTransfer Characteristics in a

6th China-Japan

Seiichi Deguchi,

Pulsed Fluidized Bed as a

Symposium on

Hitoki Matsuda,

Heat Exchanger

Fluidization

Masanobu Hasatani,
Arun S. Mujumdar

2

3

Solid Flow Patterns and Heat Proceedings of

4, 485-490.

1998

Akira Nishimura,Transfer Characteristics in a

11th

Seiichi Deguchi,

Pulsated Fluidized bed with

International

Hitoki Matsuda,

Flowing Large Bubbles

Heat Transfer

Masanobu Hasatani,

Conference

Arun S. Mujumdar

Effects of Particle Properties Proceedings of

3, 1741-

1999

1744.

Akira Nishimura,on Hydrodynamic Behaviors

8th APCChE

and Heat Transfer(Asian Pacific

Hitoki Matsuda,

Characteristics in PulsatedConfederation of

Noriyuki Kobayashi,

Fluidized Bed

Chemical

Masanobu Hasatani,

Engineering)

Arun S. Mujumdar

Seiichi Deguchi,

Congress
4

71-76.

2000

Bed Behavior and Particle

Proceedings of

Lateral Mixing in a

7th China-Japan

Akira Nishimura,

Two-Dimensional Pulsed

Symposium on

Zhanyong Li,

Fluidized Bed

Fluidization

Noriyuki Kobayashi,

Hiroshi Hoshino,

Masanobu Hasatani

5

Gas-Solid Fluidization andProceedings ofHeat Transfer Characteristics 7th Asian

101-106.

2000

Masayuki Deguchi,
Seiichi Deguchi,

in Closed Oscillating

Conference on

Kana Tajima,

Fluidized Bed with High

Fluidized-Bed &Akira Nishimura,

Amplitude and Low

Three-Phase

Yukihisa FujimaFrequencies

Reactors

20

6

7

8

Control ofProceedings of

Downward-Flowing

7th AsianSeiichi Deguchi,

Particles in CFB by

Conference on

Yuichi Inaba,Contracting Riser Cross

Fluidized-Bed &Akira Nishimura,

Sectional Area

Three-Phase

Wojciech Nowak,

Reactors

Yukihisa Fujima

143-148.

2000

Enhancement of Heat andProceedings of

CD-ROM,

Mass Transfer by Using

6th World

1-6.

Pulsed Fluidized Bed

Congress of

Noriyuki Kobayashi,

ChemicalFujio Watanabe,Engineering

Masanobu Hasatani

A, 587-595.

2001

Takaaki Mizuno,

Zhanyong Li,
Akira Nishimura,

2002

Fluidization Characteristics

Proceedings ofin a Fluidized Bed of

13th

Noriyuki Kobayashi,

Dissimilar Particles

International

Akira Nishimura,

Drying

Seiichi Deguchi

Zhanyong Li,

Symposium
924-28.

2003

Reforming of Carbon

Proceedings of

Dioxide into Fuel-Likethe 4th Asia

Seizo Kato,

Species with Photocatalyst

Pacific

Masahiro Hagi,

Conference on

Nobumasa Sugiura

Akira Nishimura,

Sustainable
Energy andEnvironmental
Technologies
10

1, 529-536.

2003

A Design Methodology ofProceedings ofEnvironmentally Conscious

the 16th

Yucho Sadamichi,

Products for Co-Generation

International

Seizo Kato,

Systems

Conference on

Naoki Maruyama,

Efficiency, Cost,

Akira Nishimura

Anugerah Widiyanto,

Optimization,
Simulation, andEnvironmental
Impact of Energy
Systems

21

11

26-33.

2003

Environmental Impacts

Proceedings of

Evaluation of Electricity

Third

Seizo Kato,

Grid Mix Systems in FourInternational

Naoki Maruyama,

Selected Countries Using a

Symposium on

Akira Nishimura,Life Cycle Assessment Point Environmentallyof View

Anugerah Widiyanto,

Sate Sampattagul

Conscious
Design andInverseManufacturing

12

LCA Evaluation ofProceedings ofReuse/Recycle Impact for

Third

Yukio Kimura,

Environmental ConsciousInternational

Anugerah Widiyanto,

Industrial Products

Symposium on

Seizo Kato,

Environmentally

Naoki Maruyama,

Conscious

Akira Nishimura339-343.

2003

Yucho Sadamichi,

Design andInverseManufacturing
13

198.

2004

The Decision-Making Tool

Abstracts offor Power Generation

SETAC Europe

Seizo Kato,

Systems Improvement by

14th Annual

Naoki Maruyama,

Using LCA-NETS-GP-Index

Meeting

Akira Nishimura,

MethodSate Sampattagul,

Tanongkiat Kiatsiriroat
Anugerah Widiyanto

14

High Yield CO 2 Conversion

Proceedings ofinto CH 4 by Photocatalyst

2nd International AIAA 2004-

Multilayer Film

EnergyCD-ROM,

2004

Akira Nishimura,
Nobumasa Sugiura

5619, 1-9.

Seizo Kato,

Conversion

Naoki Maruyama,

Engineering

Shinji Kato

Conference
15

CD-ROM,

Environmental Impact

Proceedings ofAssessment of Independent

2nd International AIAA 2004-

Co-generation Systems Using Energy
LCA Method

5552, 1-10.

2004

Naoki Maruyama,
Yucho Sadamichi,
Anugerah Widiyanto,

Conversion

Seizo Kato,Engineering

Akira Nishimura

Conference

22

16

2004

Photocatalyst Sol-Gel Multi

Proceedings of

CD-ROM,

Layers Film for High Yield

the 10th

3P-13-006,

Nobumasa Sugiura,

CO 2 Conversion into CH 4

APCChE (Asian

1-10.

Seizo Kato,

Pacific

Akira Nishimura,

Shinji Kato

Confederation ofChemicalEngineering)
Congress
17

2005

Influence of Photocatalyst

Proceedings of

CD-ROM,

Film Forming Conditions on

the 3rdAIAA 2005-

Nobumasa Sugiura,

CO 2 ReformingInternational

5536, 1-10.

Mitsumasa Fujita,

Akira Nishimura,

EnergySeizo Kato,

Conversion

Shinji KatoEngineering
Conference
18

2006

Influence of Photocatalyst

Proceedings of

CD-ROM,

Film Forming Conditions on

the 4thAIAA 2006-

Akira Nishimura,

4123, 1-16.

Seizo Kato

CO 2 Reforming Performance Internationaland Condensation ofEnergyReforming Product

Conversion

Mitsumasa Fujita,

Engineering
Conference andExhibit19

2006

Total Environmental

Proceedings of

CD-ROM,

Assessment of Life Cycle

the 4thAIAA 2006-

Naoki Maruyama,

4080, 1-5.

Akira Nishimura,

Impact for Power Generation International
in Japan

EnergyYucho Sadamichi,

Seizo Kato

Conversion
Engineering
Conference andExhibit23

20

48-54.

2006

Life Cycle Impact

Proceedings ofAssessment and Social

International

Yucho Sadamichi,

Acceptability of Renewable

Conference on

Naoki Maruyama,

Energy Power Plants in Japan Green andSoji Matsuda,

Akira Nishimura,

Sustainable

Seizo Kato

Innovation
21

179-184.

2006

An Approach to LCIA with

Proceedings of

Input Impacts Integrated

International

Sate Sampattagul,

Conference on

Seizo Kato,

Green andNaoki Maruyama,

Sustainable

Akira Nishimura

Yucho Sadamichi,

Innovation
2223352-358.

2006

Life Cycle Inventory

Proceedings ofAnalysis and Impact

International

Yucho Sadamichi,

Assessment of Painting

Conference on

Yuki Yamaoka,

Plants, and Expert Software

Green and

Ryuma Ito,

for Optimum Painting

Sustainable

Akira Nishimura,

Process Selection

Innovation

Seizo Kato

CO 2 Reforming into Fuel

Proceedings ofwith the Aid of Photocatalyst the 6th Asia
Film and Gas Separation

Pacific

Membrane for Construction

Conference onof Carbon Circulation

Sustainable

SystemEnergy and

CD-ROM,

2007

RXN2, 1-6.

Naoki Maruyama,

Akira Nishimura,
Mitsumasa Fujita,
Seizo Kato

Environmental
Technologies
24

Investigation on Temperature Proceedings of

CD-ROM,

2008

Kenichi Shibuya,

Distribution Measured by

the 6thAIAA 2008-

Akira Nishimura,

Thermography andInternational

5740, 1-19.

Masayuki Takeuchi,

Simulation on Heat and Mass Energy

Masafumi Hirota,

Transport Phenomena in a

Conversion

Seizo Kato,Single Cell of Polymer

Engineering

Yoshihiro Nakamura,

Electrolyte Fuel Cell

Conference

Hironari Tachi,
Masahiko Narita

24

25

Visualization of Temperature Proceedings of

CD-ROM,

2008

Akira Nishimura,

Distribution and

the Second

Paper No.

Kenichi Shibuya,

Clarification of Heat andInternational

126, 1-8.

Masayuki Takeuchi,

Mass Transfer Mechanism in Forum on Heata Single Cell of PEFC

Masafumi Hirota,

Transfer

Seizo Kato,
Yoshihiro Nakamura,
Hironari Tachi,
Masahiko Narita

26

2008

Life Cycle Assessment andProceedings of

CD-ROM,

Evaluation of Energy

the 4thPaper ID 79,

Yasushi Hayashi,

Payback Time on

International

1031-1042.

Kazuo Tanaka,

High-Concentration

Green Energy

Masafumi Hirota,

Photovoltaic Power

Conference

Seizo Kato,

Generation System

Akira Nishimura,

Masakazu Ito,
Kenji Araki,
Eric J Hu

27

28

Solar Thermal Aided Power

Proceedings of

CD-ROM,

Generation

the International

1-12.

2009

Eric Hu,
Yong Ping Yang,

Conference on

Akira Nishimura,

Applied Energy

Ferdi Yilmaz

CO 2 Reforming into Fuel by

Abstracts of 10th 119.

Membrane Reactor

International

Nobuyuki Komatsu,

Composed of TiO 2

Conference on

Go Mitsui,

Photocatalyst and Gas

CO 2 Utilization

Masafumi Hirota

2009

Akira Nishimura,

Separation Membrane
29

Clarification on Dominant

Abstract Book of 40.

2009

Factor of Heat and Massthe 7th Asia

Kenichi Shibuya,

Transfer Phenomena in a

Pacific

Atsushi Morimoto,Single Cell of PEFC

Conference on

Shigeki Tanaka,

Sustainable

Masafumi Hirota,

Energy andYoshihiro Nakamura,

Environmental

Masashi Kojima,

Technologies

Masahiko Narita

Akira Nishimura,

25

30

Oxidization Characteristics

Abstract Book of 52.

of CO in H 2 by TiO 2

the 7th Asia

2009

Tomokazu Hisada,

Photocatalyst Combined with PacificAdsorbent

Akira Nishimura,

Masafumi Hirota,

Conference on

Mitsuhiro Kubota,

Sustainable

Eric Hu

Energy andEnvironmental
Technologies
31

Clarification on Dominant

Proceedings of

CD-ROM,

2010

Factor and Mechanism ofInternational

1305-1314.

Coupling Phenomena in

Conference on

Atsushi Morimoto,Single Cell of Polymer

Applied Energy

Shigeki Tanaka,

Akira Nishimura,
Kenichi Shibuya,

Electrolyte Fuel Cell

Masafumi Hirota,
Yoshihiro Nakamura,
Masashi Kojima,
Masahiko Narita

32

Gas-liquid Distribution in

Proceedings of2010

Zuradzman Mohamad

paper ID:

Razian,International

IHTC14

Ryota Isobe,

Heat Transfer-22588, 1-9.

Yasuhiro Mizuno,

Upward Multi-Pass Channels 14thof Compact Evaporator

CD-ROM,

Conference

Hiroaki Goshima,
Masafumi Hirota,
Naoki Maruyama,
Akira Nishimura

33

An Efficient Method to

Proceedings of

CD-ROM,

2010

Eric Hu,

Generate Power from Low to Chemeca

Paper # 138,

Graham J. Nathan,Medium Temperature Solar

1-7.

David Battye,

and Geothermal Resources

Gulliaume Perignon,
Akira Nishimura

26

34

35

CD-ROM,

2010

Experimental Study on

Proceedings of

Gas-Liquid Flow

5th International Paper no.

Distribution in Upward

Symposium on

Multi-pass Channels

Advanced

Hiroaki Goshima,

Science andMasafumi Hirota,

Technology inYasuhiro Mizuno,

Experimental

Naoki Maruyama,

Mechanics

Akira Nishimura

Zuradzmann Mohamad
Razlan,28, 1-6.

Ryota Isobe,

2011

Influence of Operation

Proceedings of

CD-ROM,

Condition and Structure of

the 8thAJTEC2011

Atsushi Morimoto,

Cell Components on

ASME-JSME-44416,

Shigeki Tanaka,

Coupling Phenomena in

Thermal1-11.

Atsushi Oshima,

Single Cell of Polymer

Engineering

Masafumi Hirota,

Electrolyte Fuel Cell

Joint Conference

Eiji Tohma,

Akira Nishimura,

Yukio Kimura,
Masahiko Narita

36

CO 2 Reforming under Visible Abstracts of Asia CD-ROM,

2011

A-117, 53.

Akira Nishimura,Light Response of Cr- or

Pacific

Ag-Doped TiO 2 Prepared byConference on

Katsuya Nakamura,

Sol-Gel and Dip-Coating

Sustainable

Masafumi Hirota,

MethodEnergy &Eric Hu

Go Mitsui,

Environmental
Technologies
37

2011

Proceedings of

CD-ROM,

Gas-liquid Flow Distribution ASME-JSME-

Paper no.

Zuradzman,

Experimental Study on

Razlan Mohamad

in Upward Multi-Pass

KSME Joint

AJK2011-32

Hiroaki Goshima,

Channel (Comparison of

Fluids008.

Koji Takiguchi,

R-134a Flow and Air-Water

Engineering

Toshiaki Tsuchiya,

Flow)

Conference 2011

Motohide Okamoto,
Masaaki Ajima,
Yujiro Kitade,
Masafumi Hirota,
Naoki Maruyama,
Akira Nishimura

27

38

CD-ROM,

2011

Experimental Study on

Proceedings of

Gas-Liquid Flow

6th International Paper no.

Distribution in Upward

Symposium on

Multi-pass Channel

Advanced

Koji Takiguchi,

Comparison of R-134a Flow

Science andToshiaki Tsuchiya,

and Air-Water Flow

Technology in

Motohide Okamoto,Experimental

Masaaki Ajima,

Mechanics

Yujiro Kitade,

Razlan Mohamad
Zuradzman,

74, 1-6.

Hiroaki Goshima,

Masafumi Hirota,
Naoki Maruyama,
Akira Nishimura

39

Effect of Surface Treatment

Proceedings of

10P02-

2011

and Gas Channel Pitch ofInternational

01, 219.

Separator on Heat and Mass

Symposium on

Hirotoshi Kondo,

Transfer Phenomena in

Eco Topia

Kazuhiro Iio,

Single Cell PEFC under

Science 2011

Masafumi Hirota

Akira Nishimura,
Shigeki Tanaka,

Power Generation
40

2012

Experimental Study on

Proceedings of

CD-ROM,

Gas-Liquid Two Phase Flow

International

Paper no.92,

M-R. Zuradzman,

Distributions in Mutli-Pass

Heat Transfer

1-6.

M. Hirota,

Channels

Forum 2012

Y. Nakagawa,K. Takiguchi,
T. Tsuchiya,
M. Ajimra,
Y. Kitade,
M. Okamoto,
N. Maruyama,
A. Nishimura

41

67.

2013

Building Design to Promote

Abstracts of the

Output of Wind Turbine

9th Asia Pacific

Takuya Ito,

Utilizing Wind Blowing

Conference on

Masanobu Kakita,

through Buildings

Sustainable

Junsuke Murata,

Energy &Toshitake Ando,

Environmental

Yasunari Kamada,Technologies

Masafumi Hirota

Akira Nishimura,

28

42

Modeling of Heat Transfer in Proceedings of

IIIC-P7,

2013

465-473.

Akira Nishimura,Single Cell of PEFC with

International

Applying Temperature Data

Symposium on

Masashi Baba,

Measured by ThermographInnovative

Taisuke Yamauchi,

Materials for

Masafumi Hirota

Kazuhiro Iio,

Processes inEnergy Systems
2013
43

Promotion and Control ofProceedings of

ICWSF2013

2013

Turbulent Mixing of Hot and 4th International -1086, 6
Cold Airflows in T-Junction

44

Analysis on Temperature

Conference on

Takuya Matsuda,
Masafumi Hirota,

pages.

Hideo Asano,Jets, Wakes andShuichiro Hori,

Separated Flows

Naoki Maruyama,(ICJWSF 2013)

Akira Nishimura

Proceedings ofDistribution in Single Cell of Grand
PEFC under Different Gas

Renewable

Supply Conditions

Energy 2014

CD-ROM,

2014

Akira Nishimura,P-Hf-11, 4

Taisuke Yamauchi,

pages.

Masashi Baba,
Masafumi Hirota

International
Conference
45

2015

CO 2 Reforming into Fuel by

Proceedings ofUSB

Metal-Loaded TiO 2

The 10th Asia

Memory,Takuya Hayakawa,

Photocagtalyst Driven by

Pacific

APCSEET

Xuyan Zhao,

Visible Light

Conference on

2015-9, 4

Taiga Kitazumi,

Sustainablepages.

Masafumi Hirota,

Akira Nishimura,

Energy &Akira Koshio,

Environmental

Fumio Kokai

Technologies
46

Heat and Mass Transfer

Proceedings ofCharacteristics in Single Cell International

CD-ROM,

2015

Akira Nishimura,

ICOPE-15-1

Amir Hakimi Mahadi,

of PEFC Using Nafion

Conference on033, 12

Kotaro Osada,

Membrane under HighPower

pages.

Masashi Baba,

Temperature Operation

Engineering

Masafumi Hirota

Conditions

29

47

2015

Optimization of Building

Proceedings ofUSB

Layouts to Increase Wind

The 4th Joint

Memory,Masanobu Kakita,

Turbine Power Output in the

Conference on

D-11, 4

Satoshi Kitagawa,

Built Environment

Renewable

pages.

Junsuke Murata,

Akira Nishimura,

Energy andToshitake Ando,

Nanotechnology

Yasunari Kamada,
Masafumi Hirota,
Mohan Lal Kolhe

48

Experimental Study on

Proceedings of

CD-ROM, 8

2015

Gas-Liquid Flow

24th IIR

pages.

Distributions in Multi-Pass

International

Toshitake Tsuchiya,

Channels

Congress of

Yujiro Kitaide,

Refrigeration

Naoki Maruyama,

Naoki Noda,
Masafumi Hirota,

Akira Nishimura

49

50

Gas-Liquid Two-Phase Flow

Proceedings of

CD-ROM, 8

2015

Distributions in Multipass

Asianpages.

Channels

Symposium on

Toshitake Tsuchiya,

Computational

Yujiro Kitaide,

Heat Transfer

Naoki Maruyama,

and Fluid Flow

Akira Nishimura

Masafumi Hirota,
Naoki Noda,

2016

Proposal and Feasibility

Proceedings ofUSB

Study on Solar Energy

15thMemory,Satoshi Kitagawa,#55, 1 page.

Masafumi Hirota

Utilization System Integrated Internationalwith Building

Akira Nishimura,

Conference on
Sustainable
Energy(SET2016)

51

2016

Clarification on Temperature Proceedings ofUSB

Distribution in Single Cell of The 20thMemory,Kotaro Osada,

Akira Nishimura,

PEFC by Heat Balance

International

P2-41, 6

Takuro Tsunoda,

Model and CFD-ACE+

Dryingpages.

Masato Yoshimura,

Symposium

Masafumi Hirota(IDS2016)30

52Grid Integration of PEM Fuel Proceedings of

USB

2016

K. M. S. Konara,

Cell with Multiphase

POWERCORN

Memory,Mohan Lal Kolhe,

Switching for Maximum

2016

Paper

Akira Nishimura

No.295,

Power Operation

5 pages.
53

USB

Gas-Liquid Distribution ofProceedings ofRefrigerant Two-Phase Flow

4th International Memory,in Multi-Pass Channels

Forum on Heat

2016

Yuki Nakao,
Hidetaka Nomoto,

6 pages.

Akira Ekawa,Transfer

Masafumi Hirota,
Naoki Maruyama,
Akira Nishimura

54

2017

Experimental Study on

Proceedings ofUSB

Distribution of Gas-Liquid

1st AsianMemory,Akira Ekawa,

Refrigerant Flows in

Conference on

5 pages.

Masafumi Hirota,

Multi-Pass Channels

Thermal Science

Yuki Nakao,

Naoki Maruyama,
Akira Nishimura

55

Prediction of Temperature

Proceedings ofDistribution in Single Cell of the 2nd

FES1431,

2017

8-9.

Akira Nishimura,
Kanji Patoriki Zamami,

PEFC Operated under HighInternational

Masato Yoshimura,

Temperature

Conference on

Masafumi Hirota

New Energy and
Future Energy
System56

Visual Observation ofProceedings ofRefrigerant Gas-Liquid Flow 11th Pacific
Distributions in Multi-Pass

Symposium on

Channels with Inner Pipe

Flow

USB

2017

Akira Ekawa,

Memory,Masafumi Hirota,

6 pages.

Naoki Maruyama,
Akira Nishimura

Visualization andImage Processing
57

Energy Assessment on

Abstract Book of Paper ID

Double Power Generation

Intenational

System of Building

Conference on

Integrated Photovoltaic andSmart

Fuel Cell

Technolgies for

2018

Akira Nishimura

155, 44-45.

Energy,Environm
ent &Sustainable
Development

31

58

Design of Smart Building to

Abstract Book of Plenary

Utilize Renewable Energy

Intenational

Source Effectively

Conference on

2018

Akira Nishimura

2018

Akira Nishimura,Talk-III, 14.

Smart
Technolgies forEnergy,Environment &Sustainable
Development
59

60

61

62

Investigation on Reductants

Proceedings of

OP76, ID10,

and Layout of Cu/TiO 2 for

16th

1.

Improvement of CO 2

International

Daichi Tatematsu,

Reduction Perfromance

Conference on

Masafumi Hirota,

Carbon Dioxide

Akira Koshio,

Utilization

Fumio Kokai

Ryuki Toyoda,

2018

Effect of Components

Proceedings of83,

Thickness on Heat and Mass

2018

https://doi.oSatoru Kamiya,Transfer Phenomena inInternationalrg

Tatsuya Okado,

Single Cell of PEFC

Symposium on/10.1051/

Yusuke Sato,

Operated at High

Hydrogen Energy e3sconf/

Temperatureand Energy

2019830100

Technologies

7, 11 pages.

Akira Nishimura,

Masafumi Hirota

Experimental Investigation

Abstracts of 18th M225,

2019

on Impact of Thickness ofAsian Pacific

PEM and GDL on

Confederation of

Tatsuya Okado,

Temperature Distribution in

ChemicalKouhei Yamamoto,Single PEFC Generated atEngineering

Masafumi Hirota

High Temperature

Congress

Analysis on Impact ofProceedings ofUSB

Components’ Thickness on

the Fifth

Memory,Yusuke Sato,

Temperature Distribution inInternational

C112,

Kouhei Yamamoto,Single Cell of PEFC at High

Symposium on

4 pages.

Satoru Kamiya,

Temperature Operation thanInnovative

Tatsuya Okado,

Usual

Materials andMasafumi Hirota

1 page.

Akira Nishimura,
Satoru Kamiya,

2019

Akira Nishimura,

Processes inEnergy Systems

32

63

64

Approach to Promote CO 2

Abstract Book of A3-P-5,

2019

Reduction with H 2 and H 2 O

Intenational

over Pd/TiO 2

Conference on

Yoshito Sakakibara,

Materials andMasafumi Hirota,

Systems for

Akira Koshio,

Sustainability

Fumio Kokai

1 page.

Akira Nishimura,Tadaaki Inoe,

Effect of MPL on Heat andProceedings ofOn-line,2021

Mass Transfer

The 2nd Asian

2 pages.

Characteristics of PEFC

Conference on

Yuya Kojima,

Changing PEM Thickness

Thermal Science

Masafumi Hirota

Operated at Higher

2021

Akira Nishimura,
Tatsuya Okado,

Temperature than Usual
65

2021

Gas-Liquid Distributions and Prodeedings of50121,

Pressurte Loses of

The 2nd Asianon-line,Fuuka Sawahara,

Refrigerant Flows in

Conference on

2 pages.

Takafumi Hatada,Multi-pass Channels with

Thermal Science

Yuto Araki,

Vertical Headers

2021

Naoki Maruyama,

Ayumi Onodera,

Akira Nishimura,
Masfumi Hirota

66

2021

Assessement on Operation

Proceedings ofC231,

Conditiojns of CH 4 Dry

International

on-line,Satoshi Ohata,

Reformingh Mmebrane

Conference on

4 pages.

Tamohiro Takada

Reactor to Produce H 2

PowerAkira Nishimura,Engieering
67

Effect of Pressure Difference Abstract

Paper ID:

2021

Akira Nishimura,

Provided for Hydrogen

Proceedings of1010,

Yuki Hayashi,

Permeatiojn Membrane on

International

on-line,Tomohiro Takada

Performance of Biogas Dry

Conference on

1 page.

Reforming

Materials andSystems for
Sustainability

33

68

CO 2 Reduction into Fuel by

Abstract Book of B5-3,

Pd/TiO 2 Photocatalyst

The First

Changing the Combination

Symposium on

Yoshito Sakakibara,of H Provider

CarbonMasafumi Hirota,

Utilization

Akira Koshio

+

2021

2 pages.

Akira Nishimura,Tadaaki Inoue,

Technologies for
the Global
Environment
69

Investigation on Impact ofProceeddings of

ICOPE-2023

Operation Condition on

International-1011

Hydrogen Production from

Conference on

Syogo Ito,

Biogas Dry Reforming in

Power

Ryotaro Sato

Membrane Reactor

Engineering

Souta Yamada

2023

Akira Nishimura,
Yuki Hayashi,(ICOPE-2023)
70

10 pages.

2023

Gas-Liquid Distributions ofProceedings ofRefrigerant Flows inInternational

Takahumi Hatada,Multi-pass Channels with

Congress of

Kohei Mori,

Vertical Headers – Influence

Refrigeration

Masafumi Hirota,of Heating of Branch Tubes

2023

Akira Nishimura

on Liquid Distribution

Ayumi Onodera,

Naoki Maruyama

Characteristics –71

Development of Zone

Proceedings of

12 pages.

2023

Yuudai Mori,

Air-Conditioning System for International

Shigeyuki Nagasaka,

Factories Using Air Curtains Congress of

Naoya Shinada,

Refrigeration

Jiang Zhang,

2023

Masazumi Gohdo,
Hiroshi Nakayama,
Tsuyoshi Ao,
Kotohiko Murase,
Mizuki Satoh,
Kohki Komada,
Masafumi Hirota,
Akira Nishimura,
Naoki Maruyama

34

72

Assessment on Energy

Proceedings of

A4-1-3,2023

System Consisting of Solar

International

1 page.

Collector, Biogas Dry

Conference on

Souta Yamada,

Reforming Membrane

Materials andShogo Ito,

Reactor and SOFC

Systems for

Mkzuki Ichikawa

Akira Nishimura,
Ryotaro Sato,

Sustainability(ICMaSS2023)
73

Infulence of Operation

Proceedings ofConditioon on H2 Production International

On-line,
8 pages.

2024

Akira Nishimura,
Shogo Ito,

Characteristics of Biogas

Workshop for

Mizuki Ichikawa,

Dry Reforming Membrane

Sustainable

Souta Yamada,

ReactorEnergyRyoma Ichii

Conversion
Systems 2024

35

〔III〕国 際会 議論 文 （査読 なし ）
No.
1

題

目

Design of Smart Energy

発 表 誌 名
Integrating

Supply to Utilize Renewable Doamin
Energy Source Effectively

巻 号 頁

発表年

共 著 者

No

2020

Akira Nishimura

2021

Akira Nishimura

2021

Akira Nishimura

2021

Akira Nishimura

2021

Akira Nishimura

Proceedings

Knowledge for(InvitedManaging

Speech)Sustainable
Energy2

3

Effect of MPL on

11th

No

Temperature Distribution inInternational

Proceedings

Single PEFC with Various

Conference on(Invited

Thickness of PEM and GDLPower, Energy

Speech)Operated at Higher

and Electric

Temperature

Engineering

Heat Transfer Anaysis on

2nd International No

Effect of MPL as well as

Webinar on

Proceedings

Thickness of PEM and GDLEnergy(Keynote
Speech)on Temperature Distributionin Single Cell of PEFC
Operated at Higher
Temperature than Usual
4

CO 2 Reduction Performance

4th Edition ofNo

of Cu/TiO 2 Photocatalyst

Applied Science

Proceedings

with NH 3 and H 2 O

and Engineering(Kyenote

and Technology

Speech)Webiner5

Renewable Hydrogen Supply Renewable andNo

Chain Utilizing LNG Cold

Sustainable

Proceedings

Heat

Enegy Virtual(Invited2021

Speech)36

6Approach to Optimize theThe 6thComponents Combination of International

Abstract

2021

Akira Nishimura

2021

Akira Nishimura

2022

Akira Nishimura

2022

Akira Nishimuraof the 6th

PEFC for Target Operation

Conference on

International

Temperature Indicated by

New Energy

Conference

NEDO Road Map in Japanand Future

on New

Energy Systems

Energy and
FutureEnergySystem(Invited
Speech)7

Numerical Analysis on

5th Edition ofNo

Coupling Phenomena in

Appplied

Proceedings

Single Cell of PEFC under

Science,(InvitedHigh Temperature Operation

Engineering andSpeech)Condition than Usual

Technology
Virtual8

Numerical Analysis of

3rd Global

No

Through-plane Separator

Webinar on

Proceedings

Shape on Temperature

Applied Science, (Keynote

Distribution in Single Cell of Engineering andOperated at Higher

Speech)Technology

Temperature than Usual
9

Impact of Components on

12th

Abstract

Heat Transfer Phenomena inInternational

Book of

PEFC under Higher

Conference on

12th

Temperature Operation thanPower, Energy

International

Usual

and Electric

Conference

Engineeringon Power,
Energy andElectric
Engineering(Invited
Speech)37

10Effetive Utilization of Wide

2nd Global

Abstract

Wavelength of Light

Virtual SummitBook of

Composing Sunlight toon Catalyst &2nd Global

Promote CO 2 Photocatalytic

ChemicalVertualReduction Performance

Engineering

Summit on

2022

Akira Nishimura

2022

Akira Nishimura

2022

Akira Nishimura

2022

Akira Nishimura

Catalysts &ChemicalEngineering(Invited
Speech)11

12Feasibility Study on Energy

RENEWABLENo

Supply Chain Combinin

MEET2022

Proceedings

Renewable Energy and(Keynote

HydrogenSpeech)No

Impact of Through-plane

6th Edition of

Separator Shape on Heat

Applied Science, Proceedings

and Mass Transfer

Engineering andPhenomena in Single Cell of Technology
PEFC Operatad at Higher(Keynote
Speech)VirtualTemperature than Usual
13

Investigation on Optimum

International

Abstract

Components Thickness ofMeet on Powerof

PEFC under Higher

and Energy

International

Temperature Operation thanEngineering

Meet on

Usual

Power andEnergyEngineering(Keynote
Speech)38

14

4th Global

Abstract

Distribution in Single Cell of Webinar on

Book of

Analysis on Temperature
PEFC Operated at 373 K

Applied

4th Global

Simulated by Heat Transfer

Science,Webinar on

Model Considering Vapor

Engineering andAppliedTransfer

Technology

Science,

2022

Akira Nishimura

2022

Akira Nishimura

2022

Akira Nishimura

2022

Akira Nishimura

EngineeringandTechnology(Keynote
Speech)15

Impact of Black Body

2nd Edition ofNo

Material Enhancing Gas

Catalysis,

Proceedings

Movement on CO 2 Reduction Chemmical
Performance of TiO 2

Engineering and

Photocatalyst

Technology(Keynote
Speech)Virtual1617

Absorption from Ultraviolet

CATALYSISNo

to Infrared Light for

MEET2022

Proceedings

Promotion of CO 2 Reduction(Keynotewith P 4 O 10 /TiO 2

Speech)Optimization of Operation

5th Global

Abstract

Condition for Membrane

Webinar on

Book of 5thReactor to Produce

AppliedGlobalHydrogen from Biogas Dry

Science,Webinar on

Reforming

Engineering andAppliedTechnology

Science,EngineeringandTechnology(Keynote
Speech)39

18

Mass Transfer Promotion by

10th

No

Black Body Material toInternational

Proceedings

Improve the CO 2 Reduction

Conference on(Invited

Performance of TiO 2

Catalysis andSpeech)Photocatalyst

Chemical2022

Akira Nishimura

2023

Akira Nishimura

2023

Akira Nishimura

2023

Akira Nishimura

2023

Akira Nishimura

Engineering
19

Assessment on Energy

2nd International Proceedings

Efficiency and CO 2 Emission Meet onof 2ndInhibition Effect ofRenewable andInternational

Renewable Hydrogen

Sustainable

Meet on

Supply Chain

EnergyRenewable
andSustainable
Energy(Keynote
Speech)20

Numerical Simulation on

Power andNo

Effect of Separator

EnergyProceedings

Thickness on Coupling

Engineering(Keynote

Phenomena in Single Cell of Virtual

Speech)PEFC under Higher
Temperature Operation
Condition
21

Mass Transfer Promotion by

3rd Edition ofNo

Black Body Material to

Catalysis,

Proceedings

Improve the CO 2 Reduction

Chemical(Keynote

Performance of P 4 O 10 /TiO 2

Engineering andSpeech)Photocatalyst with NH 3

Technology
Virtual22

Feasibility Study on Energy

Global Experts

No

Supply Chain of Green

Conference on

Proceedings

Hydrogen Utilizing LNG

Renewable and(Invited

Cold Heat

Sustainable

Speech)Energy(GECRSE-23)

40

23

Approach to Improve theInternationalNo

Performance of Membrane

Summit on

Proceedings

Reactor to Produce Hydrogen Non-Renewable(Plenary

From Biogas Dry Refiorming and Renewable

Speech)2023

Akira Nishimura

2023

Akira Nishimura

2023

Akira Nishimura

2024

Akira Nishimura

Energy(ISNRE2023)
24

System Design andInternational

No

Evaluation on Membrane

Conference on

Proceedings

Reactor to Produce Hydrogen Renewable andvia Biogas Dry Reforming

Sustainable(Invited
Speech)Energy(RENEWABLEE
NG-2023)
25

Numerical Analysis on

Global Congress

Temperature Disribution in a on Renewable

No
Proceedings

Single Cell of HT-PEFC –and Sustainable(Pleanary

Validation of 1D Heat

EnergySpeech)Transer Model by 3D(GCRSE-23)

Multi-physics Simulation
Model –
26

Investigation on Performance RENEWABLEM
of Membrane Reactor to

EET2024

No
Proceedings

Produce Hydrogen from

(Kyenote

Biogas Dry Reforming

Speech)Using Ni or Ni/Cr Catalyst

41

〔IV〕総 説(1) 光 触 媒 に よ る CO 2 の 改 質・資 源 化 ，機 械 の 研 究 ，西 村 顕 ，Vol.64，No.12，1001-1009，2012.
(2) 風 力 発 電 と 太 陽 光 発 電 を 組 み 合 わ せ た 発 電 シ ス テ ム 設 置 ビ ル モ デ ル の 最 適 設 計 ，ケ ミ カ ル エ ン ジ ニ ヤ リ ン グ ， 西 村 顕 ， Vol.59， No.11， 24-34， 2014.
(3) 燃 料 電 池 ， 化 学 工 学 ， 西 村 顕 ， Vol.82， No.10， 592-593， 2018.
(4) 脱 炭 素 社 会 実 現 に 向 け た 再 エ ネ 積 極 導 入 の た め の 街 づ く り ， 日 刊 工 業 新 聞 第 2 部 地 球 環 境
特 集 ， 2022 年 2 月 10 日 掲 載 ， 西 村 顕 ．
(5) 研 究 室 紹 介「 三 重 大 学 工 学 部 総 合 工 学 科 機 械 工 学 コ ー ス 熱 エ ネ ル ギ ー シ ス テ ム 研 究 室 」，冷凍 ， 廣 田 真 史 ， 丸 山 直 樹 ， 西 村 顕 ， Vol.5， No.97， 1132， 2022.

42

〔V〕著 書(1) Proceedings of The 10th Tri-University International Joint Seminar & Symposium 2003,
Edited by N. Ito, S. Kato, H. Ehara, Y. Morio, A. Nishimura, Y. Suzuki and N. Maruyama,
Published by Mie University, Printed by Mie University Cooperative Society, 2003.
(2) 産 学 連 携 「 中 核 人 材 育 成 プ ロ グ ラ ム 実 証 講 座 」 第 二 講 座 テ キ ス ト

事 例 に 学 ぶ Ⅷ熱 ・

流 体 力 学 ， 西 村 顕 ， 熱 ・ 流 体 力 学 （ 熱 流 体 輸 送 現 象 Ⅲ， pp.83-114 を 担 当 ）， 三 重 大 学 工 学部 機 械 工 学 科 編 集 ， 三 重 大 学 出 版 会 発 行 ， 2007.

(3) 最 新 伝 熱 計 測 ハ ン ド ブ ッ ク ， 西 村 顕 ，7.5 圧 力 測 定 ，7.8 流 量 ・ 流 速 の 測 定 を 担 当 ，
株 式 会 社 テ ク ノ シ ス テ ム 編 集 ・ 発 行 ，2011．
(4) Planet Earth 2011 – Global Warming Challenges and Opportunities for Policy and Practice,
Akira Nishimura and Eric Hu, Chapter 17. Reforming CO 2 into Fuel Using a TiO 2
Photocatalyst Membrane Reactor を 担 当 , In Tech – Open Access Publisher 発 行 , 2011.
(5) Thermal Power Plants, Eric Hu, Yongping Yang and Akira Nishimura,
Chapter 1. Solar Aided Power Generation: Generating “Green” Power from Conventional Fossil
Fuelled Power Stations を 担 当 , Mohammad Rasul 編 集 , InTech 発 行 , 2012.

(6) 新 編 化 学 工 学 ， 西 村 顕 ，1.1 単 位 と 次 元 ，1.2 熱 力 学 を 担 当 ， 共 立 出 版 編 集 ・ 発 行 ，
2012．
(7) Photo-Electrochemistry & Photo-Biology for the Sustainability, Akira Nishimura and Eric Hu,
Chapter 9. New Development in CO 2 Reforming Technology: Using TiO 2 Photocatalyst Film を
担 当 , S. Kaneco, B. Viswanathan and H. Katsumata 編 集 , Union Press 発 行 , 2012.
(8) Global Warming – Causes, Impacts and Remedies, Akira Nishimura and Mohan Kolhe,
Chapter 7: A Study on Assessment of Power Output by Integrating Wind Turbine and Photovoltaic
Energy Source with Futuristic Smart Buildings を 担 当 , Bharat Raj Singh 編 集 , InTech 発 行 ,2015.
(9) Carbon Dioxide Chemistry, Capture and Oil Recovery, Akira Nishimura,
Chapter 4: Effect of Overlapping Fe/TiO 2 Coated on Netlike Glass Disc and Cu Disc on CO 2
Reduction を 担 当 , Iyad Karame, Janah Shaya and Hassan Stour 編 集 , InTech 発 行 , 2018.
(10) 最 近 の 化 学 工 学 67「 進 化 す る 燃 料 電 池 ・ 二 次 電 池 － 反 応 ・ 構 造 ・ 製 造 技 術 の 基 礎 と 未 来
社 会 を 支 え る 電 池 技 術 － 」， 西 村 顕 ， 2-2

伝熱を担当，化学工学会関東支部編集・発行，

三 恵 社 出 版 ， 2019．
(11) Smart Technologies for Energy, Environment and Sustainable Development – Select Proceedingsof ICSTEESD 2018, Akira Nishimura, Energy Assessment on Double Power Generation System of
Building Integrated Photovoltaic and Fuel Cell を 担 当 , Mohan Kolhe, Pawan Kumar Labhasetwar,
H. M. Suryawanshi 編 集 , Springer 発 行 , 2019.
(12) Top 10 Contributions in Chemical Engineering, Akira Nishimura, Go Mitsui, Masafumi Hirota
and Eric Hu, CO 2 Reforming Performance and Visible Light Responsibility of Cr-Doped TiO 2
Prepared by Sol-Gel and Dip-Coating Method を 担 当 ， Avid Science 発 行 , 2019.
(13) Prime Archives in Melecular Sciences, Akira Nishimura, Tadaaki Inoe, Yoshito Sakakibara,
Masafumi Hirota, Akira Koshio and Eric Hu, Impact of Pd Loading on CO 2 Reduction
43Performance over Pd/TiO 2 with H 2 and H 2 O を 担 当 , Vide Leaf 発 行 ， 2020.
(14) Photochemistry and Photophysics – Recent Advances, Akira Nishimura, CO 2 Reduction
Characcteristics of Cu/TiO 2 with Various Reductants を 担 当 , InTech Open 発 行 , 2020.
(15) カ ー ボ ン ニ ュ ー ト ラ ル に 向 け た エ ネ ル ギ ー 貯 蔵 技 術 研 究 会 報 告 書 ，西 村 顕 ，3.4-1

スマー

ト ネ ッ ト ワ ー ク ， 3p を 担 当 ， 一 般 社 団 法 人 日 本 機 械 学 会 動 力 エ ネ ル ギ ー シ ス テ ム 部 門
カ ー ボ ン ニ ュ ー ト ラ ル に 向 け た エ ネ ル ギ ー 貯 蔵 技 術 研 究 会 編 集 ・ 出 版 ， 2024．

44

〔VI〕新 聞記 事
1. 日刊工業新聞第 2 部地球環境特集，2022 年 2 月 10 日掲載，「 脱炭素社会実現に向けた再エネ積極導入のた めの街づくり」，西村 顕

45

〔VII〕特 許1. 特 許 第 5885103 号 ， 発 明 の 名 称 ： 風 力 発 電 と 太 陽 光 発 電 の 2 種 類 の 発 電 手 段 で 構 成 さ れ る
発電システムの発電評価システム，発明者：西村顕，鎌田泰成，安藤俊剛，村田淳介

本特許の概要として請求事項および技術分野を以下に抜粋する．

【特許請求の範囲】【 請 求 項 1】
1以 上 の ビ ル と ，当 該 ビ ル が 配 置 さ れ る 敷 地 と ，該 敷 地 内 に 配 置 さ れ る 風 力 発 電 手 段 と 太 陽 光
発 電 手 段 の 2種 類 の 発 電 手 段 と か ら な る 複 合 発 電 手 段 と ，該 複 合 発 電 手 段 に つ い て の 発 電 評 価 指数を算出する発電指数算出手段と，電力消費形態データベースから構成される発電評価システ
ムであって，前記発電指数算出手段が，気象条件と，施設条件と，電力消費形態に基づいて前記 複 合 発 電 手 段 に つ い て 1以 上 の 発 電 評 価 指 数 を 算 出 し ，前 記 気 象 条 件 が 時 間 的 に 変 動 す る 風 速 ，
風 向 ，日 射 時 間 帯 ，日 射 強 度 ，気 温 を 含 み ，前 記 施 設 条 件 が ビ ル サ イ ズ ，ビ ル 棟 数 ，ビ ル 配 置 ，敷 地 面 積 を 含 み ，前 記 2種 類 の 発 電 手 段 の 何 れ か 一 方 の 発 電 手 段 に 設 定 さ れ る 規 制 条 件 が ，他 方の発電手段に設定される前記規制条件を規制し，前記規制条件が少なくとも太陽光パネルの表
面温度，太陽光パネル表面の風速（風力），ビルサイズ，ビル棟数，ビル配置，敷地面積であることを特徴とする発電評価システム．

【請求項２】
前 記 発 電 評 価 指 数 算 出 手 段 が ，3次 元 流 体 解 析 ソ フ ト を 用 い ，少 な く と も 時 間 変 動 す る 気 象 条
件の風速，風向および施設条件のビルサイズ，ビル棟数，ビル配置，敷地面積を考慮した風力
発 電 手 段 に 関 す る 発 電 評 価 指 数 を 算 出 す る こ と を 特 徴 と す る 請 求 項 1に 記 載 の 発 電 評 価 シ ス テ
ム．

【請求項３】
前記発電評価指数算出手段が，前記太陽光発電手段の発電評価指数を算出するに当たり，少なくとも時間変動する太陽光パネルの表面温度，太陽光パネル表面の風速（風力）を考慮した
太 陽 光 発 電 手 段 に 関 す る 発 電 評 価 指 数 を 算 出 す る こ と を 特 徴 と す る 請 求 項 1又 は 2の 何 れ か 1項に記載の発電評価システム．

【請求項４】
前記異なる消費形態に関する電力消費形態データベースと前記発電指数算出手段に基づき算出した発電指数を有する複合発電手段との時間的，季節的変動対応性を評価することを特徴とす る 請 求 項 1に 記 載 の 発 電 評 価 シ ス テ ム ．

【請求項５】
前 記 2種 類 の 発 電 手 段 の 何 れ か 一 方 の 発 電 手 段 に 設 定 さ れ る 前 記 気 象 条 件 と 前 記 施 設 条 件 が ，46

他方の発電手段に設定される前記気象条件と前記施設条件を規制する因子として，太陽光パネ
ルの表面温度，太陽光パネル表面の風速（風力），ビルサイズ，ビル棟数，ビル配置，敷地面
積 を 考 慮 す る こ と を 特 徴 と す る 請 求 項 1に 記 載 の 発 電 評 価 シ ス テ ム ．

【技術分野】
本発明は，気象条件として時間的に変動する風速，風向，日射時間帯，日射強度，気温を，また施設条件としてビルサイズ，ビル棟数，ビル配置，敷地面積をそれぞれ考慮した風力発電
手 段 と 太 陽 光 発 電 手 段 の 2種 類 の 発 電 手 段 と か ら な る 複 合 発 電 手 段 に つ い て ，異 な る 消 費 形 態 に対応して敷設条件や運転条件を評価できる発電評価システムである．

〔VIII〕受 賞
1.

Young Scientist Award, Akira Nishimura, “CO 2 Reforming into Fuel by Membrane Reactor
Composed of TiO 2 Photocatalyst and Gas Separation Membrane”, The 10th International
Conference on CO 2 Utilization, Tianjin (China), May 17-23, 20092.

化学工学論文集優秀論文賞，西村顕，竹内将幸，澁谷健一，廣田真史，加藤征三，中村義 弘 ， 小 島 正 嗣 ， 成 田 雅 彦 ， 舘 祐 成 ， 葛 山 弘 一 ，“ サ ー モ グ ラ フ ィ ー に よ る 固 体 高 分 子
形 燃 料 電 池 の in situ 温 度 面 分 布 計 測 と 温 度 面 分 布 生 成 因 子 の 解 明 ”， 化 学 工 学 論 文 集 ，Vol. 35， No.5， pp.442-453， 2009．

3.

若 手 優 秀 講 演 フ ェ ロ ー 賞 ，堀 秀 一 郎 ，廣 田 真 史 ，浅 野 秀 夫 ，松 田 拓 也 ，丸 山 直 樹 ，西 村 顕，
“ T 形 合 流 管 内 に お け る 高 ・ 低 温 空 気 流 の 乱 流 混 合 促 進 ・ 制 御 ”， 熱 工 学 コ ン フ ァ レ ン ス ，
2011．

4.

Best Paper Award, Akira Nishimura, “Energy Assessment on Double Power Generation System of
Building Integrated Photovoltaic and Fuel Cell”, Interantional Conference on Smart Technologies
for Energy, Environment and Sustaiable Development (ICSTEESC-18), Nagpur (India), July
28-29, 2018.

5.

三 重 大 学 優 秀 論 文 賞 , Akira Nishimura, Kohei Yamamoto, Tatsuya Okado, Yuya Kojima,
Masafumi Hirota and Mohan Lal Kolhe, “Impact Analaysi of MPL and PEM Thickness on
Temperature Distreibution within PEFC Operated at Relatively Higher Temperature”, Energy,
Vol.205, DOI:10.1016/j.energy.2020.117875, 2020.

6.

若 手 優 秀 講 演 賞 ，豊 田 恭 平 ，三 島 大 季 ，伊 藤 将 吾 ，西 村 顕 ，“ 高 温 発 電 条 件 の PEFC 単 セ ル
内 伝 熱 現 象 に 及 ぼ す 動 作 温 度 お よ び MPL 有 無 の 影 響 解 析 ”，日 本 伝 熱 学 会 東 海 支 部 講 演 会 ，
2022．

47

7.

日 本 機 械 学 会 東 海 支 部 研 究 賞 ，西 村 顕 ，“ 固 体 高 分 子 形 燃 料 電 池 単 セ ル 内 熱・物 質 移 動 現 象
解 明 に 関 す る 研 究 ”， 2023．

8.

三 重 大 学 優 秀 論 文 賞 , Akira Nishimura, Ryoga Shimada, Yoshito Sakakibara, Akira Koshio andEric Hu, “Comparison of CO 2 Reduction Performance with NH 3 and H 2 O between Cu/TiO 2 andPd/TiO 2 ”, moecules, Vol.26, No.2904, DOI:10.3390/molecules26102904, 2021.

9.

日本冷凍空調学会・学術賞，小野寺亜由美，畠田崇史，澤原風花，森浩平，丸山直樹，
西 村 顕 ，廣 田 真 史 ，“垂直ヘッダ型分岐管における気液二相冷媒流の分配－分岐管の加熱が液 相 分 配 に 及 ぼ す 影 響 － ”， 日 本 冷 凍 空 調 学 会 論 文 集 ， Vol.40， No.2， pp.47-55， 2023．

48