共同利用・共同研究拠点

北海道大学 触媒科学研究所

Joint Usage/Research Center

Institute for Catalysis, Hokkaido Universityඡᄘଢ଼஢॥঑গॽॸॕ‫ش‬भುਡधखथ
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ଢ଼஢ਚधखथ੝ੌऔोऽखञ‫؛‬ਠ૔‫ؚ‬ଢ଼஢ਚदम
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বਗभ਌ਏଢ଼஢ਃঢ়पथ৫ಈखथःऽघ‫؛‬ඡᄘ৾ভधभુ৊੫઺पेॉ‫ؚ‬ਯ੡भ଄ুଢ଼஢঻पഃୄ
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শદਆ࿖ื

1

In the beginning of the fiscal year 2020, I would
like to say a few words.
The establishment of the institute can be dated
back to 1943 when the Research Institute for
Catalysis was established in Hokkaido Imperial
University. The Institute was restructured as
Catalytic Research Center in 1989 and further into
the present form, Institute for Catalysis (ICAT) in
2015. The department of fundamental research is
responsible for the research and development ofinnovative catalysts. The department of practicalapplications aims at transferring the achievement
to the industrial application and at creating
technological seeds inspired by the industrial
needs. The department of target research isdriven by associate professors. Researchers
outside ICAT even from foreign countries arecollaborating on specific important problems.
Catalysis Collaborative Research Center provides
cooperation units to adapt to the social imperatives
that is rapidly changing due to not only scientificand technological trends but also politics andeconomics inside and outside Japan.
In 2010, ICAT was authorized as a Joint Usage/
Research Center by the Ministry of Education,
Culture, Sports, Science and Technology (MEXT) of-DSDQ6LQFHWKHQ,&$7KDVSURYLGHG¿QDQFLDODQG
technical supports to the collaboration proposals
from the catalysis community. This project is open
to international collaborations. About 10 % of the
adopted proposals are from worldwide catalysis
community.
ICAT also participates a MEXT project, Integrated
Research Consortium on Chemical Sciences,that is jointly organized by Nagoya, Kyoto,
Kyushu Universities. This project aims at unifying
the concept of materials and synthesis at theinterdisciplinary level and also at cultivating young
talents.
Since problems on natural resources andenvironment become more and more prominent,
developments in material transformation, energy
conversion, and environmental protection will beessential not only for our affluence but for thefoundation of life on earth. However, the financial
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in a severe condition. Active researches, which are
now being conducted throughout Japan at various
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financial and technical supports. Institute for
Catalysis Science will serve as a center for catalyst
research community through the Joint Usage/
Joint Research Project. We look forward to yourcooperation, guidance, and encouragement.

Jun-ya Hasegawa
Director of Institute for Catalysis
April 2020ࢼࣀ⏺㠃཯ᛂሙ◊✲ࢡࣛࢫࢱ࣮
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❅ൃ਽୸

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Our missions are to develop unique surface analysis

ଡୗृਗ਼৕૾ଙ॑ੰෲख‫ؚ‬ખૢਃଡभੰ৥॑ষअधधु

techniques, to observe the catalytically active solidप‫ؚ‬ඡᄘधखथ௪௡஥ः਀એ॑੿ढथ‫ؚ‬ખૢ॑ඝॊभऋ

surfaces on an atomic level, to reveal the reactionଢ଼஢஼भ঑ॵ३ঙথदघ‫؛‬धऎप‫ؚ‬ৈग़ॿঝॠ‫ش‬ਸசஓ

mechanisms, to make the catalytically interesting surfacesଢ଼஢ਃଡृ 63ULQJ ध৴௚ख‫ؚ‬ଣೝ୾‫ؚ‬഻ਗ਼৕‫ؚ‬঑গड़থ‫ؚ‬and to manipulate the surface reactions. We applied theঽ૓ਗ਼৕ঞ‫ش‬२धःढञਸசஓঋ‫ش‬५भ୤৕অ‫ش‬঒॑ඡ

accelerator-based beam techniques such as synchrotronᄘपૢ৷ख਀એभৗੴৄ॑੭ॊଢ଼஢॑ষढथःऽघ‫؛‬ञradiation, positron, muon and X-ray free electron laser toधइय‫୾ؚ‬ඡᄘभ౫મदँॊ :2 भதৈச୾ীੰૌஙभ

the characterization of the surfaces. We have developed୯඄॑ষः‫ؚ‬:2 भଡୗ૗৲॑৥ैऊपखऽखञ‫ ؛‬௕  ‫ ؙ‬a new method such as bond-specific method, MARX-ऒभधऌप‫ؚ‬:2 भ੥়෱௞ऋభलॊऒधद‫ؚ‬: ऋ୎৿Raman (Multi Atom Resonance X-ray Raman) XAFS.

ख‫ؚ‬ಢः੥়ऋऔैपಢऎऩढथ : ऋপऌऎॅऋिधઅ

We have carried out theoretical analysis collaboratingइथःऽघ‫؛‬ऽञ‫્ؚ‬৒भ੥়भापା৯खथ‫;ؚ‬$)6 ॑

with Chiba University Team. In addition, we found a new੭ॊ 0$5;5DPDQ भ৶૛৓ऩੰෲ॑૸୴প৾ॢঝ‫ش‬উsignal enhancement of the Nitrogen Raman at the onsetधਤी‫ؚ‬0$5;5DPDQ भਦಀਘ২ऋ U पૻ୻घॊऒध

of Ga K-edge of GaN single crystal as shown in Figure॑৥ैऊपखऽखञ‫؛‬औैप *D1 ౐੥အ॑ৌ଴पखथ‫ؚ‬

2. Figure 1 shows the Ultrafast XAFS using X-ray free

0$5;5DPDQ ௴೾॑ষढञधऒौ‫ؚ‬௕  पંघेअप

electron laser (XFEL) which has revealed the structuralลઽഈभয়ठ঱ऋॉद‫ؚ‬ਘ২ੜপघॊधःअৗਠ଴ु৅

distortion of WO3 after the photo irradiation. The otherৄखऽखञ‫؛‬঳্‫ؚ‬ৗखःඡᄘधखथି৯॑ૐीॊॖথ

activities are electrochemical and surface science studiesॱ‫ش‬ওॱজॡ५दँॊ 1L3 भਗ਼ਞ৲્৾ਙधଡୗभଢ଼஢

of Ni2P single crystal, theoretical analysis of TiO2(110) 1 ×ृု୾ዓ୾ ;$)6 ॑৷ःञड़ঌছথॻ௴೾ু১‫ؚ‬औैप

2 structure and operando polarization dependent XAFS of

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surfaces.

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ম৖୅दम‫ؚ‬ਗ਼৕૾ଙ‫ؚ‬ী৕ଡୗ‫৿ؚ‬ৡ৾‫ؚ‬ਗ৖ਗ਼ৃTo understand complex mechanisms in catalyticऩन੗੪৓ऩളහਙप૓ਟघॊඡᄘਉ৶॑৥ैऊपघॊ

processes, we are developing accurate theories forऒध॑৯৓धखथଢ଼஢॑ষढथःॊ‫؛‬ളහऩଡୗ॑੅ण

describing electronic structures in complex molecularী৕௺॑ੑ઴घॊञीभ 4000 ১‫ؚ‬৲৾ખૢभ৿ଙ॑

systems, the QM/MM methods for large molecular৥ैऊपघॊਸ਼঳ਉ৶ী৕৿ৡ৾১‫ؚ‬೸৓ऩী৕ଡୗณ

systems, the first-principles molecular dynamicsैऍ॑અൟघॊଁੑৡ৾৓ੰෲু১ऩनभੑ઴ু১॑৫

simulations for reaction dynamics, and analytical methods৅‫ૢ؞‬৷ख‫ؚ‬ඡᄘਉ৶भੰ৥धৗૠඡᄘभਝੑप਄ॉੌ

based on quantum and statistical mechanics. These॒दःॊ‫؛‬methods are applied to various catalytic reactions involving఻৬৓पम‫ؚ‬ ຍಞඡᄘ௺पउऐॊႇभਸ਷ীੰਃଡ ও९এ‫ش‬ছ५३জढ़૿੅ 3W ඡᄘभग़ॳঞথ଩ആ
෷৲ਃଡ ਗৃৣपउऐॊಕ৬෷৲੟૿੅সരॡছ५ॱ‫ش‬भඡᄘખૢওढ़ॽ६঒‫ق‬௕ ‫ك‬ ওॱথણਙ৲प਱ऐञඡᄘਝੑ ዮ୎সര჻৬ඡᄘ॑৷ःञ঄ॻট३জঝ৲ખૢभ
ওढ़ॽ६঒ সരॡছ५ॱ‫ش‬ඡᄘपउऐॊৈ୔২ખૢभওढ़ॽ
६঒‫ق‬௕ ‫ك‬ಉभଢ଼஢ୖ਻॑ৰ઱खथःॊ‫؛‬

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organic, transition-metal, and heterogeneous catalysts.
Our current research focuses on the following topics:1.

Mechanism of hydrolysis by carbon catalysts.

2.

Mechanism of ethylene oxidation with Pt/
mesoporous SiO2 catalyst.

3.

Catalytic reactions with supported metal clusters
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4.

Computer-aided catalyst design for methane
activation.

5.

Mechanism of transition metal-catalyzedhydrosilylation reactions.

6.

Reaction mechanism of activation of inert
molecules by metal cluster catalyst.

Fig. 2 Rearrangement pathway of gold clusters witha O2 molecule.

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রਣ஬ඤ

৵௔ઁਮ

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Our strategy is molecular design of heterogeneous౺॑થ஍ਹ৷घॊञीभખૢपૢ৷घॊଢ଼஢॑ষढथः

catalysts and their application for utilization of naturalॊ‫఻؛‬৬৓पमଠேप௹୕पோ૔घॊ਽ସংॖड़ঐ५ृ

resources. We study conversion of non-food biomassਲஞংॖड़ঐ५‫ق‬य़ॳথ‫॑ك‬ಕ৬ඡᄘपेॉથ৷৲৾ષ

including lignocellulose biomass and chitin, a marineप૗ఌघॊଢ଼஢॑ਤीथःॊ‫୻؛‬इय‫ؚ‬ൠ෷ਡ॑ुणຍ

biomass, to valuable chemicals by heterogeneousಞඡᄘपेढथ਽ସংॖड़ঐ५॑ਸ਷ীੰख‫ؚ‬਷ྃਙड़catalysts. Air oxidation of woody biomass provides aজ०ႇृ౐ႇ॑ৈઽ૨दেਓघॊऒधऋदऌॊ‫)ق‬LJ ‫؛ك‬

weakly acidic carbon that hydrolyzes the woody biomassऽञ‫ؚ‬३ख़‫ش‬ঝफ़५भ਌ਛীदँॊওॱথऊै়ਛफ़५

WR VROXEOH ȕJOXFDQV DQG PRQRPHULF VXJDUV LQ IORZ॑  ٦ਰৣभ଩ആ૖੯ৣद৭උ৓पেਛघॊ८ड़ছॖ

systems (Fig. 1). Another topic is to develop zeolite-ॺ૿੅সരඡᄘभ৫৅ुਤीथःॊ‫؛‬

supported metal catalysts that selectively produces syngas೑‫ر‬म‫ؚ‬ও९੗ሠ৬भඡᄘਃચपणःथुଢ଼஢खथः
ॊ‫؛‬ও९এ‫ش‬ছ५३জढ़૿੅ஜসඡᄘम‫ؚ‬ग़ॳঞথ॑଩
ആद౥৸෷৲ख &2 प૗ఌदऌॊ‫)ق‬LJ ‫؛ك‬ऒभඡᄘम
ग़ॳঞথपेॊஒટ੟भ࿃ਛ॑೪਑घॊऒधऊै‫ؚ‬ഐ୉ಛृ৙ཅฅ୉ಛ৷भඡᄘधखथৰ৷৲औोञ‫؛‬ਠ૔‫ؚ‬೑‫ر‬मমඡᄘभਃચੰ৥धฅ୉‫؞‬ୟଛী৙षभૢ৷॑৯੐ख
थःॊ‫؛‬(CO + H2) from methane at reaction temperatures below
650 ºC.
Our interest also includes catalytic application ofmesoporous materials. We reported high activity of Pt/
mesoporous silica in low temperature oxidation of ethylene
to CO2 (Fig. 2). This catalyst is practically used in the latest
models of refrigerators to mitigate aging of vegetables
and fruits. We are aiming for application of the catalyst inindustrial food storage.

Fig. 1 &RQYHUVLRQRIFHOOXORVHWRVROXEOHȕJOXFDQVDQGJOXFRVHE\DFDUERQFDWDO\VWLQDIORZUHDFWRU)LJ3URSRVHGPHFKDQLVPIRUORZWHPSHUDWXUHR[LGDWLRQRIHWK\OHQHRYHU3WPHVRSRURXVVLOLFD੦ຊଢ଼஢௺
੦ຊଢ଼஢௺ඡᄘ౫મଢ଼஢৖୅

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.HQLFKL6+,0,=8

6KLQ\D)858.$:$=HQ0$(127DNDVKL72<$2્ભஃઇ
6 0$+DNLP6,'',.,

ወ૘সരৱ౺भઞ৷୤॑ਈ৵଒प೪इञॢজ‫ش‬থથਃ

Our aim is to design new heterogeneous catalysts়ਛ‫ؚ‬୭୆ཱི৲৷ಕ৬ඡᄘभ৫৅प਄ॉੌ॒दःॊ‫؛‬ர‫ر‬for green organic reactions and automotive pollution

भ LQ VLWX ী୾১॑ฌઞखञඡᄘଡୗ‫؞‬ખૢਃଡଢ଼஢॑ৢ

control with minimum use of precious metal resources.

गथඡᄘଡୗٕਃચٕਙચभৼঢ়ঢ়બ॑৥ન৲ख‫ؚ‬ඡᄘMechanistic and structural studies by various in situਝੑपইॕ‫ॻش‬ংॵॡघॊ‫؛‬ऒोऽदभଢ଼஢ऊै‫ؚ‬ਃચ

spectroscopic methods establish the structure-activityभ౮ऩॊളਯभসരர৊૒ऽञमসരரध෷৲੟ர॑੺

relationship, which provides fundamental aspects

மऔचञੀએभਝੑऋৈਃચඡᄘ৫৅भჶधऩॊऒध॑

for catalyst design. We have found that creation of৥ैऊपखथउॉ‫ؚ‬মਝੑ੐ଉप੦तऌ୓ৗ৓ਃચ॑થ

multifunctional active sites at Metal-Metal or metal-supportघॊৗૠಕ৬ඡᄘ॑൉লघॊ‫؛‬ৰୡद੭ैोॊੴৄपਸ

interfaces is a key factor for design of novel catalysts.

इथ‫ؚ‬ੑ઴ఐ৾ृॹ‫ॱش‬ఐ৾॑ણ৷खञଢ଼஢ुன৫ख‫ؚ‬

We utilize computational and data science in addition toਠ૔भ਼ੀ৓ऩୖ਻दँॊ୭୆ਖ਻ृग़ॿঝॠ‫ش‬ਖ਻ੰ

WKHDIRUHPHQWLRQHGH[SHULPHQWDO¿QGLQJVWRFRQWULEXWHWRৠषभ๾൴॑৯੐घ‫؛‬

improvement in global energy and environmental situation
by developing heterogeneous catalysts with innovative
functions.

੦ຊଢ଼஢௺

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ஃઇ

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7$.$6+,0$୾ඡᄘधखथमञैऎ၄৕भਝੑध৹ଲ‫ؚ‬௬੼॑उऒ

We are aiming to design, fabricate and characterizeऩअधधुप‫୾ؚ‬ඡᄘખૢभਉ৶भੰ৥॑ीकखथःॊ‫؛‬

photocatalyst particles and to clarify the mechanism of their఻৬৓पम‫كقؚ‬໨ଜ૥મরभਗ਼৕ॺছॵউഡ২भग़ॿ

photocatalysis. (1) Reversed double-beam photoacousticঝॠ‫ش‬ীഘ॑ँैञप৫৅खञಗ੸੎ཫକ୾ఠ஭ী୾১

spectroscopy (RDB-PAS) (Fig. 1) for evaluation of energy-‫ق‬௕ ‫ك‬पेॉ೾৒ख‫୾ؚ‬ඡᄘपऊऍैङऺऻघसथभস

resolved density of electron traps in sample particles hasര෷৲੟भَ৊৒ُध౎भু১दमਂ૭ચऩಖഡ௬੼ऋ

been developed and shown to be a unique comprehensive૭ચदँॊऒध॑ँऌैऊपखञ‫كق؛‬தৈਘ২भ౐౦

identification and evaluation method for almost all metal୾৴ਢ୾౺॑णऊढथ୾ඡᄘખૢச২भ୾ਘ২‫୾ق‬൶‫ك‬oxides not limited to photocatalysts. (2) Light-intensityൂோਙ॑ੰෲख‫ؚ‬ऱधणभ၄৕রभཫକਗ਼৕ँॊःमਫ

dependences were examined using ultrahigh-intensityሠभഡ২पൂோखथખૢ஘ૄऋ౮ऩॊऒधृ‫ؚ‬ஜসऩन

continuous monochromatic light sources to find electronभ૿੅সരभ૽સ॑ँऌैऊपखञ‫كق؛‬੝ଐ਷೸়ਛ

transfer mechanism depending on the density of electrons১उेलಖഡ਑౪ਞৼ১पेढथजोझोழએ৬஄૾उ

or holes in a particle and co-catalytic action of loadedेलેએ৬஄૾‫ق‬௕ ‫ك‬भ॔ॼॱ‫ش‬५ॳॱॽ॔୾ඡᄘभ৹

noble metals. (3) Preparation of highly "pure" titanium(IV)ଲपਛ඘ख‫ؚ‬ఏ૆୾ඡᄘ૥મधखथਹ৷दऌॊऒध॑ં

oxide (titania) photocatalyst particles with decahedral (Fig.

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Our research activities encompass synthesis and౪औोञৈী৕उेलதী৕়॑ਛखथःॊ‫؛‬य़ছজॸcharacterization of polymers having controlled structuresॕ‫ਂقش‬ผ‫॑ك‬य़‫ش‬ড‫ॻش‬धघॊ੎়ખૢଢ଼஢पेॉ‫ؚ‬and supramolecules. With design concepts focusing onैच॒‫  ؚ̱‬५ॱॵॡ஑‫ঁؚ‬ॖঃ‫ش‬ঈছথॳ஑‫ؚཱ‬ଶ஑ऩ

“macromoleuclar chirality” in mind, we conduct syntheticनभী৕ଡୗउेलৈઃଡୗभ਑౪‫ؚ‬औैपम‫ؚ‬ী৕৑UHVHDUFKZRUNWDUJHWLQJKHOLFHVʌVWDFNHGFRQIRUPDWLRQVभଡୗ਑౪ुଢ଼஢खथःॊ‫؛‬਑౪ଡୗ॑થघॊৈী৕‫؞‬

hyperbranches, and cross-linked gels as well as structuralதী৕॑৷ः‫ؚ‬ඡᄘ‫ؚ‬৅୾‫୾ؚ‬ਗ਼৕੟ਙ‫ؚ‬ী௞‫ؚ‬ఇ৶ણ

regulation of supramolecules. With such orderedਙಉभৈ২ऩਃચभ৅ਠपරਅघॊ‫؛‬

structures in hand, we aim at creating advanced functional਑౪ଡୗभ঳୻धखथ‫ؚ‬೑‫ر‬म̱५ॱॵॡ஑ଡୗ॑অॽ
ঝএজঐ‫ش‬पৌखथੂीथ਑౪खञ‫ق‬௕‫̱؛كڭ‬५ॱॵॡ஑এজঐ‫ش‬म્౮ऩয়৬ଡୗप੦तःथ‫ؚ‬௪௡஥ः୾‫؞‬ਗ਼৕੟ਙ॑ંख‫ؚ‬਌ำુ૽௺ৈী৕प્౮৓ऩुभधઅ
इैोथःञ୾ਗ਼৕੟ਙऋঅॽঝএজঐ‫ش‬भଡୗ਑౪प
ेॉৰਠदऌॊऒध॑৥ैऊपखञ‫؛‬ਸइथ‫ؚ‬ৈী৕ଡୗभਈु੎ਏऩଡୗदँॊैच॒ଡୗभ਑౪ଢ଼஢॑ষः‫ؚ‬జਟभ়ਛ৲৾৓ু১धम৸ऎ౮ऩॊ‫ؚ‬৞ု୾॑৷ःञ
ैच॒ৈী৕भ়ਛपਛ඘खञ‫ق‬௕ ‫؛ك‬

materials showing catalytic activities, photo emission,
photo-electronic functions, non-linear optical properties,
separation functions, and pharmaceutical activities.
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conformation was constructed and elcucidated for
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shows valuable photo electronic properties that have beenthought to be unique to main-chain conjugated polymers.
Another goal is to create a polymer helix, a most important
structural motif of polymer chain, we have, for the firsttime, prepared a single-handed helix of polymers on thebasis of chirality of light (circularly polarized light) in areversible manner. This achievement is expected to trigger
various CPL-based preparation methods to create a wide
variety of chiral polymers (Fig. 2).

Fig. 1 6WUXFWXUHRISRO\ GLEHQ]RIXOYHQH WKH
ILUVWʌVWDFNHGYLQ\OSRO\PHU

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ଢ଼஢৫৅৖୅

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教授
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ਨਲ੊প৾ඡᄘఐ৾ଢ଼஢ਚ‫؞‬ৰ৷৲௓ਤ௺ଢ଼஢৫৅৖

The Research and Development Division was started୅म‫ؚ‬ਓ৾৴௚ਘ৲॑௓ਤघॊધ৖ఐ৾੄भਏடपૢइ

at the Institute for Catalysis (ICAT) Hokkaido Universityथ  ফ  াऊैजभણ৿॑৫઩खऽखञ‫ ؛‬ফ 

in 2014 guided by the Ministry of Education, Culture,াपम‫ؚ‬ਨਲ੊প৾धবয়ଢ଼஢১যਓ঵ૼ୒੕়ଢ଼஢ਚ

Sports, Science and Technology (MEXT). At the end ofधभ৑पॡট५॔এॖথॺওথॺ਑২ऋ଑োऔो‫ؚ‬ଢ଼஢

2014, Hokkaido University and the National Institute of৫৅৖୅भওথং‫ش‬पेॊਨপॡট५॔এॖথॺওথॺ

Advanced Industrial Science and Technology (AIST) drewॳ‫ش‬঒ऋਓ੕ଢ଼‫؞‬ඡᄘ৲৾੆়ଢ଼஢७থॱ‫ش‬৔प৅ଌख

up a contract to realize the cross-appointment systemऽखञ‫ ؛‬ফऊैम‫ؚ‬ਨপ‫؞‬ඡᄘఐ৾ଢ଼஢ਚ‫ؚ‬বয়ଢ଼to reinforce the government-industry-academia network.

஢১য৶৲৾ଢ଼஢ਚ‫؞‬୭୆ৱ౺ఐ৾ଢ଼஢७থॱ‫ؚش‬ਓ੕

In 2015, I was appointed the leader of the Hokkaidoଢ଼‫؞‬ඡᄘ৲৾੆়ଢ଼஢७থॱ‫఺ش‬लযੵੴચଢ଼஢७থॱ‫ش‬

University Cross-appointment Team, which was set upभ৴௚ੈৡद‫َؚ‬य़কॱজ५ॺॖথইज़ঐॸॕॡ५पेॊ

in the Interdisciplinary Research Center for Catalyticඡᄘ৫৅ُभউট४ख़ॡॺ॑য়঱ऑ‫ؚ‬൐ফ३থএ४क़঒

Chemistry AIST. Then, with the cooperation of ICAT,॑৫ಈखथ૞ॉऽखञऋ‫ ؚ‬ফपमবয়ଢ଼஢১য੟

AIST and Riken (the Institute of Physical and Chemicalସ‫؞‬౫મଢ଼஢ਃଡ‫ق‬1,06 पु৴௚भ୽॑ઁऑ‫ؚ‬ਨপ‫ص‬Research), we launched the project named “Catalyst৶ଢ଼‫ص‬ਓ੕ଢ଼‫ص‬1,06 ়৊द‫ ؚ‬ফ  া  ঩पَੴInformatics.” The Artificial Intelligence Research Centerभ੆়ऋਸசघॊඡᄘଢ଼஢ُध਻खथඡᄘॖথইज़ঐॸॕ

AIST helped facilitate and drove the project. In 2017, theॡ५३থএ४क़঒॑৫ಈखऽखञ‫ ؛‬ফ২मਨপऋ਌

National Institute for Materials Science (NIMS) joinedಈधऩॉऽघ‫؛‬the project. In 2019, “Catalyst Informatics Symposium,-Catalyst Research Accelerated by Interdisciplinary
Fusion-” was held in the collaboration with ICAT-RikenAIST- NIMS. In 2020 ICAT will organize the symposium.

ඡᄘଢ଼஢੦ೕ৫৅ॡছ५ॱ‫ش‬
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0HPEHUફಠ஬❅（ .L\RWDND$6$.85$,&$7+RNNDLGR8QLY）ૣળ࿖‫ق‬$WVXVKL)8.82.$,&$7+RNNDLGR8QLY）஬਷ଢ଼঳（ .HQLFKL6+,0,=8,&$7+RNNDLGR8QLY）পદધฆ（%XQVKR2+7$1,,&$7+RNNDLGR8QLY）ਧিऽॅा（0D\XPL1,6+,'$,&$7+RNNDLGR8QLY）র৙୭（7DPDNL1$.$12,&$7+RNNDLGR8QLY）This cluster is aiming at promoting advanced catalysis
research. Our projects are to develop and maintain bothभଢ଼஢ੈৡ৬਑॑઀੧‫؞‬ଡണघॊऒध‫ؚ‬ඡᄘఐ৾पउऐ

hard and soft infrastructures in the institute, to promoteॊৗ৾੠୩ୠ॑ਅറ৓प৫ิघॊऒध॑৯৓धखञহ঵

and enhance the collaborations and cooperation in the॑ষअ‫؛‬

community of catalysis science and engineering, and to१५ॸॼঈঝඡᄘহ঵‫੅ؙ؟‬ਢ૭ચऩ঺ভप਱ऐञૼ୒

develop the forefront of the interdisciplinary area related୓ৗ॑૭ચधघॊඡᄘఐ৾ૼ୒भଢ଼஢॑௓ਤ‫੍؞‬ରघॊ‫؛‬ඡᄘৈ২ৰᄷଢ଼ఊউটॢছ঒হ঵‫়ଁؙ؟‬৓ඡᄘଢ଼஢৬
਑भुध‫ؚ‬ଢ଼஢঻भয౫୘ਛ‫ؚ‬ඡᄘ৫৅੍ର॑घॊ‫؛‬ඡᄘॹ‫ॱش‬ঋ‫ش‬५হ঵‫ؙ؟‬ඡᄘॹ‫ॱش‬ঋ‫ش‬५भଡണ॑ಲ
ਢख‫ؚ‬ളහपਤ৲घॊඡᄘఐ৾ૼ୒॑৬௺৲घॊधુप‫ؚ‬ৗ৾੠୩ୠधखथय़কॱজ५ॺ‫؞‬ॖথইज़ঐॸॕॡ५भ
৅ன॑੫௕घॊ‫؛‬ॱ ।⑁ॺଢ଼஢৖
ॱ␗।⑁ॺଢ଼஢৖

ඡᄘఐ৾ૼ୒भ੔ഈଢ଼஢॑௓ਤ‫੍؞‬ରघॊञीभુৢ
੦ೕ॑੔ୡ৓पତ૟घॊऒध‫ؚ‬ଢ଼஢঻॥঑গॽॸॕ‫ش‬ध

to catalysis. (1) Sustainable catalysis research project isto promote and support advanced catalysis researches
as well as to introduce transcendental approaches
in catalysis. (2) Training and education program is
to contribute in developing human resources and inoutreach activities to the society. (3) Database projectis to accumulate experimental and XAFS information of
catalytic systems and to develop catalysis informatics.

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タ ーゲ
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研究
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ੜিཬื‫ق‬7DNX\D0$68'$1,06‫ك‬িቬ๦ （:DQ-DH&+81,QWHUQDWLRQDO&KULVWLDQ8QLY）੺ઢสཟ（7RVKLKLUR.21'22FKDQRPL]X8QLY）৛িຶ౓ （<DVX\XNL<$0$'$1DJR\D8QLY）ଡୗभૠ৒औोञ෷৲੟౐੥အ਀એ॑ਃચਙী৕ृস

The objective of our research group is to create well-രद஘‫ر‬पఊ෪घॊऒधद‫ؚ‬ZHOOGHrQHG ऩ਀એॼঀખ

defined active nanostructures by modifying oxide singleૢৃ॑ଡണघॊ‫؛‬௒ਪ஑ॺথॿঝႀ๶ྰृု୾৸ખೝዓ

crystal surfaces with various functional molecules and୾ ;$)6 ১॑৷ःथਉ৕ঞঋঝदभଡୗ௬੼॑ষः‫ॼؚ‬

metals. The origin of the catalytic activity is elucidatedঀଡୗधඡᄘણਙभৼঢ়पঢ়घॊੲਾ॑໮஋घॊ‫؛‬ऽञ‫ؚ‬by using advanced surface science techniques such as໮஋खञੲਾ॑ਃ༊৾ಆपेॉঔॹঝ৲ख‫ेؚ‬ॉৈણਙ

STM and PTRF-XAFS. Machine-learning technique is also॑ંघॼঀଡୗभৈச੒೾॑૥ाॊ‫؛‬

applied to predict nanostructures with higher activity.

෷৲੟঱भসരॼঀ၄৕म૿੅সരඡᄘ॑मगीधख
ञ஘‫ر‬ऩ౫મपૢ৷औोथःॊऋ‫ؚ‬ᅼૐऋକऒॉृघऎ‫ؚ‬๶૘ॡছ५ॱ‫قش‬१ॖ६ऋ  QP ਰৣ‫॑ك‬಑঳पેীऩ
୤૿੅घॊऒधऋ୔खः‫؛‬खऊख෷৲੟਀એ॑‫ैँؚ‬ऊगीসരधਘऎৼ൩੿৷घॊ઻ચ੦॑થघॊਃચਙী৕
दఊ෪घॊऒधद‫ؚ‬௕‫ڭ‬भेअपসര‫ق‬$X‫ؚ‬1L‫&ؚ‬X‫॑ك‬౐ਉ৕૾पীങख‫ ؚ‬ઃ੪ଡୗ॑ৠ৒खञ‫੺؛‬ফି৯॑ૐ
ीथःॊ౐ਉ৕ඡᄘ‫ق‬VLQJOHDWRPFDWDO\VW‫ك‬भৗञऩ৹
ଲ১धखथ਋ୄऔोॊधधुप‫ؚ‬ऒभ౐ਉ৕૾সരர॑
অঝॹॕথॢঈটॵॡधखथ‫ؚ‬ਉ৕౐ਜ਼द਑౪खञ๶৵
ॡছ५ॱ‫ش‬भ৹ଲऋ૭ચपऩॉ‫ؚ‬ঘॽ‫ش‬ॡऩඡᄘ્ਙभ

We are now focusing on metal clusters on oxidesurfaces because they are technologically important asoxide-supported metal catalysts and electronic devices. It
is not easy to prepare homogeneous subnanometersizedclusters on oxides because they are easily aggregatedto form large clusters. We succeeded in preparing an
atomically dispersed metal species by premodifying anoxide surface with functional molecules before metal
deposition (Fig. 1), which may enable precise size controlof subnanometer-sized clusters with unique catalytic
properties.

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মଢ଼஢ॡছ५ॱ‫ش‬दम‫ؚ‬୬഻୾पऴऎऽोॊ૭ଳ୾भ

Our research focuses on development of plasmonicణশ୩ୠपउःथ਀એউছ६ঔথુ๥ลઽ॑ुण୾ਃચ

photocatalysis, i.e., wide-bandgap semiconductorsਙॼঀ၄৕‫ؚ‬घऩॎठ‫ؚ‬স‫ؚ‬਒ँॊःमྗऩनभসരँ

modified with noble metals (NM), with ability of workingॊःम়সधઁःংথॻॠকॵউ॑ुण઄଑৬ऊैऩॊ

at visible range of solar spectrum. Two kinds of୾ඡᄘभ৫৅॑ीकखथःॊ‫؛‬ऱधणम‫ؚ‬౞૪৶ुखऎ

photocatalysts have been investigated, i.e., plasmonicमಳีऋ଑োऔोञ৘୿෷৲ॳॱথ‫ؚ‬৹ଲखञ੗એ৬஄

(containing NM NPs and semiconductors: bare and defect-૾॔ॼॱ‫ش‬५෷৲ॳॱথ‫ँؚ‬ॊःमॳॱথॼঀডॖখ‫ش‬rich commercial titania samples, faceted anatase particlesधসരॼঀ၄৕ള়௺উছ६ঔথ୾ඡᄘ‫ुؚ‬अऱधणम‫ؚ‬and titanate nanowires) and coupled (TiO2/Cu2O and TiO2/

Q ஑઄଑৬दँॊ෷৲ॳॱথध෷৲਒ृ෷৲ྗऩनभ S

Ag2O since less noble metals (Ag/Cu) are easily oxidized).

஑઄଑৬भঊॸটம়஑୾ඡᄘदँॊ‫ق‬਒ृྗम෷৲औ

The properties of obtained materials (including TRMC,

ोृघःञी‫؛ك‬ऒोैभଡୗृ્ਙ॑ 750&‫)ؚ‬7''7

FTDDT) and their photocatalytic activities have beenऩनभু১पेॉ௬੼घॊधधुप‫كقؚ‬ሌ෷‫ ؚ‬উট

investigated for (1) oxidative decomposition of organicঃঀ‫ش‬ঝँॊःमইख़ঀ‫ش‬ঝभ෷৲ীੰ‫كقؚ‬ওॱঀ‫ش‬

compounds (acetic acid, 2-propanol, phenol), (2) methanolঝ൓਷ಞउेल‫كق‬ংॡॸজ॔ृढ़অ‫ق‬ᇪಟउेलໃ૾༳‫ك‬dehydrogenation, and (3) inactivation of microorganismsभਂણਙ৲पणःथ‫ྏؚ‬ਗ‫ؚ‬૭ଳ୾उेल஧ਗ୾සೝৣEDFWHULDDQGIXQJL \HDVWDQG¿ODPHQWRXV XQGHU89YLVभ୾ඡᄘણਙ॑ਫ਼ୈखञ‫؛‬औैप‫ؚ‬௨༳ણਙपउऐॊ੿

and IR irradiation and in the dark. Moreover, the action৷५ঌॡॺঝੰෲ॑౥വख‫ؚ‬ਠ૔मफ़থ੘௜प਱ऐञৗ

spectra during bacteria inactivation have been performed,ञऩଢ଼஢॑ਤीथःॊ‫؛‬and new study on possible cancer treatment has been
started.

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Chemical production from renewable and easily੷ीैोथउॉ‫ؚ‬ખૢਙभৈः೘੟૓ਟຍ਷৲੟॑ਉમ

accessible carbohydrates in nature is increasinglyधखञ૑೼৲৾ષਉમभ়ਛऋ੎ਏऩୖ਻धऩढथःॊ‫؛‬

important in recent years for the development ofমଢ଼஢ॡছ५ॱ‫ش‬दम‫ؚ‬ಕ৬෷৲੟भ਷ோ૔ৣपउऐॊ

sustainable society. Plant-derived carbohydrates,෷ව੦ඡᄘ੿৷‫્ؚ‬पऒोऽदਫ਼ୈऔोथःऩऊढञਗ਼

which show higher reactivity than fossil fuel-derived

৕ಳ௤সര१ॖॺधਗ਼৕ૌ੗ऩત৕෷ಞभ෷ව੦ਙସ॑hydrocarbons, can be converted to attractive platformੰ৥ख‫ؚ‬୭୆଩଀෰॑ಂ਱खञ਷ྃั৔दभংঝॡॣ঑

molecules (furans, organic acids, ketones, aldehydes,ढ़ঝਉમ়ਛप਄ॉੌि‫؛‬਌ऩਫ਼ୈ৔ઍम‫ؚ‬੗஘ऩ೘੟

olefin, etc.) by acid-base catalysis in the presence of૓ਟभຍ਷৲੟॑রੱधघॊ৲়੟ණ‫ق‬ႇథ‫ؚ‬ৈ௻࿫ᆅ

water. In this project, acid and base functionality of෷उेलजभग़५ॸঝऩन‫ك‬ऊैढ़ঝ঎থ෷ Ҩ ॣॺথ‫ؚ‬electron-deficient metal species and electron-rich lattice॔ঝॹ঄ॻ‫ؚ‬ड़ঞইॕথథऩन॑ৈઽ૨दඃ੭घॊખૢ

oxygen sites, respectively, on metal oxides has been௺भଡണदँॊ‫્؛‬पව੦१ॖॺपेॊਫ‫؞‬ಗೠ়ખૢ

studied for the carbohydrates conversion in the presenceभ਑౪ऋ૭ચधऩोय‫॑ & ع &ؚ‬রੱधखञ଩ী৕୤

of water. Precise control of basicity for oxide catalystsຍ৲਷ಞऊै & ॑প்प঱৚ॊৈী৕୤ຍ৲਷ಞ়ਛ

would enable selective production of various small (C2-भ੊൙ऋનয়दऌॊ‫؛‬C4) and large (> C12) hydrocarbons though fragmentationand condensation reactions. The resulting molecules canbe used as sustainable resources for the production of avariety of industrially important chemicals.

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1LQJ<$1 1DWLRQDO8QLYRI6LQJDSRUHAlloys have been recognized as effective catalystmaterials. However, the general methodology and theoryणःथमःऽटનয়औोथःऩःभऋਠ૾दँॊ‫؛‬રो

for catalyst design remain under debate and construction.

ञ়সඡᄘ॑৫৅घॊञीपम‫ؚ‬૚ரসരभਙସ॑པ඼

To develop efficient alloy catalysts and establish theखञअइद়সभ਀એଡୗृਗ਼৕૾ଙ॑ਉ৕ঞঋঝद৶

corresponding chemistry, it is important to understand theੰघॊऒधऋ੎ਏदँॊ‫؛‬মଢ଼஢ॡছ५ॱ‫ش‬दम‫়ؚ‬সsurface structures and electronic states of the alloys inभඡᄘ౫મधखथभমସ৓ऩ৶ੰधजोप੦तऎৈਙચ

an atomic level. For this purpose, we study the followingඡᄘभ৫৅॑ਤीॊ৯৓द‫َكقؚ‬ૠಋਙ়সभ્౮৓਀

themes from the viewpoints of catalytic chemistry,એଡୗ॑ਹ৷खञৈ୔২ী৕૗ఌ௺भ৫ิُ‫਀َكقؚ‬એ

metallurgy, surface science, and theoretical chemistry:ఊ෪஑সര৑৲়੟भ൉ਛُ‫ेَكقؚ‬ॉৈ২ऩඡᄘਝੑ

(1) Achieving stereo and regioselective molecular॑੐਱खञসര৑৲়੟‫ص‬ಕྃ৬ঁॖঈজॵॻ॔টॖभ

WUDQVIRUPDWLRQVXVLQJVSHFL¿FDWRPLFDUUDQJHPHQWV৹ଲधඡᄘખૢषभి৷ُपणःथ‫ؚ‬ඡᄘఐ৾‫ؚ‬সര৾‫ؚ‬of ordered alloys.

਀એఐ৾‫ؚ‬ੑ઴ఐ৾भଳਡऊै‫ؚ‬੗ഓ৓पଢ଼஢॑ষअ‫؛‬ॱ␗।⑁ॺଢ଼஢৖

়সभඡᄘ౫મधखथभથ৷ਙम்ઁऎੳੴऔोथः
ॊ঳্‫ؚ‬जभඡᄘਝੑपउऐॊ্১૛उेल৶૛৬௺प

(2) Development of surface-modified intermetallics for
HႈFLHQWPROHFXODUFRQYHUVLRQ(3) Synthesis and application of “intermetallic-sloid
solution hybrid alloys” for well-controllable catalyst
design.

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মॡছ५ॱ‫ش‬म਌ำુ૽஑ৈী৕भ়ਛଢ଼஢॑੦ກध

In this cluster, conjugated polymers were applied toखथ‫ॢؚ‬ছইख़থॼঀজ঎থ౫મ॑அिৗૠਃચਙॼঀ

develop new type of graphene nanoribbons materials.

ढ़‫ش‬঎থ੟ସभ৫৅॑ষअ‫ॢ؛‬ছইख़থ‫ؚ‬ইছ‫ش‬ঞথ‫ؚ‬ढ़‫ش‬

ʌ&RQMXJDWHGSRO\PHUVKDYHEHHQH[FOXVLYHO\LQYHVWLJDWHG

঎থॼঀॳগ‫ش‬ঈಉभಖഡ਑౪ଡୗ॑થघॊॼঀढ़‫ش‬঎

due to the promising application potentials as electronicথम੗วपநॊਓ঵ী৙प୓ৗ৓ऩ୶஭॑ଖइ੭ॊ੟ସ

materials. In this work, conjugated polymers were appliedदँॊ‫؛‬ऒोैभ੗ऎऋ &&9' ಉप৹ଲऔोॊभपৌख‫ؚ‬to construct graphene nanoribbons. The topology, widthমॡছ५ॱ‫ش‬दम‫ঀॼؚ‬ढ़‫ش‬঎থ੟ସभৗૠऩ৹ଲ১ध

and edge periphery of the graphene nanoribbon productsखथ‫ؚ‬਑౪ଡୗ॑થघॊৈী৕॑৐ฌ৬धखथਹ৷घॊ

are defined by the structure of the precursor monomers.

થਃ৲৾৓ऩৗু১॑৫৅घॊ‫؛‬औैप‫ؚ‬ৗਃચ॑થघ

On the other hand, the ribbon length can be controlled byॊ੟ସ॑৫৅घॊ‫؛‬

living polymerization methods.

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Our research purpose is understanding and designing
catalytic reactions near solid/liquid and substrate/॑घॊञीपଢ଼஢॑ষढथःॊ‫ଁ؛‬ੑৡ৾ृ୤৕ৡ৾पQDQRSDUWLFOHLQWHUIDFHVXQGHUH[WHUQDO¿HOGV%\FRPELQLQJয়࿄खञ্১૛॑ੌा়ॎचॊऒधद‫ृ୾ؚ‬ਗ਼ಓपৌघ

theoretical frameworks of quantum and statisticalॊੀએभૢ௦॑੶஽घॊञीभ৶૛ੑ઴ু১॑৫৅घॊ‫؛‬

mechanics, we develop a theoretical method which can beजभু১॑৷ःथ‫ؚ‬ਉ৕৑੥়धੀએଡୗभ૏঻भ࿥୦

applied to interface systems under light or electrode bias.

৓્ਙदඡᄘચ॑਑౪घॊञीभ৶૛৓੐ଉ॑ർ੷घॊ‫؛‬The method is used to formulate theoretical guidelines for఻৬৓पम‫ؚ‬ਰৣभଢ଼஢ୖ਻॑ৰ઱खथःॊ‫؛‬

controlling catalytic activity by both microscopic chemicalD  ৗྜྷউছ६ঔॽॵॡ়সॼঀ၄৕भ୾ਗ਼৕੟ਙ਑
౪ध୾ඡᄘषभૢ৷

ॱ␗।⑁ॺଢ଼஢৖

মଢ଼஢ॡছ५ॱ‫ش‬दम‫ঀॼ੅૿ؚ‬၄৕ृಕัੀએभਗ
ৃૢ௦॑ਹ৷घॊඡᄘभખૢਃଡ॑ੰ৥खथ৶૛৓ਝੑ

bonds and macroscopic interface shapes. Our present
study focuses on the following topics:E  થਃসര჻৬‫؞‬সരॼঀ၄৕‫؞‬෷৲੟ऊैऩॊള
়௺॑৷ःञ୾ඡᄘખૢभওढ़ॽ६঒
F ৲৾ખૢपउऐॊ୾ृਗ਼ಓभ૽સपৌघॊ৶ੰभ஥৲(a) Controlling optoelectronic properties of plasmonicnanoalloys for photocatalysts.
(b) Mechanism of photoreactions catalyzed byorganic metal complexes and metal nanoparticles

G ਗ਼ாඡᄘખૢभ৶૛ੑ઴ু১भ৫৅

supported on a metal-oxide.
(c) Role of light and electrode bias in chemical reactions.
(d) Development of a theoretical method for electrodecatalytic reactions.

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ଢ଼஢੍ରૼ୒৖दम‫ ؚ‬ଢ଼஢঻ऊैभૠતਗभ્໰ऩਏ

The Technical Division is composed of Research஦पဌசपৌૢख‫ ؚ‬फ़ছ५ ‫ ؞‬সരଲभৰୡஓ఻ ‫ ؞‬ಎ઼

Equipment Development Teams ⋛ and ⋜ and theभ৫৅‫؞‬ଲ੿‫؞‬੝ଐ‫ ؚ‬মଢ଼஢ਚਃஓ‫؞‬ਝ૟‫ॺॵॿ؞‬ড‫ش‬Research Equipment Management Team.

ॡଵ৶ऩनभ੗วपॎञॊૼ୒ଓஃ॑ষः‫ ؚ‬মଢ଼஢ਚभ
ৈ২ऩଢ଼஢੍॑इथःॊ‫؛‬R e s e a r c h E q u i p m e n t D e v e l o p m e n t Te a m ⋛manufactures glassware commonly used in chemicalଢ଼஢঻भਏ஦॑಍ऊऎୂऌ਄ॉ‫ ؚ‬ਫ਼ୈख‫ ؚ‬ଢ଼஢঻भ

experiments as well as special glassware that is notਏ஦घॊಖ২भৈःৰୡஓ఻ ‫ ؞‬ಎ઼॑੿ॉ‫୹઀ ؚ‬घॊ

commercially available, such as special spectrochemicalऒधदଢ଼஢प૑ਏऩૼ୒੍ର॑ষढथःॊ‫ؙ ؛‬

cells.

ਸ਼঳ଢ଼஢ਃஓ৫৅ྉ‫؟‬ਯ௲ரథਰ঱भಎ઼‫؞‬ஓ఻भ৫৅‫؞‬Research Equipment Development Team ⋜ is in chargeଲ੿৽ୡ॑ણऊखञಖ২‫؞‬ৰ৷২भৈःफ़ছ५ਸੵ॑ষढ

of metals, polymers/plastics, and ceramics processing. Forथःॊ‫؛‬

example, special home-made vacuum components andਸ਼੸ଢ଼஢ਃஓ৫৅ྉ‫؟‬সര‫؞‬౴࿫‫؞‬७ছ঑ॵॡ५भਸ
ੵ॑ষढथउॉ‫ؚ‬਌पઌ૬৖ષ‫৾୾؞‬৖ષ‫؞‬ਗ਼ਞ৲৾७

electrochemical cells are manufactured and processedusing automated/manually controlled machine tools.

ঝಉ॑ଲ੿खथःॊ‫؛‬ሑ৷भੵ੿ਃ༊॑৷ःञਸੵऊै‫ؚ‬The Research Equipment Management Team isঽ৿উটॢছ঒॑৷ःञ 1& ਸੵऽदऔऽकऽऩਃ༊ੵ

responsible for maintaining common-use equipment, such੿॑ষढथःॊ‫؛‬as SEM, TEM, XPS, and NMR.

ଢ଼஢ਃஓଵ৶ྉ‫؟‬মଢ଼஢ਚभ௒ਪ஑ਗ਼৕ႀ๶ྰ‫්ؚ‬ૌ

Our mission is to contribute to research at ICAT஑ਗ਼৕ႀ๶ྰ‫ ;ؚ‬଍୾ਗ਼৕ী୾ಎ઼‫ؚ‬ลା೾৒ಎ઼‫ؚ‬ற჌

through technical support. We aim to make user-friendly,ਞુ๥ಎ઼भਃஓଵ৶‫ॺॵॿؚ‬ড‫ش‬ॡଵ৶॑ষढथःॊ‫؛‬highly efficient equipment as requested, through active
discussion and consultation with the researchers fromthe early stages of development. Although we have many
years of experience in glassblowing and metal processing,
ZHPDNHHYHU\HႇRUWWRDFTXLUHQHZVNLOOV

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হ঵ಉ॑ষढथःऽघ‫؛‬ુ৊ਹ৷‫ુ؞‬৊ଢ଼஢‫ؙ‬মଢ଼஢ਚम‫ؚ‬਴ਛ  ফ২ऊैધ৖ఐ৾੄भੳ৒॑ਭऐ‫ؚ‬ඡᄘ৲৾ଢ଼஢भુ৊ਹ৷‫ુ؞‬৊ଢ଼஢ುਡधखथ‫ेؚ‬ॉ஥৲खञ
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঻पेॊ൥౰఺लমଢ଼஢ਚ૚৖୅‫؞‬ॡছ५ॱ‫ش‬भଢ଼஢ਛટ৅
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३থএ४क़঒॑৫ಈघॊुभद‫ؚ‬਴ਛ‫ڮ‬ফऊै৫ಈखथःऽघ‫؛‬ ੲਾ৅ਦ஑ব੠३থএ४क़঒
َ঩মऋ༵ॊ੔ฌ৓ଢ଼஢ਛટِ॑঩মभଢ଼஢ਃঢ়भ਌଑दّਲ

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the Joint Usage/Research Center Program and symposiums.
1. Joint Usage/Research Center Program
The Institute for Catalysis has been authorized by MEXT
as a Joint Usage/Research Center for catalysis. Throughthis program, we provide financial and technical support tojoint research projects with our staff. The program is open to
researchers at both universities and public research institutions.
There are two categories for applications: target-set projects
and target-proposed projects. Applications are accepted oncea year for target-set projects and three times a year for targetSURSRVHGSURMHFWV$SSOLFDQWVDUHUHTXHVWHGWRFRQWDFWRXUVWDႇ
member with whom they wish to collaborate.
2. Symposium(1) Research Symposium
The Research Symposium which showcases research
activities at the Institute for Catalysis is held every year. Special
lectures are delivered by invited speakers.
(2) International Symposium:HKDYHRUJDQL]HGPDQ\LQWHUQDWLRQDOV\PSRVLDRQVSHFL¿Fthemes in catalytic chemistry featuring the participation of
distinguished researchers from various countries.
(3) ICAT International Symposium
We organize two international symposia per year. These
symposia are operated under our philosophy that a Japan’s own
research institution should take the initiative in disseminationof information in overseas countries on pioneering researchoutcome which Japan takes pride in. ICAT international
symposia have been held in several countries, including
Germany, USA, France, and Sweden.

ਗपउःथੲਾ৅ਦघॊُधःअ॥থ७উॺभ੦द੫઺‫؞‬ઈ੾औोथःऽघ‫؛‬ଁ়੟ସ൉ଲ৲৾ଢ଼஢௓ਤਃଡ0(;73URMHFW,QWHJUDWHG5HVHDUFK&RQVRUWLXPRQ&KHPLFDO6FLHQFHVমଢ଼஢ਚम‫ؚ‬੡ଽોপ৾‫؞‬਎੃প৾‫؞‬ృପপ৾भব੠৓৲৾
ଢ଼஢ುਡधੈ৊खथ౮ர৾୒୩ୠ॑ෆஅघॊৗञऩ੟ସ়ਛ໪
୛॑൉লघॊَଁ়੟ସ൉ଲ৲৾௓ਤਃଡُ॑஄ਛख‫ؚ‬੔଑৓ଢ଼஢॑௓ਤखथ‫ؚ‬ఐ৾धఐ৾ૼ୒भ୓ৗधৗਓ঵भ൉ল॑യघ
ৗ৾୒੦ೕभଡണउेलઃ਼৻রறଢ଼஢঻भ୘ਛ॑௕ॉऽघ‫؛‬

We participate in Integrated Research Consortium on
Chemical Sciences composed of the prestigious research
institutes of Nagoya University, Kyoto University and Kyushu
University and ICAT which creates novel areas of chemical
synthesis at the interdisciplinary level. This project also aims torealize new innovations in science and technology, to promote
new industries, and to cultivate the younger generation.

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ഁ੥खथःऽघ‫؛‬‫ ك‬রব‫؞‬લఅপ৾‫ق‬ਨ਎‫ك‬৲ੵ৾੹‫ق‬਴ਛ  ফ  া  ঩‫ك‬‫ ك‬রব‫؞‬෾ূప෇প৾৲৾௺‫ق‬਴ਛ  ফ  া  ঩‫ك‬‫ॻ ك‬ॖॶ‫؞‬ঐॵॡ५উছথॡੈভ ইজॵॶঁ‫ش‬ংଢ଼஢ਚ‫ق‬਴ਛ ফ  া  ঩‫ك‬‫ ك‬রব‫؞‬ᘨ୅প৾ ಕ৬਀એ੟৶৲৾বੇ੎ਡৰୡ஼‫ق‬਴ਛ ফ  া  ঩‫ك‬‫ ك‬এ‫ش‬ছথॻ‫؞‬এ‫ش‬ছথॻఐ৾॔ढ़ॹ঑‫ ش‬ඡᄘ‫਀؞‬એ৲৾ଢ଼஢
ਚ‫ق‬਴ਛ  ফ  া  ঩‫ك‬‫ ك‬এ‫ش‬ছথॻ‫؞‬ਧএওছॽ॔থੵఐপ৾ ૮ਃ৲৾‫؞‬୭୆ੵ৾ଢ଼
஢ਚ‫ق‬਴ਛ  ফ  া  ঩‫ك‬‫ ك‬এ‫ش‬ছথॻ‫ॲॢ؞‬থ५ॡੵఐপ৾‫ق‬਴ਛ  ফ  া  ঩‫ك‬‫ ك‬ইছথ५‫؞‬জঝਸ਼‫ڭ‬পٕ৾জঝরఙ৾੹ ඡᄘ‫؞‬ಕ৬৲৾ଢ଼஢
ঘॽॵॺ‫ق‬਴ਛ  ফ  া  ঩‫ك‬‫ ك‬এ‫ش‬ছথॻ‫ॲॢ؞‬থ५ॡপ৾‫ق‬਴ਛ  ফ  া  ঩‫ك‬‫॔ك‬ওজढ़‫؞‬ঃ‫ॹش‬গ‫ش‬প৾१ॖग़থ५৾৖‫ق‬਴ਛ  ফ  া ঩‫ك‬‫ك‬এ‫ش‬ছথॻ‫؞‬খॠক঎প৾৲৾ఐ‫ق‬਴ਛ  ফ  া  ঩‫ك‬‫॔ك‬ওজढ़‫؞‬१क़५ढ़টছॖॼপ৾ ৲৾ੵ৾ఐ‫ق‬਴ਛ  ফ া  ঩‫ك‬‫ك‬ট३॔‫؞‬঎ঞ५॥ইඡᄘଢ଼஢ਚ‫ق‬਴ਛ  ফ  া  ঩‫ك‬‫॔ك‬ওজढ़‫؞‬१থय़কॵॺ७থॱ‫قش‬਴ਛ  ফ  া  ঩‫ك‬‫ك‬রব‫؞‬রবযড়প৾৲৾௺‫ق‬਴ਛ  ফ  া  ঩‫ك‬‫ॱك‬ॖ௝ব‫؞‬দॕॹক३জওॹॕఐ৾ૼ୒প৾‫ق‬਴ਛ  ফ  া ঩‫ك‬‫ك‬ड़ছথॲ‫॔؞‬ॖথॺ঍‫ش‬ইख़থੵఐপ৾৲৾ੵ৾‫؞‬৲৾ఐ‫ق‬਴ਛ  ফ  া  ঩‫ك‬‫ॻك‬ॖॶ‫؞‬ইজ‫ॻش‬জ঄‫॔؞‬ঞॡ१থॲ‫ش‬প৾ ग़॔ছথ।থٙ
ॽগথঋঝॡ৲৾ખૢੵ৾ଢ଼஢ਚ‫ق‬਴ਛ  ফ  া  ঩‫ك‬‫ك‬রব‫؞‬෾রప෇প৾৲৾৾੹‫ق‬਴ਛ  ফ  া  ঩‫ك‬‫ك‬४ঙ‫ش‬४॔‫ॺ؞‬অজ३বয়ୢఐপ৾ ॖड़ঋঝॡॱছॸ‫ش‬८ఇ৲৾ଢ଼஢ਚ‫ق‬਴ਛ  ফ  া  ঩‫ك‬To promote international exchange, we have concluded
agreements with its counterparts in many other countries.
1)

School of Chemical Engineering, China University ofPetroleum, China (December 7, 2001)
2) Department of Chemistry, East China Normal
University, China (March 18, 2005)
3) Fritz Haber Institute of the Max Planck Society,
Germany (December 26, 2005)
4) State Key Laboratory of Physical Chemistry of Solid
Surfaces, Xiamen University, China (October 9,
2007)5) Institute of Catalysis and Surface Chemistry, Polish
Academy of Sciences, Poland (March 15, 2010)
6) Institute of Inorganic Chemical Technology andEnvironmental Engineering, West Pomeranian
University of Technology Poland (March 17, 2010)
7) Gdansk University of Technology, Poland (March 18,2010)8) Unité de Catalyse et de Chimie du Solide Université
Lille 1 et Ecole Centrale de Lille, France (January 17,2011)9) University of Gdansk, Poland (January 9, 2013)
10) College of Science, Purdue University,USA (April
26,2014)
11) Faculty of Chemistry, Jagiellonian University, Poland(May 11, 2016)12) Department of Chemical Engineering, University ofSouth Carolina, USA (June 20, 2016)13) Boreskov Institute of Catalysis, Russia (October 11,
2016)14) SUNCAT Center for Interface Science and Catalysis
USA (November 2, 2016)15) Department of Chemistry, Renmin University of
China, China (November 18, 2016)16) VIdyasirimedhi Institute of Science and Technology,
Thailand (February 27,2017)17) Department of Chemical Engineering and Chemistry,
Eindhoven University of Technology, Nederland(August 7,2018)18) Institution of Chemical Reaction EngineeringFriedrich-Alexander-University of ErlangenNuremberg, Germany (September 17, 2018)19) College of Chemistry, Central China Normal
University, China (November 28, 2018)20) Iovel Kutateladze Institute of Pharmacochemistry,
LEPL Tbilisi State Medical University, Gorgia(February 5, 2019)॔ওজढ़‫؞‬ঃ‫ॹش‬গ‫ش‬প৾१ॖग़থ५৾৖
॔ওজढ़‫؞‬१क़५ढ़টছॖॼপ৾৲৾ੵ৾ఐ
॔ওজढ़‫؞‬१থय़কॵॺ७থॱ‫ش‬ॻ ॖ ॶ‫؞‬ঐॵॡ५উছথॡੈভইজॵॶঁ‫ش‬ংଢ଼஢ਚএ‫ش‬ছথॻ‫؞‬এ‫ش‬ছথॻఐ৾॔ढ़ॹ঑‫ش‬ඡᄘ‫਀؞‬એ৲৾ଢ଼஢ਚ
এ‫ش‬ছথॻ‫؞‬ਧএওছॽ॔থੵఐপ৾૮ਃ৲৾‫؞‬୭୆ੵ৾ଢ଼஢ਚ
এ‫ش‬ছথॻ‫ॲॢ؞‬থ५ॡੵఐপ৾ই ছ থ ५‫؞‬জঝਸ਼‫ڭ‬পٕ৾জঝরఙ৾੹ඡᄘ‫؞‬ಕ৬৲৾ଢ଼஢ঘॽॵॺ
এ‫ش‬ছথॻ‫ॲॢ؞‬থ५ॡপ৾
এ‫ش‬ছথॻ‫؞‬খॠক঎প৾৲৾ఐট ३ ॔‫؞‬঎ঞ५॥ইඡᄘଢ଼஢ਚड़ ছ থ ॲ‫॔؞‬ॖথॺ঍‫ش‬ইख़থੵఐপ৾৲৾ੵ৾‫؞‬৲৾ఐॻ ॖ ॶ‫؞‬ইজ‫ॻش‬জ঄‫॔؞‬ঞॡ१থॲ‫ش‬প৾ ग़॔ছথ।থٙॽগথঋঝॡ
৲৾ખૢੵ৾ଢ଼஢ਚ
४ঙ‫ش‬४॔‫ॺ؞‬অজ३বয়ୢఐপ৾ॖड़ঋঝॡॱছॸ‫ش‬८ఇ৲৾ଢ଼஢ਚ

ਨਲ੊প৾ඡᄘ৲৾ଢ଼஢ਚরব ‫ ؞‬લఅপ৾‫ق‬ਨ਎‫ك‬৲ੵ৾੹রব ‫ ؞‬෾ূప෇প৾৲৾௺রব ‫ ؞‬ᘨ୅প৾ಕ৬਀એ੟৶৲৾বੇ੎ਡৰୡ஼রব ‫ ؞‬রবযড়প৾৲৾௺ॱ ॖ ௝ ব‫ ؞‬দॕॹক३জওॹॕఐ৾ૼ୒প৾রব ‫ ؞‬෾রప෇প৾৲৾৾੹

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