ISHHC-16 Poster Award Winners. Four Winners on Monday 1P-20 Activation of O 2 on Mo-doped CaO and...
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- Slide 1
- ISHHC-16 Poster Award Winners
- Slide 2
- Four Winners on Monday 1P-20 Activation of O 2 on Mo-doped CaO
and MgO surfaces. (Humboldt Univ. Berlin) Matthias Baldofski,
Joachim Sauer 1P-23 Exploring reaction pathway of H 2 dissociation
on Au n (n=1-10) clusters by automated reaction path search
methods. ( 1 Hokkaido Univ. & 2 Kyoto Univ.) Min Gao, 1 Satoshi
Maeda, 1 Andrey Lyanlin, 2 Tetsuya Taketsugu 1,2 1P-60
Polymerization of phenylacetylene catalyzed by nitrobindin mutants
embedding a rhodium complex. (Osaka Univ.) Kazuki Fukumoto, Akira
Onodera, Takashi Hayashi 1RRR-8 The importance of open sites in
gold catalysis: oxidation and reduction reactions. (U.C. Berkeley)
Michael M. Nigra, Alexander Katz
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- Five Winners on Tuesday 2P-5 DNP-SENS NMR characterization of a
well-defined Pd-hybrid material for the Z-selective
semi-hydrogenation of alkynes ( 1 ETH-Zurich, 2 Univ. of Amsterdam,
3 Univ. Lyon, 4 ENS Lyon) Matthew P. Conley, 1 Ruben Drost, 2
Cornelis Elsevier, 2 Alexandre Zagdoun, 4 Aaron J. Rossini, 4
Moreno Lelli, 4 Anne Lesage, 4 Lyndon Emsley, 4 Christophe Coperet,
1 Chloe Thieuleux 3 2P-22 Formal o-Aryne Polymerization (Univ. of
Tokyo) Keisuke Takahashi, Shingo Ito, Kyoko Nozaki 2P-24 Oxidation
of Ethylene over Pt Nanoparticles Supported on Mesoporous Silica
(Hokkaido Univ.) Chuanxia Jiang, Kenji Hara, Atsushi Fukuoka 2P-25
Highly Dispersed Palladium Nanoparticles on Mesocellular Foam: An
Efficient and Recyclable Heterogeneous Catalyst for Alcohol
Oxidation ( 1 Stockholm Univ., 2 Uppsala Univ.) Eric Johnston, 1
Oscar Verho, 1 Markus Karkas, 1 Mozaffar Shakeri, 1 Cheuk-Wai Tai,
1 Pal Palmgren, 2 Kristoffer Eriksson, 1 Sven Oscarsson, 1
Jan-Erling Backvall 1 2P-58 Theoretical Studies on the reaction
mechanism and the catalytic activities of Oxygen Reduction Reaction
on Ta 3 N 5 (100) surfaces (Univ. of Tokyo) Eriko Watanabe, Hiroshi
Ushiyama, Koichi Yamashita
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- Four Winners on Wednesday 3P-4 Selective Nitrile Hydrogenation
to Primary Amine on K-Al 2 O 3 - supported Ru Catalyst. (Inst. Mol.
Sci.) Sutasinee Kityakarn, Fei Wang, Satoshi Muratsugu, Mizuki Tada
3P-8 Fluid Property of a Monolith Having Honeycomb Structure
Synthesized Using Ice Templating Method. (Hokkaido Univ. )
Yoshitaka Satoh, Shunpei Takahashi, Kazuhiro Murakami, Isao Ogino,
Shin R. Mukai 3P-24 Sulfimidation of sulfides catalyzed by
ruthenium phthalocyanine complexes. (Univ. of Hong Kong) Kwok-Ming
Wong, Jie-Sheng Huang, Chi-Ming Che 3P-54 Synthesis of Well-defined
Poly(quinoxaline-2,3-diyl)s by Living Polymerization of
1,2-Diisocyanobenzenes: Their Selective Reflection Properties in
Visible Light Region. ( 1 Kyoto Univ. & 2 JST CREST) Yuuya
Nagata, 1 Keisuke Takagi, 1 Shun Tanaka, 1 Michinori Suginome
1,2
- Slide 5
- ISHHC-XVII, Utrecht, The Netherlands Bert Weckhuysen, Pieter
Bruijnincx, Bert Klein Gebbink at the Board meeting on August 7 th
in Sapporo The 17 th International Symposium on Relations between
Homogeneous and Heterogeneous Catalysis (ISHHC-XVII) will be held
at Utrecht University, Utrecht, The Netherlands in July or August,
2015 (tentatively)
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- How to get there?: By plane Utrecht: Small city
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- How to get there?: By plane A historic and beautiful city
- Slide 8
- How to get there?: By plane Canals, werfkelders,
- Slide 9
- How to get there?: By plane Utrecht University founded in 1636:
~ 30000 students
- Slide 10
- How to get there?: By plane Tradition (City centre) &
- Slide 11
- How to get there?: By plane Modern architecture (Uithof)
- Slide 12
- How to get there?: By plane Amsterdam Schiphol Airport: ~ 45
min. to city center by car ~ 30 min. to Utrecht CS by train ~
Access to 91 countries Europes 4th biggest hub 45 million
passengers 405.000 flights Many times voted best airport How to get
there?: By plane
- Slide 13
- 8 (9) locations 32 chairs (full professors) ~ 50
assistant/associate professors ~ 300 PhD students Scientific
community of ~ 400 NIOK as a virtual research school Nederlands
Instituut voor Onderzoek in de Katalyse
- Slide 14
- Founded in 1991 by catalysis laboratories National research
school, accredited by KNAW Virtual research institute, including
heterogeneous, homogeneous and bio-catalysis Seated in Utrecht
Office seated in The Hague (NWO-CEW) No funding organization, but
initiator of research programs in different fields of catalysis
Acts as a network Strong focus on education, both on the PhD and
master level NIOK in a nutshell
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- Co-organizer of annual national conference and summer school
Netherlands Congress on Catalysis and Chemistry March ~ 500
participants Catalysis Summer School June ~ 125 participants
- Slide 16
- Integration of disciplines
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- The ISHHC XVII will follow the tradition of the organization
and topics in the series of the preceding ISHHC conferences,
bringing together experts and practitioners in the three fields of
heterogeneous, homogeneous and enzyme catalysis based on recent
advances in instrumentation, synthesis and reaction studies on the
molecular level. To further this goal we aim to uncover and focus
on common concepts that emerge from molecular-nanoscale studies of
structures, functions and dynamics of the three types of catalysts.
ISHHC XVII: Goals
- Slide 18
- Follow trusted format Single main session + dedicated embedded
mini-symposia Plenary, invited and oral lectures Some orals
reserved for young scientists Possibilities for sponsored lectures
or young lecturer prize-giving events Three poster sessions
Conference banquet ISHHC XVII: Program outline
- Slide 19
- Opportunities and challenges of single-molecule and
single-particle techniques for catalysis research Idea &
Motivation - novel microscopy approaches for catalysis research -
bring together pioneers of this field and newcomers - spark more
scientists to join - show interested scientists outside community
power of techniques Potential co-organizers Suzanne Blum (Irvine,
USA) Thorben Cordes (Groningen, NL) Embedded mini-symposia Examples
include: -Biomass valorization: Catalysis in the liquid phase
-Methane valorization: Catalytic C-H activation -Characterization
methods -
- Slide 20
- ISHC-XXI We are looking forward to welcoming you in Utrecht in
2015! ISHHC-17
- Slide 21
- Actual ISHHC-16 Atsushi FUKUOKA, Chair
- Slide 22
- You can download a photo on our web.
http://www.shokubai.org/ishhc16/
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- Slide 24
- Alcohol - until 7 Wed. Beer Sapporo Classic
288cans100800ml3427.2OZ Furano Wine -Red-8bottles5760ml195.8OZ
Otaru Niagara -White-8bottles5760ml195.8OZ Clark Wine
-Red-3bottles2160ml73.4OZ Clark Wine -White3bottles2160ml73.4OZ Elm
Wine -Red- 1bottles720ml24.4OZ Perrrier312bottles62400ml2121.6OZ
Java Tea192bottles51840ml1762.6OZ Green Tea96bottles26880ml913.9OZ
Volvic288bottles87120ml3370.1OZ Apple Juice96bottles26880ml913.9OZ
SUM320640ml10901.8OZ
- Slide 25
- Alcohol = 37% Alcohol = 247 ml / 1 participant All drink = 675
ml / 1 participant
- Slide 26
- 1PL211PL7 2PL412OA13 3PL313KN6 4PL114PL6 5KN515OA10 6OA916OA6
7KN117KN11 8KN318OB20 9KN819OA1 10OA220OA11 Participant Number
Ranking
- Slide 27
- 27 Local Organizing Committee Atsushi Fukuoka Kiyotaka Asakura
Toshihiro Shimada Ichizo Yagi Yuichi Kamiya Isao Ogino Kenji Hara
Satoru Takakusagi Hirokazu Kobayashi Hiroko Ariga Ewa Kowalska
Atsushi Muramatsu Yasuhito Koyama Reiko Sadamoto Mayumi Kawashima
Katsuhisa Ishikawa Takahiko Hasegawa Shingo Mukai Yuhei Kawamura
Taihei Kawagishi Shuhei Shimoda Student Supporter Kunimoto Akitoshi
Ryoichi Ueno Toma Kitayama Akio Nitta Shuhei Yasuda Tsubasa
Maruyama Yuichi Miyagi Li Geng Mizuho Yabushita Chuaxia Jiang
Hiroyuki Kaiki Okimune Kawabata Kyoichi Kuroki Nobuhiro Ishito
Kotaro Nanba Yoshihiko Hirosaki Yoshiki Sato Takeshi Mori SeiiChiro
Yoshida Daiki Ando Kazuki Sakai
- Slide 28
- Appreciation to our excellent secretaries Ms Reiko SADAMOTO Ms
Mayumi KAWASHIMA