Academic Program [Oral A]

15. Organic Chemistry -Aliphatic and Alicyclic Compounds, and New Synthetic Technology- » Oral A

[K705-1vn] 15. Organic Chemistry -Aliphatic and Alicyclic Compounds, and New Synthetic Technology-

Wed. Mar 22, 2023 4:10 PM - 6:50 PM K705 (K705, Lecture Hall Bldg. [7F])

Chair: Ryota Isshiki, Yosuke ASHIKARI

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4:10 PM - 4:20 PM

[K705-1vn-01] Continuous-flow Carbon–Carbon Bond Forming Reactions Using Anion-exchange Resin Catalysts Prepared with Organic Porogens

^○Yuichi Furiya¹, Haruro Ishitani¹, Shū Kobayashi¹ (1. University of Tokyo)

[Lang.] Japanese

4:20 PM - 4:30 PM

[K705-1vn-02] Continuous Flow Enantioselective Cyclization of 1,6-Enynes Using Heterogeneous Chiral Rhodium Catalysts

^○Yuki Sato¹, Yuki Saito¹, Shu Kobayashi¹ (1. The University of Tokyo)

[Lang.] Japanese

4:30 PM - 4:40 PM

[K705-1vn-03] Hydrogenative Conversion of Biomass-derived Carboxylic Acids into Lactones on Platinum-loaded MOF Catalysts

Haruro Ishitani¹, ^○Takashi Uemura¹, Tomoya Kawase¹, Shū Kobayashi¹ (1. The Univ. of Tokyo Science)

[Lang.] Japanese

4:40 PM - 4:50 PM

[K705-1vn-04] Electrochemical Allylation Reactions of Carbonyl Compounds Catalyzed by MOF-derived single atom catalyst

^○Hanako Nakajima¹, Masuda Ryusuke¹, Yasukawa Tomohiro¹, Kitanosono Taku¹, Yamashita Yasuhiro¹, Kobayashi Shu¹ (1. The university of Tokyo)

[Lang.] Japanese

4:50 PM - 5:00 PM

[K705-1vn-05] Synthesis of polycyclic aromatics by mechanochemical cyclodehydrogenation reaction

^○Kanna Fujishiro¹, Lawrence Scott², Hideto Ito¹, Kenichiro Itami¹ (1. Nagoya Univ., 2. Boston College)

[Lang.] Japanese

5:00 PM - 5:10 PM

[K705-1vn-06] Microwave-specific Enhancement of Catalytic Asymmetric Nazarov Cyclization

^○Junichiro Fukuzumi¹, Tohru Yamada¹, Kodai Saito² (1. Keio University, 2. Hokkaido University of Education)

[Lang.] Japanese

5:10 PM - 5:20 PM

[K705-1vn-07] Attempts to Use Mechanochemical Reactions for All Synthetic Steps in Preparation of Bioactive Compounds

^○Emiru Baba¹, Koji Kubota^1,2, Hajime Ito^1,2 (1. Graduate School of Engineering, Hokkaido University, 2. WPI-ICReDD, Hokkaido University)

[Lang.] Japanese

Break (5:20 PM - 5:30 PM)

5:30 PM - 5:40 PM

[K705-1vn-08] Coupling Reactions Using Single-Walled Carbon Nanotube (SWNT)-Supported Catalysts in Water

^○Shunsuke Shiramizu¹, Taku Kitanosono¹, Yasuhiro Yamashita¹, Shū Kobayashi¹ (1. The University of Tokyo)

[Lang.] Japanese

5:40 PM - 5:50 PM

[K705-1vn-09] Development of Heterogeneous Rh catalysts for C–H amidation under Continuous-flow Conditions

Yuki Saito¹, ^○Taro Konno², Shū Kobayashi¹ (1. Synthetic Organic Chemistry Lab., Department of Chemistry, Grad. School of Science, The University of Tokyo., 2. Department of Chemistry, School of Science, The University of Tokyo)

[Lang.] Japanese

5:50 PM - 6:00 PM

[K705-1vn-10] Development of Depolymerization Reactions of PET using Bead Mill Technology

^○Tomoya Kawase¹, Haruro Ishitani¹, Shū Kobayashi¹ (1. The University of Tokyo)

[Lang.] Japanese

6:00 PM - 6:10 PM

[K705-1vn-11] Generation of Schlosser Bases by Using Flow Microreactors and Their Reaction

^○Hiroki Nakayama¹, Shintaro Kamio¹, Kazuhiro Okamoto¹, Keita Hukumoto¹, Takashi Tamaki¹, Yosuke Ashikari¹, Aiichiro Nagaki¹ (1. Hokkaido University)

[Lang.] Japanese

6:10 PM - 6:20 PM

[K705-1vn-12] Kinetic study of rapid reactions enabled by flow microreactors, and its application for coexistence-type reactions

^○Dong-eun YOO¹, Yosuke ASHIKARI¹, Kazuhiro OKAMOTO¹, Masatomo IWATA¹, kensuke MUTA¹, Hiroki SOUTOME¹, Tomoko KAWAGUCHI¹, Shuto OSHIDA¹, Hiroki NAKAYAMA¹, Kotaro MIZUGUCHI¹, Ryohei NAKASATO¹, Aiichiro NAGAKI¹ (1. Hokkaido University)

[Lang.] Japanese

6:20 PM - 6:30 PM

[K705-1vn-13] Generation and reactions of 4-pyridyl lithium using flow microreactors

^○Yusuke Kimuro^1,2, Yosuke Ashikari¹, Aiichiro Nagaki¹ (1. The Univ. of Hokkaido, 2. JUZEN CHEMICAL CORPORATION)

[Lang.] Japanese

6:30 PM - 6:40 PM

[K705-1vn-14] Mono-selective deuteration of lithium halocarbenoids using flow microreactors

^○Kensuke Muta^1,2, Kazuhiro Okamoto², Ryousuke Higuma², Yosuke Ashikari², Aiichiro Nagaki² (1. Central Glass Co., Ltd., 2. The Univ. of Hokkaido)

[Lang.] Japanese

6:40 PM - 6:50 PM

[K705-1vn-15] Kinetic syudy of Living Anion Copolymerization by Quench Flow Method

^○Shuto Oshida¹, Tomoko Kawaguchi¹, Hodaka Sakaue¹, Masahiro Takumi¹, Aiichiro Nagaki¹ (1. Hokkaido University)

[Lang.] Japanese

Session information

[K705-1vn] 15. Organic Chemistry -Aliphatic and Alicyclic Compounds, and New Synthetic Technology-

[K705-1vn-01] Continuous-flow Carbon–Carbon Bond Forming Reactions Using Anion-exchange Resin Catalysts Prepared with Organic Porogens

[K705-1vn-02] Continuous Flow Enantioselective Cyclization of 1,6-Enynes Using Heterogeneous Chiral Rhodium Catalysts

[K705-1vn-03] Hydrogenative Conversion of Biomass-derived Carboxylic Acids into Lactones on Platinum-loaded MOF Catalysts

[K705-1vn-04] Electrochemical Allylation Reactions of Carbonyl Compounds Catalyzed by MOF-derived single atom catalyst

[K705-1vn-05] Synthesis of polycyclic aromatics by mechanochemical cyclodehydrogenation reaction

[K705-1vn-06] Microwave-specific Enhancement of Catalytic Asymmetric Nazarov Cyclization

[K705-1vn-07] Attempts to Use Mechanochemical Reactions for All Synthetic Steps in Preparation of Bioactive Compounds

[K705-1vn-08] Coupling Reactions Using Single-Walled Carbon Nanotube (SWNT)-Supported Catalysts in Water

[K705-1vn-09] Development of Heterogeneous Rh catalysts for C–H amidation under Continuous-flow Conditions

[K705-1vn-10] Development of Depolymerization Reactions of PET using Bead Mill Technology

[K705-1vn-11] Generation of Schlosser Bases by Using Flow Microreactors and Their Reaction

[K705-1vn-12] Kinetic study of rapid reactions enabled by flow microreactors, and its application for coexistence-type reactions

[K705-1vn-13] Generation and reactions of 4-pyridyl lithium using flow microreactors

[K705-1vn-14] Mono-selective deuteration of lithium halocarbenoids using flow microreactors

[K705-1vn-15] Kinetic syudy of Living Anion Copolymerization by Quench Flow Method

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