CATALOG・EXHIBITION (Japanese)
ABB日本ベーレー 株式会社 |
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中外炉工業 株式会社 |
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株式会社 堀場製作所 |
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株式会社 Smart Laser & Plasma Systems |
ボイラ・工業炉向けの火炎検出器です.火炎の3成分(強度、周波数、振幅)+火炎温度の測定が可能です.
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燃焼機器トップブランド中外炉の製品が勢揃い.別途水素バーナ,アンモニア燃焼のご相談にもお応えします.
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HORIBAが提供する幅広いソリューション
・革新的な独自のガス分析技術「IRLAM」
・ガス化~排ガス環境監視アプリケーション
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弊社は,先端レーザー・プラズマ技術を用いたプロセス組込み型の計測機器の設計・製造・販売を行っております.
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FLAME PHOTO CONTEST *Click thumbnails and then the details of work are displayed.
1. Teardrop of Flame |
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2. The Interaction of Firebrand Showers and Vegetation in the Presence of Wind |
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3. World First! Detonation Engine Space Demonstration |
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4. The Secret of the Blue Sea |
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5. Moon Rise over Mt. Fuji |
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6. Shower of Fire Sparks |
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7. Night View |
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8. Blooming Flame |
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9. Kouen |
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10. Nessie |
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11. Firework |
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12. Scarlet Pine Needles |
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13. Homura |
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HOW ※ TO VOTE |
DUE DATE 11/23 15:30 |
SESSION TIMETABLE
1st day Nov. 22nd (Mon)
2nd day Nov. 23rd (Tue)
3rd day Nov. 24th (Wed)
Special Events
1st Day Nov. 22nd (Mon)
Opening 8:50-9:00 |
| | Chair : Shuhei TAKAHASHI (Gifu University) |
| Opening declaration and address |
| | Executive committee chair of 59th symposium Ichiro NARUSE (Nagoya University) |
| President of Combustion Society of Japan Toshiro FUJIMORI (IHI Corporation) |
Special Lecture 9:00-9:50 |
| | Chair : Yoshinori ITAYA (Gifu University) |
| | "Combustion of Solid Fuel -The Range of Inflammability with Respect to the Particle Size of Solid Carbon, Analytically Derived-" |
| Prof. Atsushi MAKINO (Aichi Institute of Technology) |
Keynote Lecture 1 11:30-12:10 |
| | Chair : Fumiteru AKAMATSU (Osaka University) |
| | Ammonia Combustion (Alternative Fuel/New Concepts) |
| | "Spray Combustion and Product Gas Characteristics of Fuel Ammonia towards an Application for Gas Turbine" |
| Assoc. Prof. Akihiro HAYAKAWA (Tohoku University) |
Keynote Lecture 2 16:10-16:50 |
| | Chair : Yukihiko OKUMURA (Kagawa University) |
| | The Utilization of Biomass (Solid Combustion/Alternative Fuel) |
| | "Ahead of the Combustion Science Path of High-density and High-hardness New Solid Biofuel -Development of Long-term Stockpile Solid Biofuel-" |
| Prof. Tamio IDA (Kindai University) |
International Keynote Lecture 17:00-18:00 |
| | Chair : Yuji NAKAMURA (Toyohashi University of Technology) |
| "Wildfires, Tall Timber and Battery Fires: Combustion Science at a Crossroad with Climate Change and Safety" |
| Prof. Guillermo Rein (Imperial College London) |
2nd Day Nov. 23rd (Tue)
Keynote Lecture 3 10:40-11:20 |
| | Chair : Masaya NAKAHARA (Ehime University) |
| | Hydrogen Combustion (Multi-fuel Combustion Technology) (Turbulent Combustion/New Concepts) |
| | "Development of Hydrogen Utilization Technology in the Power Generation Field for a Decarbonized Society" |
| | Dr. Teruyuki OKAZAKI (Mitsubishi Heavy Industries) |
Keynote Lecture 4 11:20-12:00 |
| | Chair : Jiro KASAHARA (Nagoya University) |
| | Detonation, Supersonic Combustion, and Propulsion Systems (Supersonic Combustion/Propulsion) |
| | "The Experiment for the Real Flight Data to Evaluate the Adjustment Tools of the Contamination Effect of Wind Tunnels" |
| | Mr. Koichiro TANI (Japan Aerospace Exploration Agency) |
Invited Lecture 1 15:50-16:35 |
| | Chair : Kazunori KUWANA (Tokyo University of Science) |
| | "Burning Behaviors of Multiple Fires" |
| | Prof. Jie Ji (University of Science and Technology of China) |
Invited Lecture 2 16:40-17:25 |
| | Chair : Yoshihiro DEGUCHI (Tokushima University) |
| | "In Situ Measurement of Combustion Systems Using Laser Absorption Spectroscopy -Improved Analysis Methods of Near-Infrared Diode Laser Absorption Spectroscopy to Expand Application Field-" |
| | Dr. Changyeop Lee (Korea Institute of Industrial Technology) |
Annual Report and Award Ceremony 17:30-18:30 |
Banquet 18:30-20:00 |
Workshops
1st Day Nov. 22nd (Mon)
ISS/"Kibo" Workshop 18:10-19:55 |
3rd Day Nov. 24th (Wed)
Young Researcher Workshop 12:20-13:20 |
Carbon Neutral Workshop 14:50-17:50 |
General Sessions
1st day Nov. 22nd (Mon)
Room A
A11 : Laminar Combustion I 10:00-11:20 (4 talks) |
| | Chair : Kazuhiro YAMAMOTO (Nagoya Univeristy) |
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| A111 | Study on the enhancing mechanism at the tip of methane-air ultra-lean and ultra-dilution using swirling premixed flames (2nd report) |
| | *Jinyu Tao (University of Tsukuba), Yuyang Jiang (University of Tsukuba), Makihito Nishioka (University of Tsukuba) |
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| A112 | Study on oxidation characteristics of refrigerant R1234yf(C3H2F4) examined by weak flame in a micro flow reactor with a controlled temperature profile |
| | *Shintaro Takahashi (Tohoku University), Hisashi Nakamura (Tohoku University), Takuya Tezuka (Tohoku University), Kaoru Maruta (Tohoku University) |
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| A113 | Study on coexisting FREI and stable cool flame for n-heptane/air mixture in a micro flow reactor with a controlled temperature profile |
| | *Keisuke Akita (Tohoku University), Youhi Morii (Tohoku University), Hisashi Nakamura (Tohoku University), Takuya Tezuka (Tohoku University), Kaoru Maruta (Tohoku University) |
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| A114 | Study on combustion mechanism in counterflow of methane-air ultra-lean premixed gas and burned gas. |
| | *Norifumi Miki (Tsukuba University), Makihito Nishioka (Tsukuba University) |
A12 : Laminar Combustion II 14:20-16:00 (5 talks) |
| | Chair : Hisashi NAKAMURA (Tohoku University) |
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| A121 | Numerical simulation on OH concentration of methane-hydrogen premixed flames |
| | *Tatsuya Moriyama (Toho Gas Co., Ltd.), Kazuhiro Yamamoto (Nagoya University) |
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| A122 | Influences of Equivalence Ratio on Soot formation in Iso-octane Outwardly Propagating Rich Unstable Flames |
| | *Takashi Ikeda (Kyushu University), Hiroaki Watanabe (Kyushu University), Ryoichi Kurose (Kyoto University), Toshiaki Kitagawa (Kyushu University) |
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| A123 | Evaluation of H and O-atoms adsorption with He atmospheric pressure plasma jets |
| | *Keigo Komazawa (Nagoya Institute of Technology), Fumiya Murakami (Nagoya Institute of Technology), Yu Saiki (Nagoya Institute of Technology) |
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| A124 | Effect of alcohol fuel addition on combustion characteristics of hydrocarbon fuels |
| | *Kairi Irikura (Oita University), Tomoki Kiritani (Oita University), Takanori Mieno (Oita University), Yuki Oka (Oita University), Kimitoshi Tanoue (Oita University), Fumio Shimada (Oita University) |
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| A125 | Evaluation of H-atom recombination rate on different wall surfaces using wall stagnation flames |
| | *Yoshiaki Sugimura (Nagoya Institute of Technology), Yusa Kaito (Nagoya Institute of Technology), Yu Saiki (Nagoya Institute of Technology) |
Room B
B11 : New Concept 10:00-11:20 (4 talks) |
| | Chair : Hiroyasu SAITO (Shibaura Institute of Technology) |
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| B111 | Combustion characteristics of hydrogen burner terraced micro-diffusion flames |
| | *Kazuya Shiraishi (Tokyo Metropolitan University), Takashi Sakurai (Tokyo Metropolitan University), Saburo Yuasa (Tokyo Metropolitan University), Yohei Morimoto (DENSO CORPORATION), Takamasa Ito (DENSO CORPORATION), Yuta Nishiwaki (DENSO CORPORATION) |
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| B112 | Combustion characteristics of biogas-oxygen micro counterflow diffusion flames covered by thermoelectric devices |
| | *Honda Kaito (Nagaoka University of Technology), Daisuke Sato (Nagaoka University of Technology), Syuta Nakachi (Nagaoka University of Technology), Toshiyuki Katsumi (Nagaoka University of Technology), Satoshi Kadowaki (Nagaoka University of Technology) |
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| B113 | Ignition characteristic of dielectric barrier discharge with different discharge frequencies in the lean methane/air premixed mixture |
| | *Kotaro Tamura (Kyoto University), Akira Shioyoke (Kyoto University), Takahiro Inoue (Kyoto University), Jun Hayashi (Kyoto University), Hiroshi Kawanabe (Kyoto University) |
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| B114 | Effects of ammonia flames on surface hardness of metal walls |
| | *Daoyuan Wang (The University of Tokyo), Minhyeok Lee (The University of Tokyo), Yuji Suzuki (The University of Tokyo) |
B12 : Turbulent Combustion I 14:20-16:00 (5 talks) |
| | Chair : Masayasu SHIMURA (Tokyo Institute of Technology) |
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| B121 | Prediction of CH4/NH3 Co-combustion by CFD and Mechanism of NOx Reduction in a Small Combustion Furnace |
| | *Yuya Yoshizuru (Fukuoka University), Yugo Kanai (Fukuoka University) |
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| B122 | Investigation of flow field adjacent to the surface of turbulent premixed flame using virtual particles subjected to the DNS data |
| | *Takao Matsuka (Okayama University), Kazuya Tsuboi (Okayama University) |
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| B123 | DNS of premixed flame-wall interaction in a turbulent channel flow |
| | *Reo Kai (Kyoto University), Abhisek Lakshman Pillai (Kyoto University), Umair Ahmed (Newcastle University), Nilanjan Chakraborty (Newcastle University), Ryoichi Kurose (Kyoto University) |
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| B124 | A Proposal for a Combustion Model Considering the Lewis number and Its Evaluation |
| | *Hiroaki Ito (Fukuoka University), Akagi Fujio (Fukuoka University), Shin-ichi Inage (Fukuoka University) |
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| B125 | Simulations of Turbulent Diffusion Flames Using Machine Learning of Training Data Obtained from Assumed PDF Method |
| | *Karuna Shima (Tokushima University), Yuki Nagura (Tokushima University), Shouichi Miyoshi (Tokushima University), Yuzuru Nada (Tokushima University), Yoshiyuki Kidoguchi (Tokushima University) |
Room C
C11 : Solid Combustion I 10:00-11:20 (4 talks) |
| | Chair : Sayaka SUZUKI (National Research Institute of Fire and Disaster) |
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| C111 | Study on potential performance of propellant made by polyethylene foam soaked in hydrogen peroxide |
| | *Daiki Matsugi (Toyohashi University of Technology), Takuya Yamazaki (Toyohashi University of Technology), Tsuneyoshi Matsuoka (Toyohashi University of Technology), Yuji Nakamura (Toyohashi University of Technology) |
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| C112 | Time distribution of impact detection of wood during pyrolysis by laser-heating |
| | *Tadafumi Daitoku (Akita Prefectural University), Takashi Tsuruda (Akita Prefectural University) |
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| C113 | Characteristics combustion of a combined wood piece of conifer and broad-leaved tree in high-temperature and low-oxygen uniform flow |
| | *Yuji Yahagi (Shibaura Institute of Technology) |
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| C114 | Visualization of hybrid rocket technology-based igniter interior and elucidation of combustion mode |
| | *Shota Inoue (Hokkaido University), Landon Kamps (Hokkaido University), Shota Hirai (Hokkaido University), Yusuke Takada (Hokkaido University), Mai Fukada (Hokkaido University), Yownin Albert Leung (Hokkaido University), Harunori Nagata (Hokkaido University) |
C12 : Solid Combustion II 14:20-16:00 (5 talks) |
| | Chair : Kazunori KUWANA (Tokyo University of Science) |
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| C121 | Investigation of the relationship between flame spread and fiber structure of cellulose nanofibers |
| | *Yuji Ashida (Toyohashi University of Technology), Takuya Yamazaki (Toyohashi University of Technology), Tsuneyoshi Matsuoka (Toyohashi University of Technology), Yuji Nakamura (Toyohashi University of Technology) |
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| C122 | Effect of edge angle on flame spread over V-shaped plate |
| | *Yuki Chiba (Toyohashi University of Technology), Shinnosuke Okuno (Toyohashi University of Technology), Tsuneyoshi Matsuoka (Toyohashi University of Technology), Subrata Bhattacharjee (San Diego State University), Takuya Yamazaki (Toyohashi University of Technology), Hiroyuki Torikai (Hirosaki University), Yuji Nakamura (Toyohashi University of Technology) |
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| C123 | Investigation of the Effect of Metal Salts on the Combustion Modes of Cellulose Sheet |
| | *Daiki Yasuda (Toyohashi University of Technology), Takuya Yamazaki (Toyohashi University of Technology), Tsuneyoshi Matsuoka (Toyohashi University of Technology), Yuji Nakamura (Toyohashi University of Technology) |
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| C124 | Image Analysis of Leading Edge an Inclined Combustion Surface |
| | *Koki Kobayashi (Akita Prefectural University), Takashi Tsuruda (Akita Prefectural University), Tadafumi Daitoku (Akita Prefectural University) |
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| C125 | Behavior of smoldering through fibrous layer of cotton polyester blend |
| | *Daiya Sangu (Nagaoka University of Technology), Masataro Suzuki (Nagaoka University of Technology) |
Room D
D11 : Microgravity Combustion I 10:00-11:20 (4 talks) |
| | Chair : Mitsuaki TANABE (Nihon University) |
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| D111 | Numerical analysis of flame behavior started from flame ball in counterflow field |
| | *Kazutaka Sagawa (Institute of Fluid Science, Tohoku University), Takaki Akiba (Institute of Fluid Science, Tohoku University), Youhi Morii (Institute of Fluid Science, Tohoku University), Hisashi Nakamura (Institute of Fluid Science, Tohoku University), Kaoru Maruta (Institute of Fluid Science, Tohoku University) |
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| D112 | A continuum model of dust explosion |
| | *Kazunori Kuwana (Tokyo University of Science), Shigetoshi Yazaki (Meiji University), Wookyung Kim (Hiroshima University), Toshio Mogi (The University of Tokyo), Ritsu Dobashi (The University of Tokyo) |
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| D113 | Minimum electric energy for overload ignition phenomena of polymer insulated wire in microgravity |
| | *Seiya Kawaguchi (Hokkaido University), Feng Guo (Hokkaido University), Nozomu Hashimoto (Hokkaido University), Osamu Fujita (Hokkaido University) |
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| D114 | Effects of carbon fiber orientation on flame spread behaviors of CFRP in opposed flow |
| | *Keisuke Matsumoto (Gifu university), Naoki Matsukawa (Gifu university), Yoshinari Kobayashi (Gifu university), Shuhei Takahashi (Gifu university) |
D12 : Microgravity Combustion II 14:20-16:00 (5 talks) |
| | Chair : Shinji NAKAYA (The University of Tokyo) |
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| D121 | Study on the effect of cool flame on the appearance of large-scale ignition in flame spread over droplets in microgravity |
| | *Yuto Chikami (Yamaguchi University), Yuka Hara (Yamaguchi University), Takehiko Seo (Yamaguchi University), Masato Mikami (Yamaguchi University) |
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| D122 | Effect of ambient temperature on unsteadiness of single droplet evaporation of fuel |
| | *Yuto Shimizu (Nihon University), Hiroshi Nomura (Nihon University), Yusuke Suganuma (Nihon University) |
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| D123 | Investigation on the Oscillation Phenomenon and the Droplet Interaction Effect of Cool Flame Occurred from a Fuel Droplet Array Using a Variational Auto-Encoder |
| | *Kazuki Iemura (Nihon University), Fumiya Arai (Nihon University), Masanori Saito (Nihon University), Mitsuaki Tanabe (Nihon University) |
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| D124 | Effect of natural convection on the ignition delay time of polyethylene film inserted into a high temperature field |
| | Mitsumasa Ikeda (N.I.T. Tokuyama College), *Kazunori Ichieda (N.I.T. Tokuyama College) |
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| D125 | On the radiation extinction of opposed-flame spread over cylindrical solid fuel |
| | *Yusuke Konno (Hokkaido University), Nozomu Hashimoto (Hokkaido University), Osamu Fujita (Hokkaido University) |
Room E
E11 : Ignition/Extinction I 10:00-11:20 (4 talks) |
| | Chair : Mitsutomo HIROTA (Muroran Institute of Technology) |
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| E111 | Quenching Distance of Flowing Premixed Propane/Air Mixture with Comparatively Slow Velocity |
| | *Tomohiko Imamura (Suwa University of Science), Jun'ichi Suematsu (Suwa University of Science), Hiroya Yanagi (Suwa University of Science) |
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| E112 | Experimental study on the ignition behavior of organic solvents emulating lithium-ion battery rupture under thermal runaway condition |
| | *Ryo Aoyagi (Hokkaido University), Feng Guo (Hokkaido University), Nozomu Hashimoto (Hokkaido University), Osamu Fujita (Hokkaido University) |
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| E113 | Observation of rotating edge-flame behavior in an axisymmetric air wall jet |
| | *Hiroyuki Tanaka (Hirosaki University), Hiroyuki Torikai (Hirosaki University) |
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| E114 | Ignition Behavior of Flowing Premixed Propane / Air Mixture Impinging to a Heated Surface |
| | *Masato Nakazawa (Suwa University of Science), Sensho Oh (Suwa University of Science), Yasuyuki Maejima (Suwa University of Science), Kazunori Kuwana (Tokyo University of Science), Tomohiko Imamura (Suwa University of Science) |
E12 : Ignition/Extinction II 14:20-16:00 (5 talks) |
| | Chair : Hiroyuki TORIKAI (Hirosaki University) |
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| E121 | Modal analysis of aluminum jet flame via data-driven approach |
| | *Shoma Seki (Gifu University), Hana Noda (Gifu University), Yoshinari Kobayashi (Gifu University), Shuhei Takahashi (Gifu University) |
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| E122 | >37 MW peak power donut mode microchip laser for ignition |
| | *Hwan Hong Lim (IMS), Takunori Taira (IMS, RIKEN) |
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| E123 | On the relation between transport coefficients and ignition properties of fuels |
| | *Akira Miyoshi (Hiroshima University) |
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| E124 | Study on Flame Stabilization Mechanisms of High Pressure Hydrogen Jet with Ion Probes |
| | *Hikaru Kido (Toyota Technological Institute), Hiroki Takeda (Toyota Technological Institute), Keiji Takeno (Toyota Technological Institute) |
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| E125 | Wall chemical effects on the ignition and extinction characteristics of premixed n-alkane cool flames |
| | Tomotaka Mizuno (The University of Tokyo), *Minhyeok Lee (The University of Tokyo), Yuji Suzuki (The University of Tokyo) |
Room P
P1 : PosterSession I 13:20-14:20 (21 talks) |
| | Chair : Yojiro ISHINO (Nagoya Institute of Technology) |
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| P101 | Vortex Bursting Using Methane Fuel and Prediction in case of Hydrogen and Ammonia Fuels |
| | *Aoi Watanabe (Yamagata University), Masahisa Shinoda (Yamagata University), Hiroshi Yamashita (NISRI) |
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| P102 | Helical Vortex Line in Vortex Bursting |
| | *Itsuki Kanazawa (Yamagata University), Masahisa Shinoda (Yamagata University), Hiroshi Yamashita (NISRI) |
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| P103 | Diagram of Vortex Bursting Research |
| | *Kosuke Hagihara (Yamagata University), Masahisa Shinoda (Yamagata University), Hiroshi Yamashita (NISRI) |
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| P104 | Laminar burning velocity of 1-pentene, n-heptane and 5 components gasoline surrogate fuel under lean or dilute condition |
| | *Shota Nakatani (Osaka Prefecture University), Tatsuya Funatsu (Osaka Prefecture University), Yuki Shimizu (Osaka Prefecture University), Hidefumi Kataoka (Osaka Prefecture University), Daisuke Segawa (Osaka Prefecture University) |
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| P105 | Experimental Study on Influence of Methane Addition on Propagating Flame Characteristics of Hydrogen Mixtures in a Narrow Space |
| | *Kazuya Nakano (Ehime University), Masaya Nakahara (Ehime University), Ryota Masatsugu (Ehime University), Fumiaki Abe (Ehime University) |
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| P106 | LES of Turbulent Spray Combustion with Detailed Reaction Model |
| | *Shingo Matsuyama (Japan Aerospace Exploration Agency) |
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| P107 | Effect of swirling flow on combustion oscillations in a swirl-stabilized turbulent combustor |
| | *Takeshi Kawada (Tokyo University of Science), Syunsuke Mori (Tokyo University of Science), Hiroshi Gotoda (Tokyo University of Science) |
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| P108 | Elucidation of spatiotemporal dynamics of a buoyancy-driven turbulent diffusion flame under low air pressure. |
| | *Kazuki Ando (Tokyo University of Science), Yushi Ozaki (Tokyo University of Science), Hiroshi Gotoda (Tokyo University of Science) |
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| P109 | Elucidation of spatiotemporal dynamics of a buoyancy-driven turbulent fire using machine learning |
| | *Katsutoshi Utsugi (Tokyo University of Science), Yushi Ozaki (Tokyo University of Science), Takumi Tokami (Tokyo University of Science), Hiroshi Gotoda (Tokyo University of Science) |
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| P110 | Complexity in spatiotemporal structure of turbulent premixed flame in a stagnation point flow |
| | *Ryosuke Saigo (Tokyo University of Science), Hiroshi Gotoda (Tokyo University of Science) |
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| P111 | Effect of secondary air volume on plastic surface modification by oxide particles spray burner |
| | *Yusuke Tamemasa (Gifu University), Yoshinari Kobayashi (Gifu University), Shuhei Takahashi (Gifu University) |
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| P112 | Effects of ambient conditions and inter droplet distance on the cool flame and two-stage ignition behavior of n-decane droplets with different diameter |
| | *Koyama Kenshin (Kyushu University), Ando Shion (Kyushu University), Moriue Osamu (Kyushu University) |
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| P113 | The effect of fuel injection on in-cylinder cycle-to-cycle variation in the DISI engine |
| | *Yukichi Kaneko (Keio University), Tomoki Nagashima (Keio University), Masayoshi Matsuda (Keio University), Takuya Tomidokoro (Keio University), Takeshi Yokomori (Keio University) |
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| P114 | Effects of Emulsification Method on Atomization Behavior of W/O Emulsion Droplets |
| | *Sota Fukui (Osaka Prefecture University), Kazuki Goto (Osaka Prefecture University), Haruki Horikawa (Osaka Prefecture University), Keisuke Yamada (National Institute of Technology, Toyama College), Daisuke Segawa (Osaka Prefecture University), Hidefumi Kataoka (Osaka Prefecture University) |
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| P115 | Elucidation of the formation mechanism of spray combustion oscillations using advanced time-seires analysis baced on complex systems |
| | *Kosuke Nakamura (Tokyo University of Science), Hiroshi Gotoda (Tokyo University of Science), Jun Nagao (Kyoto University), Ryoichi Kurose (Kyoto University) |
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| P116 | Study on Correlation between Pre-ignition in a Pre-chamber and Abnormal Combustion in a Medium-speed Gas Engine |
| | *Yuki Higa (Kyushu University), Daisuke Tsuru (Kyushu University), Hiroshi Tashima (Kyushu University) |
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| P117 | Flammable characteristics of diffusion flame in the cross flow at the wake of step. |
| | *Masaharu Nakajima (Kyoto University), Noritaka Sako (Kyoto University), Jun Hayashi (Kyoto University), Yu Daimon (Japan Aerospace Exploration Agency), Hiroshi Kawanabe (Kyoto University) |
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| P118 | Development of apparatus for short duration microgravity experiments on dust explosions |
| | *Rinrin Saeki (Hiroshima University), Rio Iihoshi (Hiroshima University), Yasuko Ueno (Hiroshima University), Takuma Endo (Hiroshima University), Toshio Mogi (The University of Tokyo), Minhyeok Lee (The University of Tokyo), Ritsu Dobashi (The University of Tokyo), Kazunori Kuwana (Tokyo University of Science), Shigetoshi Yazaki (Meiji University), Masato Mikami (Yamaguchi University), Yuji Nakamura (Toyohashi University of Technology), Takehiko Ishikawa (Japan Aerospace Exploration Agency), Wookyung Kim (Hiroshima University) |
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| P119 | Transport characteristics of microdroplets generated by ultrasonic vibration in a pipe flow path |
| | *Hiroki Hayakawa (Muroran Institute of Technology), Hirota Mitsutomo (Muroran Institute of Technology), Saitoh Hiroyasu (Shibaura Institute of Technology), Sato Kiyotaka (Mazda Motor Corporation) |
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| P120 | Observation of Detonation Attenuation due to Metal Mesh by Using Optical Sensors |
| | *Daisuke Ichijo (Shibaura Institute of Technology), Takaki Kanazawa (Shibaura Institute of Technology), Teruhito Otsuka (National Institute of Occupational Safety and Heath, Japan), Hiroyasu Saitoh (Shibaura Institute of Technology) |
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| P121 | Investigation of the combustion characteristics of nitromethane-isooctane binary fuel premixture |
| | *Manato Asao (Graduate School of Yamaguchi University), Mari Saito (Graduate School of Yamaguchi University), Takehiko Seo (Graduate School of Yamaguchi University), Masato Mikami (Graduate School of Yamaguchi University) |
2nd day Nov. 23rd (Tue)
Room A
A21 : Laminar Combustion III 8:50-10:30 (5 talks) |
| | Chair : Makihito NISHIOKA (University of Tsukuba) |
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| A211 | Instabilities of Hydrogen-Biogas-Air Premixed Flames on a Flat Burner |
| | *Ryosuke NOGI (Nagaoka University of Technology), Yui AKAGAWA (Nagaoka University of Technology), Daisuke SATO (Nagaoka University of Technology), Toshiyuki KATSUMI (Nagaoka University of Technology), Satoshi KADOWAKI (Nagaoka University of Technology) |
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| A212 | Flame speed of a laminar premixed ammonia/air flame propagating in a stratified mixture |
| | *Takuya Tomidokoro (Keio University), Takeshi Yokomori (Keio University), Hong G. Im (King Abdullah University of Science and Technology) |
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| A213 | Propagation characteristics of spherical flame of H2/Air/Ar premixed gas at room temperature |
| | *Yazawa Shinya (Nagaoka University of Technology), Kumada Masashi (Nagaoka University of Technology), Noguchi Haruki (Nagaoka University of Technology), Katsumi Toshiyuki (Nagaoka University of Technology), Sato Daisuke (Nagaoka University of Technology), Kadowaki Satoshi (Nagaoka University of Technology) |
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| A214 | Effect of oxidant flow conditions on heating time of particles in merged six methane diffusion microflames |
| | *Ryota Mizutani (Chubu University), Taro Hirasawa (Chubu University) |
|
| A215 | Study on the effect of alcohol addition on the fundamental combustion characteristics of isooctane |
| | *Takanori Mieno (Oita University), Yuki Oka (Oita University), Tomoki Kiritani (Oita University), Kairi Irikura (Oita University), Fumio Shimada (Oita University), Kimitoshi Tanoue (Oita University) |
A22 : Laminar Combustion IV 14:00-15:40 (5 talks) |
| | Chair : Naoki HAYASHI (Kanagawa Institute of Technology) |
|
| A221 | Active control of a lifted flame with miniature jet actuators |
| | *Junya Hayashi (Nagoya Institute of Technology), Kaho Yamada (Nagoya Institute of Technology), Yu Saiki (Nagoya Institute of Technology) |
|
| A222 | Study on counterflow diffusion flame in downsized Tsuji burner |
| | *Takumi Hasegawa (University of Tsukuba), Hisato Karasawa (University of Tsukuba), Makihito Nishioka (University of Tsukuba) |
|
| A223 | On a model equation for flame spreading along the corner of bending a sheet of paper |
| | *Momomi Kimura (Meiji University), Shigetoshi Yazaki (Meiji University), Kazunori Kuwana (Tokyo University of Science) |
|
| A224 | Measurement of pressure dependence on ignition characteristics of premixed cool flame by using TDLAS |
| | *Gengyu Li (The University of Tokyo), Minhyeok Lee (The University of Tokyo), Yuji Suzuki (The University of Tokyo) |
|
| A225 | FDS Simulation of Jet Diffusion Flame under Acoustic Forcing |
| | *Shinnosuke Nishiki (Teikyo University) |
Room B
B21 : Turbulent Combustion II 8:50-10:30 (5 talks) |
| | Chair : Hiroshi GOTODA (Tokyo University of Science) |
|
| B211 | Low-NOx hydrogen combustion technology for hydrocarbon gas burner |
| | *Kenta Kikuchi (Tokyo Gas Co.,Ltd), Masahide Yamazaki (Tokyo Gas Co.,Ltd), Toru Motegi (Tokyo Gas Co.,Ltd), Fumiteru Akamatsu (Osaka University) |
|
| B212 | Combustion Characteristics of Steam-Diluted Hydrogen/Oxygen Lifted Flame Formed with Cross Jets |
| | *Yousuke Tomisawa (Tokyo Institute of Technology), Mamoru Tanahashi (Tokyo Institute of Technology), Yuki Minamoto (Tokyo Institute of Technology), Masayasu Shimura (Tokyo Institute of Technology) |
|
| B213 | Experimental Study on Influence of Local Flame Displacement Velocity on Trubulent Burning Velocity of Hydrogen added Methane-Air Mixtures |
| | *Kazusato Urate (Ehime University), Masaya Nakahara (Ehime University), Rikuya Okita (Ehime University), Kiichi Nishibayashi (Ehime University), Fumiaki Abe (Ehime University), Sekai Miyamoto (Kawasaki Heavy Industries), Nobuhiro Shinmura (Kawasaki Heavy Industries), Takahiro Yamaguchi (Kawasaki Heavy Industries) |
|
| B214 | Experimental Study on Characteristics of Ignition and Meso-scale Flames for Lean Hydrogen added Methane Mixtures in Isotropic and Homogeneous Turbulence |
| | *Kohtaroh Yagi (Ehime University), Masaya Nakahara (Ehime University), Zhou Jingyang (Ehime University), Minoru Shimizu (Ehime University), Fumiaki Abe (Ehime University) |
|
| B215 | Experimental Study on Properties of Ignition and Combustion for Hydrogen added Ultra-Lean Hydrocarbon Mixtures in High Swirl Flows |
| | *Rikuya Okita (Ehime University), Masaya Nakahara (Ehime University), Kazusato Urate (Ehime University), Ryosuke Fujio (Ehime University), Fumiaki Abe (Ehime University) |
B22 : Turbulent Combustion III 14:00-15:40 (5 talks) |
| | Chair : Hiroaki WATANABE (Kyushu University) |
|
| B221 | Elucidation of attenuation dynamics of thermoacoustic combustion oscillations with secondary air injection |
| | *Yosuke Mori (Tokyo University of Science), Takuya Kurosaka (Tokyo University of Science), Hiroshi Gotoda (Tokyo University of Science) |
|
| B222 | Combustion stability characteristics of non-premixed oxygen-hydrogen cross jet flame |
| | *Ryuta Miyashita (Tokyo Institute of Technology), Masayasu Shimura (Tokyo Institute of Technology), Mamoru Tanahashi (Tokyo Institute of Technology) |
|
| B223 | Flame Holding Characteristic of Lifted Flame Established by Fuel Micro-Jets |
| | *Kazuki Watanabe (Chubu University), Hirasawa Taro (Chubu University) |
|
| B224 | Control of lifted flame by biogas using DBD-PA and bluff body |
| | *Masato Akimoto (Nihon University), Nakagawa Hiroyuki (Nihon University), Motoaki Kimura (Nihon University) |
|
| B225 | Spatiotemporal dynamics of high-frequency combustion oscillations in a rocket model combustor using machine learning |
| | *Kazuki Kawano (Tokyo University of Science), Kosuke Nakamura (Tokyo University of Science), Hiroshi Gotoda (Tokyo University of Science), Yuya Ohmichi (Japan Aerospace Exploration Agency), Shingo Matsuyama (Japan Aerospace Exploration Agency) |
Room C
C21 : Modeling/Simulation I 8:50-10:30 (5 talks) |
| | Chair : Hiroshi KAWANABE (Kyoto University) |
|
| C211 | Numerical simulation of liftoff height in triple flame |
| | Ishizaki Tomoaki (Kanagawa Institute of Technology), *Naoki Hayashi (Kanagawa Institute of Technology) |
|
| C212 | Numerical research on the laminar burning velocity of H2 and NH3 based on flamelet approach |
| | Kenta Takami (Hokkaido University), *Nobuyuki Oshima (Hokkaido University) |
|
| C213 | Application of AMR to numerical simulation of spherical hydrogen flame |
| | *Jun Nagao (Kyoto University), Ryoichi Kurose (Kyoto University) |
|
| C214 | Development and validation of a flamelet based NOx formation model |
| | *Takayuki Nishiie (Kyushu University), Hiroaki Watanabe (Kyushu University) |
|
| C215 | Improvement of soot moment method for 0-dimensional pyrolysis calculation of hydrocarbon fuels by Bayesian Estimation |
| | *Shion Ando (Kyushu University), Ko Furunaga (Kyushu University), Osamu Moriue (Kyushu University) |
C22 : Modeling/Simulation II 14:00-15:40 (5 talks) |
| | Chair : Youhi MORII (Tohoku University) |
|
| C221 | Large-scale numerical analysis and modeling of droplet group evaporation |
| | *Taisuke Nambu (JAXA), Yasuhiro Mizobuchi (JAXA) |
|
| C222 | Particle Size Distribution Measurement and Model Evaluation for Rich Premixed Flames of iso-Octane/Toluene Binary Fuels |
| | *Haruki Tokuyama (Oita University), Imahara Takeru (Oita University), Taiki Umakosi (Oita University), Hashimoto Jun (Oita University) |
|
| C223 | A modeling for combustion under supercritical pressure |
| | *Hiroshi Terashima (Hokkaido University), Mitsuo Koshi (University of Tokyo) |
|
| C224 | Two-dimensional numerical analysis of Ammonia / Air Detonation using detailed chemical reaction model |
| | *Go Inoue (Kyushu Institute of Thechnology), Nobuyuki Tsuboi (Kyushu Institute of Technology), Kohei Ozawa (Kyushu Institute of Technology), Koichi Hayashi (Aoyama Gakuin University) |
|
| C225 | Consideration on Pt/CeO2 Nanoparticle Combustion Synthesis Process by Structure Observation and Numerical Analysis of Burner Flame |
| | *Naoya Minegishi (Tokyo Institute of Technology), Tsuyoshi Nagasawa (Tokyo Institute of Technology), Hidenori Kosaka (Tokyo Institute of Technology) |
Room D
D21 : Turbulent Combustion/Fire Research 8:50-10:30 (5 talks) |
| | Chair : Jun HAYASHI (Kyoto University) |
|
| D211 | A priori analysis on an extended flamelet/progress variable model for pulverized coal/biomass co-firing |
| | *Jiangkuan Xing (Kyoto University & Zhejiang University & JSPS), Ryoichi Kurose (Kyoto University), Kun Luo (Zhejiang University), Jianren Fan (Zhejiang University) |
|
| D212 | Numerical study of ethanol wick flame under decreased oxygen concentration employing simplified reaction mechanisms |
| | *Feng Guo (Hokkaido University), Ryo Aoyagi (Hokkaido University), Nozomu Hashimoto (Hokkaido University), Osamu Fujita (Hokkaido University) |
|
| D213 | Investigating Flame Spread Under and Applied Wind Field Using Discrete Fuel Packages |
| | *Samuel L. Manzello (NIST), Sayaka Suzuki (NRIFD) |
|
| D214 | Experimental study of particle size effect on turbulent flame propagation of solid particle cloud/ammonia co-combustion using a fan-stirred constant-volume chamber |
| | *Yu Xia (Hokkaido University), Nozomu Hashimoto (Hokkaido University), Osamu Fujita (Hokkaido University) |
|
| D215 | Neural network aided subgrid scale reaction rate model for MILD combustion |
| | *Kherlen Jigjid (Tokyo Institute of Technology), Yuki Minamoto (Tokyo Institute of Technology), Mamoru Tanahashi (Tokyo Institute of Technology) |
D22 : New Fuel/Laminar Combustion 14:00-15:40 (5 talks) |
| | Chair : Yuki MINAMOTO (Tokyo Institute of Technology) |
|
| D221 | Synchronous behavior of two moving flickering diffusion flames |
| | *Xiaoyu Ju (Toyohashi University of Technology), Tsuneyoshi Matsuoka (Toyohashi University of Technology), Takuya Yamazaki (Toyohashi University of Technology), Yuji Nakamura (Toyohashi University of Technology) |
|
| D222 | Effect of hydrate surface temprature on the flame propagation over a methane hydrate surface |
| | *Otabek Nigmatov Kahramon Ugli (Teikyo University), Shinnosuke Nishiki (Teikyo University), Toshihisa Ueda (Teikyo University) |
|
| D223 | Numerical Study on Effects of Ammonia Fuel Fraction in Liquid Ammonia/Hydrogen/Air Co-Combustion at High Pressure |
| | *Kapuruge Don Kunkuma Amila Somarathne (Tohoku University), Sophie Valerie Anne Colson (Tohoku University), Akihiro Hayakawa (Tohoku University), Hideaki Kobayashi (Tohoku University) |
|
| D224 | Effects of fuel properties and liquid fuel injection timing on combustion characteristics under heterogeneous combustion field by using multi-impinging injection |
| | *Jinru Liu (Hosei University), Tadashige Kawakami (Hosei University) |
|
| D225 | Study on the role of excess enthalpy in the stabilization of an ammonia/air premixed flames in a swirling flow. |
| | *Sophie Valerie Anne Colson (IFS, Tohoku University), Kapuruge Don Kunkuma Amila Somarathne (IFS, Tohoku University), Daiki Sugawara (IFS, Tohoku University), Akihiro Hayakawa (IFS, Tohoku University), Hideaki Kobayashi (IFS, Tohoku University) |
Room E
E21 : Engine Combustion I 8:50-10:30 (5 talks) |
| | Chair : Hiroshi TASHIMA (Kyushu University) |
|
| E211 | Observation of end-gas multi-stage ignition phenomena in constant volume chamber under high temperature and high pressure |
| | *Asuka Tsuneto (Yamaguchi University), Toru Hamazaki (Yamaguchi University), Takehiko Seo (Yamaguchi University), Masato Mikami (Yamaguchi University), Daisuke Shimokuri (Hiroshima University), Michiharu Kawano (Mazda Motor Corporation) |
|
| E212 | gnition of flammable gas using laser ablation |
| | *Eiichi Takahashi (Nihon Univerisity), Susumu Kato (AIST), Kazuhiro Akihama (Nihon University) |
|
| E213 | Effect of CO2 diluent on the ignition and combustion characteristics for prechamber ignition |
| | *Tsubasa Matsuura (Oita University), Shota Ozawa (Oita University), Takanori Mieno (Oita University), Fumio Shimada (Oita University), Kimitoshi Tanoue (Oita University), Yasuo Moriyoshi (Chiba University) |
|
| E214 | Effects of flow conditions and plug mounting angle on spark discharge and flame kernel initiation behaviors for lean air-gasoline mixture in high-speed flow |
| | *Fangsi REN (The University of Tokyo), Shinji NAKAYA (The University of Tokyo), Mitsuhiro TSUE (The University of Tokyo), Ryo ADACHI (SUBARU Corporation), Kunihiko SUGANUMA (SUBARU Corporation) |
|
| E215 | Effect of microstructure of gasoline particulate filter on filtration efficiency and pressure drop |
| | *Tomoya Aoi (Nagoya University), Kazuhiro Yamamoto (Nagoya University) |
E22 : Engine Combustion II 14:00-15:20 (4 talks) |
| | Chair : Osamu IMAMURA (Nihon University) |
|
| E221 | Study on similarity of ignition and combustion in prechamber ignition system |
| | *Kantetsu Omae (Oita University), Riku Yamshita (Oita University), Fumio Shimada (Oita University), Kimitoshi Tanoue (Oita University), Yasuo Moriyoshi (Chiba University) |
|
| E222 | Penetration behavior of propane-air premixed flame in a diverging channel combustion chamber |
| | *Hiroki Ito (Yamaguchi University), Takehiko Seo (Yamaguchi University), Masato Mikami (Yamaguchi University), Mamoru Hirabe (Suzuki Motor Corporation) |
|
| E223 | Asymptotic Analysis of Zeldovich Reactivity Gradient Mechanism |
| | *Shinji Hayashi (Mitsubishi Motors corporation), Yasuyuki Sakai (Ibaraki University), Kotaro Tanaka (Ibaraki University) |
|
| E224 | Effects of Penetration Height of Ethylene Transverse Jets on Flame Stabilization Behavior in a Mach 2 Supersonic Crossflow |
| | *Shota Nishimoto (The University of Tokyo), Jeonghoon Lee (The University of Tokyo), Shinji Nakaya (The University of Tokyo), Mitsuhiro Tsue (The University of Tokyo) |
Room P
P2 : PosterSession II 13:00-14:00 (21 talks) |
| | Chair : Yojiro ISHINO (Nagoya Institute of Technology) |
|
| P201 | Computational Fluid Dynamics study of Hydrazine Droplets Combustion |
| | *Koji Takada (Meijo University), Yuto Takano (Meijo University), Nozomu Kanno (Meijo University) |
|
| P202 | Structures and reaction analysis for the formation of carbon particles from pyrolysis of aromatic hydrocarbons |
| | *Yuta Kanno (Toyohashi University of Technology), Shotaro Nomoto (Denka Company Limited), Kenji Monden (Denka Company Limited), Tatsuo Oguchi (Toyohashi University of Technology) |
|
| P203 | Reinvestigation of reaction rate coefficients for hydroxyl radical with aromatic hydrocarbons |
| | *Ryota Fushimi (Toyohashi University of Technology), Tatsuo Oguchi (Toyohashi University of Technology) |
|
| P204 | A dependence of oxygen concentration on the oxidation of ethylene |
| | Yasuyuki Sakai (Ibaraki University), *Ryota Iwahara (University of Fukui) |
|
| P205 | Effect of radical mixing on the autoignition of hydrocarbon fuels at high temperatures |
| | Yasuyuki Sakai (Ibaraki University), *Satoru Shima (University of Fukui) |
|
| P206 | A Theoretical Study on the Hydrogen Abstraction and Substitution Reactions of Polycyclic Aromatic Hydrocarbons |
| | *Masaya Fukuda (University of Fukui), Yasuyuki Sakai (Ibaraki University) |
|
| P207 | Rate constant of hydrogen abstraction reaction of toluene with benzylperoxy radical and its effect on the autoignition mechanism |
| | Yasuyuki Sakai (Ibaraki University), *Hiroki Goto (University of Fukui) |
|
| P208 | Three-dimensional methane combustion simulation in laminar and turbulent flows considering detailed reaction mechanism |
| | *Atsuyoshi Sato (Kyushu University), Arata Kioka (Kyushu University), Masami Nakagawa (Colorado School of Mines) |
|
| P209 | A Study of Measurement of Spark Discharge Shape in Flow Field Using Two-Direction Observation |
| | *Keita Yamada (Nihon University), Osamu Imamura (Nihon University), Hiroshi Yamasaki (Nihon University), Kazuhiro Akihama (Nihon University), Fu Chien-Hua (Nihon University), Ryou Shibata (Nihon University) |
|
| P210 | Effect of supercooling of thermal gel solution on fire extinguishing effect |
| | *Nik Mustaqeem Nik Mat Yusoff (Muroran Institute of Technology), Takaya Goto (Muroran Institute of Technology), Mitsutomo Hirota (Muroran Institute of Technology), Hiroyasu Saito (Shibaura Institute of Technology), Hiroyuki Torikai (Hirosaki University), Hatanaka Kazuaki (Muroran Institute of Technology) |
|
| P211 | Suppression effect of thermal gel on ignition of wooden materials in high temperature convective flow |
| | *Tomoya Baba (Muroran Institute of Technology), Hirota Mitsutomo (Muroran Institute of Technology), Goto Takaya (Muroran Institute of Technology), Saito Hiroyasu (Shibaura Institute of Technology), Torikai Hiroyuki (Hirosaki University), Hatanaka Kazuaki (Muroran Institute of Technology) |
|
| P212 | Extinguishing effect of ultrasonic waves acting on various combustion conditions |
| | *Shunnya Tsujimoto (Muroran Institute of Technology), Kosei Miura (Muroran Institute of Technology), Mitsutomo Hirota (Muroran Institute of Technology), Yuji Nakamura (Toyohashi University of Technology), Kazuaki Hatanaka (Muroran Institute of Technology) |
|
| P213 | Study on flame structure of premixed flame with fine dust particle |
| | *Erika Tomita (Toyohashi University of Technology), Haruya Yata (Toyohashi University of Technology), Takuya Yamazaki (Toyohashi University of Technology), Tsuneyoshi Matsuoka (Toyohashi University of Technology), Yuji Nakamura (Toyohashi University of Technology) |
|
| P214 | Effect of alkali metal salts on emission from peat pyrolysis |
| | *Zixuan Wang (The University of Tokyo), Ayaka Oshino (The University of Tokyo), Michiya Fujita (The University of Tokyo), Kenichi Tonokura (The University of Tokyo) |
|
| P215 | Correlation of pressure oscillation intensity and low temperature oxidation reaction and thermal flame propagation phenomenon during HCCI combustion |
| | *Kuon Hosokawa (Gifu University), Yoshinari Kobayashi (Gifu University), Shuhei Takahashi (Gifu University) |
|
| P216 | Development of high pressure shock tube with CRV strategy |
| | *Daisuke Shimokuri (Hiroshima university), Tomoaki Yatsufusa (Hiroshima institute of technology), Akira Miyoshi (Hiroshima university), Yuji Harada (Mazda motor corporation), Yoshihisa Nou (Mazda motor corporation), Fumihiko Saito (Mazda motor corporation) |
|
| P217 | DEM-CFD modeling of a combustion field in a rotary kiln |
| | *Susumu Tsuchiya (Yabashi Industries Co., Ltd.), Masaya Muto (Meijo University), Yuta Umeno (Numerical Flow Designing Co., Ltd.), Takayuki Nishiie (Numerical Flow Designing Co., Ltd.), Ryoichi Kurose (Kyoto University) |
|
| P218 | Development of metal element measurement technology in molten steel using LIBS |
| | *Yuta Arima (Tokushima University), Yoshihiro Deguchi (Tokushima University) |
|
| P219 | Development of Carbon element measurement technology in molten steel using laser-induced breakdown spectroscopy |
| | Shun Nakajima (Tokushima University), *Yoshihiro Deguchi (Tokushima University) |
|
| P220 | Effects of Ignition Position of a Pre-chamber Type Gas Engine on Torch Flame and Combustion in a Main Chamber |
| | *Takuya Wakasugi (Kyushu University), Daisuke Tsuru (Kyushu University), Takahiro Sako (Osaka Gas Co., LTD), Hiroshi Tashima (Kyushu University) |
|
| P221 | Combustion Characteristics of Direct Spray Injection of Liquid Ammonia in Low-speed Marine Engine |
| | *Naoyuki Shiba (Kyushu University), Daisuke Tsuru (Kyushu University), Hiroshi Tashima (Kyushu University) |
3rd day Nov. 24th (Wed)
Room A
A31 : Diagnostics I 8:50-10:30 (5 talks) |
| | Chair : Daisuke SHIMOKURI (Hiroshima University) |
|
| A311 | Simultaneous High-Speed Measurement of PIV and OH-PLIF in an SI Engine with High Tumble Level |
| | *Jin Huang (Tokyo Institute of Technology), Eiji Yokoyama (Tokyo Institute of Technology), Hiroki Kosuda (Tokyo Institute of Technology), Masayasu Shimura (Tokyo Institute of Technology), Takeshi Yokomori (Keio University), Mamoru Tanahashi (Tokyo Institute of Technology) |
|
| A312 | Application of OH(2,0) excitation to bi-directional LIF method for OH concentration measurement in flames |
| | *Yasuhiro Higuchi (Tohoku University), Yoshio Nunome (JAXA), Sadatake Tomioka (JAXA), Takeo Tomita (JAXA), Taku Kudo (Tohoku University), Akihiro Hayakawa (Tohoku University), Hideaki Kobayashi (Tohoku University) |
|
| A313 | Two-photon laser-induced fluorescence measurement of CO formation process of premixed flame with dilution air under elevated pressure |
| | *Koya Ishiba (Osaka University), Shunichiro Yoshida (Osaka University), Iwao Morimoto (Osaka University), Jun Hayashi (Kyoto University), Tsukasa Hori (Osaka University), Fumiteru Akamatsu (Osaka University) |
|
| A314 | Sensitive measurements of absorption spectrum of isocyanic acid in the ν1 band using a 2.8-μm distributed feedback interband cascade laser |
| | *Mingu Lee (The University of Tokyo), Kenichi Tonokura (The University of Tokyo) |
|
| A315 | Applied approach for novel process control through CT-TDLAS and CFD database |
| | *Yoshihiro Deguchi (Tokushima University), Takahiro Kamimoto (Tokushima University), Zhenzhen Wang (Xi'an Jiaotong University) |
A32 : Diagnostics II 10:40-12:20 (5 talks) |
| | Chair : Yoshihiro DEGUCHI (Tokushima University) |
|
| A321 | Study on measurement method of equivalence ratio by Laser Induced Breakdown Spectroscopy (LIBS) |
| | *Takumi Nakagomi (Nihon University), Takumi Naitou (Nihon University), Kazuhiro Akihama (Nihon University), Eiichi Takahashi (Nihon University), Osamu Imamura (Nihon University), Yasunori Ookuma (Nihon University) |
|
| A322 | Development of processing technology for propagating flame data measured by a multiple-ion probe |
| | *Tomoaki Yatsufusa (Hiroshima institute of technology), Shota Hiroi (Hiroshima institute of technology), Yuki Goto (Hiroshima institute of technology) |
|
| A323 | Burning velocity and OH fluorescence intensity of CH4/H2 premixed flames |
| | Kazuhiro Yamamoto (Nagoya University), *Kohei Sakaguchi (Nagoya University), Wataru Kimura (Nagoya University), Wataru Sawada (Nagoya University), Tatsuya Moriyama (Nagoya University) |
|
| A324 | Measurements of OH and CH chemiluminescence for CH4/H2/air premixed flames |
| | *Wataru Sawada (Nagoya University), Kazuhiro Yamamoto (Nagoya University), Tatsuya Moriyama (Toho Gas Co., Ltd) |
|
| A325 | The effects of acoustic perturbations on the combustion instability of methane/air triple flame |
| | *Takaaki Watanabe (The University of Tokyo), Koichi Omi (The University of Tokyo), Ren Fangsi (The University of Tokyo), Shinji Nakaya (The University of Tokyo), Tsue Mitsuhiro (The University of Tokyo) |
A33 : Combustors 13:20-14:40 (4 talks) |
| | Chair : Taro HIRASAWA (Chubu University) |
|
| A331 | Estimation of window time from fuel cutoff to re-oxidization damage of an anode of tubular SOFC with a micro tube injector for excessive hydrogen |
| | *Yuta Inoue (Nihon University), Hiroshi Nomura (Nihon University), Yusuke Suganuma (Nihon University), Keiichi Okai (Japan Aerospace Exploration Agency) |
|
| A332 | Control of premixed flame behavior with time variable swirl vane |
| | *Yusuke Mizuno (Gifu University), Masaharu Komiyama (Gifu University), Satoshi Nishida (Gifu University), Takuho Narukawa (Gifu University) |
|
| A333 | Ignition characteristics of methane/air mixture by pin hemispherical high-frequency barrier discharge at atmospheric pressure |
| | *Jeonghoon Lee (The University of Tokyo), Takuto Yamaguchi (The University of Tokyo), Fangsi Ren (The University of Tokyo), Shinji Nakaya (The University of Tokyo), Mitsuhiro Tsue (The University of Tokyo) |
|
| A334 | NOx post-treatment technique using products of low-temperature oxidation reaction |
| | *Hodaka Sano (Nihon University), Hiroshi Nomura (Nihon University), Yusuke Suganuma (Nihon University), Iku Saitou (Hino Motors, Ltd), Shinya Satou (Hino Motors, Ltd) |
Room B
B31 : Spray Combustion 8:50-10:30 (5 talks) |
| | Chair : Masato MIKAMI (Yamaguchi University) |
|
| B311 | Optical Measurements under Non-reacting Condition and Investigation of Combustion Characteristics in a Swirling Flow for Liquid Ammonia Spray Combustion |
| | *Hirofumi Yamashita (Tohoku University), Ekenechukwu Chijioke Okafor (National Institute of Advanced Industrial Science and Technology), Sophie Valerie Anne Colson (Tohoku University), Kapuruge Don Kunkuma Amila Somarathne (Tohoku University), Taku Tsujimura (National Institute of Advanced Industrial Science and Technology), Shintaro Ito (IHI Corporation), Masahiro Uchida (IHI Corporation), Taku Kudo (Tohoku University), Akihiro Hayakawa (Tohoku University), Hideaki Kobayashi (Tohoku University) |
|
| B312 | Droplet evaporation characteristics of isooctane/ethanol blends and isooctane/nonane blends at various ambient temperature |
| | *Takumi Kondo (Hokkaido University), Naito Yushin (Hokkaido University), Togashi Kazuhisa (Hokkaido University), Nozomu Hashimoto (Hokkaido University), Masahide Takagi (National Maritime Research Institute), Yusuke Suganuma (Nihon University), Hiroshi Nomura (Nihon University), Osamu Fujita (Hokkaido University) |
|
| B313 | Time Series Information Extraction Method in Crossflow Type Atomization |
| | *Yukari Sakano (Waseda University), Taisuke Nambu (JAXA), Yasuhiro Mizobuchi (JAXA), Tetsuya Sato (Waseda University) |
|
| B314 | Effect of initial droplet diameter on autoignition behavior of Eicosan single fuel droplets |
| | *Keisuke Yoshida (Osaka Prefecture University), Hiromu Kanemitsu (Osaka Prefecture University), Segawa Daisuke (Osaka Prefecture University), Hidefumi Kataoka (Osaka Prefecture University) |
|
| B315 | Proposal of an ammonia diesel combustion concept by stratified fuel injection |
| | *Yasuhisa Ichikawa (National Institute of Maritime, Port, and Aviation Technology), Yoichi Niki (National Institute of Maritime, Port, and Aviation Technology), Takasaki Koji (National Institute of Maritime, Port, and Aviation Technology), Kobayashi Hideaki (Tohoku University), Miyanagi Akihiro (Japan Engine Corporation) |
B32 : New Fuel/Alternative Fuel I 10:40-12:20 (5 talks) |
| | Chair : Daisuke SEGAWA (Osaka Prefecture University) |
|
| B321 | Development of Liquid Ammonia Direct Injection Technology for Gas Turbine Combustor |
| | *Shintaro Ito (IHI Corporation), Masahiro Uchida (IHI Corporation), Toshiyuki Suda (IHI Corporation) |
|
| B322 | A consideration on low-NOx burner for coaxial ammonia-jet flame |
| | *Naoya Matsuda (Kagawa University), Tomohiro Tsubota (Kagawa University), Yukihiko Okumura (Kagawa University), Tsukasa Hori (Osaka University), Fumiteru Akamatsu (Osaka University) |
|
| B323 | Study on Ion Current Characteristics of Premixed Flame in Ammonia-Methane-Air Mixture |
| | *Jotaro Arishima (The University of Kitakyushu), Sadami Yoshiyama (The University of Kitakyushu), Ryo Kudo (The University of Kitakyushu), Mitsuhiro Izumi (Diamond & Zebra Electric Mfg. Co., Ltd), Tsutomu Kusuhara (Diamond & Zebra Electric Mfg. Co., Ltd), Shigeki Hasegawa (Diamond & Zebra Electric Mfg. Co., Ltd) |
|
| B324 | Study on N2O Production Mechanisms of Lean Ammonia/Hydrogen/Air Premixed Laminar Flames |
| | *Akihiro Hayakawa (Tohoku University), Masao Hayashi (Tohoku University), Marina Kovaleva (Cardiff University), Gabriel J. Gotama (Tohoku University), Ekenechukwu Chijioke Okafor (National Institute of Advanced Industrial Science and Technology), Sophie Valerie Anne Colson (Tohoku University), Syed Mashruk (Cardiff University), Agustin Valera-Medina (Cardiff University), Taku Kudo (Tohoku University), Hideaki Kobayashi (Tohoku University) |
|
| B325 | Numerical analysis on nitrogen origin of NOx formed in an ammonia/air flame |
| | *Noritaka Sako (Kyoto University), Jun Hayashi (Kyoto University), Hiroshi Kawanabe (Kyoto University), Takahiro Sako (OSAKAGAS CO.,LTD), Masashi Katsuki (OSAKAGAS CO.,LTD) |
B33 : New Fuel/Alternative Fuel II 13:20-14:40 (4 talks) |
| | Chair : Kenji YAMAMOTO (Mitsubishi Heavy Industries) |
|
| B331 | Effects of Aluminum Dissolution on Single Droplet Combustion of Ethanol under Microgravity |
| | *Keita Kanakubo (The University of Tokyo), Shinji Nakaya (The University of Tokyo), Tsue Mitsuhiro (The University of Tokyo) |
|
| B332 | Flame propagation and NOx emission characteristics during co-firing of pulverized coal and non-carbon-based fuels. |
| | *Taniguchi Masayuki (Hitachi-naka Chemical System Laboratory) |
|
| B333 | Evaluation of NOx emission from Hydrogen-Oxygen Combustion in the Industrial Furnace |
| | *Masashi Yamaguchi (Taiyo Nippon Sanso Corporation), Tomoyuki Haneji (Taiyo Nippon Sanso Corporation), Hiroyuki Nakabayashi (Taiyo Nippon Sanso Corporation), Yoshiyuki Hagihara (Taiyo Nippon Sanso Corporation) |
|
| B334 | Modelling of biomass particle combustion considering the particle shape and intraparticle gradients of temperature and compositions |
| | *Jiayan Lyu (IHI Corporation), Taelim Kanaumi (IHI Corporation), Juwei Zhang (IHI Corporation) |
Room C
C31 : Propulsion 8:50-10:30 (5 talks) |
| | Chair : Harunori NAGATA (Hokkaido University) |
|
| C311 | Pyrolysis-Gas Chromatography-Mass Spectrometry of Low-melting-point-Thermoplastic for Hybrid Rocket Fuel |
| | *Michiya Fujita (The University of Tokyo), Ayana Banno (Chiba Institute of Technology), Yutaka Wada (Chiba Institute of Technology), Yuji Mishima (Kobe Material Testing Laboratory Co., Ltd.), Nobuji Kato (Katazen Co., Ltd.), Keiichi Hori (ISAS/JAXA), Kenichi Tonokura (The University of Tokyo) |
|
| C312 | Experimental Study on Influence of N2O on Combustion Performance of the Small Hybrid Rocket as an Educational Material |
| | *Kazuki Nishida (Ehime University), Masaya Nakahara (Ehime University), Koichi Yamaguchi (Ehime University), Fumiaki Abe (Ehime University), Atsushi Ishihara (Saitama Institute of Technology) |
|
| C313 | Cooling performance of the cylindrical rotating detonation engine with propellant injection cooling |
| | *Keisuke Goto (Nagoya University), Kosei Ota (Nagoya University), Tomoaki Kimura (Nagoya University), Akira Kawasaki (Nagoya University), Noboru Itouyama (Nagoya University), Hiroaki Watanabe (Nagoya University), Ken Matsuoka (Nagoya University), Jiro Kasahara (Nagoya University), Akiko Matsuo (Keio University), Ikkoh Funaki (JAXA ISAS) |
|
| C314 | Study on Dynamics of Combustion Oscillation in a Rocket Combustor Using Phase Plane by a Variational Auto-Encoder |
| | *Fumiya Arai (Nihon University), Kazuki Iemura (Nihon University), Masanori Saito (Nihon University), Mitsuaki Tanabe (Nihon University) |
|
| C315 | Flame-Holding Characteristics of 60wt% Hydrogen Peroxide Hybrid Rocket with Platinum Catalysts |
| | *Kodai Iwanaga (Hokkaido University), Yusuke Takada (Hokkaido University), Genta Ono (Hokkaido University), Masashi Wakita (Hokkaido University), Landon Kamps (Hokkaido University), Hironori Sahara (Tokyo Metropolitan University), Toshiaki Iizuka (National Institute of Technology, Oyama College), Harunori Nagata (Hokkaido University) |
C32 : Detonations 10:40-12:20 (5 talks) |
| | Chair : Nobuyuki TSUBOI (Kyushu Institute of Technology) |
|
| C321 | Chemiluminescence measurement on deflagration-to-detonation transition process of ethylene-oxygen mixture in a tube with rough walls |
| | *Masahiro Irokawa (Saitama University), Daiki Taneichi (Saitama University), Shinichi Maeda (Saitama University), Tetsuro Obara (Saitama University) |
|
| C322 | Experiments on Detonation Transition in Channel with Single Obstacle |
| | *Kajiwara Kengo (Saitama University), Shun Ohmamiuda (Saitama University), Shinichi Maeda (Saitama University), Tetsuro Obara (Saitama University) |
|
| C323 | Experimental Study on Operational Stability of Liquid Propellant Rotating Detonation Combustor |
| | *Kazuki Ishihara (Nagoya University), Kentaro Yoneyama (Nagoya University), Shiro Ito (Nagoya University), Noboru Itouyama (Nagoya University), Hiroaki Watanabe (Nagoya University), Akira Kawasaki (Nagoya University), Ken Matsuoka (Nagoya University), Jiro Kasahara (Nagoya University), Akiko Matsuo (Keio University), Ikkoh Funaki (JAXA/ISAS) |
|
| C324 | Construction and Evaluation of a Prediction Model Using Artificial Neural Network for Reflection Point Distance in Detonation Diffraction |
| | *Hiroki Hasegawa (Nagoya University), Akira Kawasaki (Nagoya University), Son Kan (Nagoya University), Noboru Itouyama (Nagoya University), Hiroaki Watanabe (Nagoya University), Ken Matuoka (Nagoya University), Jirou Kasahara (Nagoya University), Akiko Matuo (Keiou University), Ikkoh Funaki (Japan Aerospace Exploration Agency) |
|
| C325 | A detailed kinetic model for liquid-phase reactions of hydrazine and nitrogen tetroxide mixtures |
| | *Yu-ichiro Izato (Yokohama National University), Kento Shiota (Yokohama National University), Atsumi Miyake (Yokohama National University) |
Room D
D31 : Emission 8:50-10:30 (5 talks) |
| | Chair : Ryo YOSHIIE (Nagoya Univeristy) |
|
| D311 | Effect of Oxygen content in fuel on Hydrogen formation in a Biomass Diffusion Flame |
| | *Shingo Fujita (Gunma University), Tomohiko Furuhata (Gunma University), Yosio Zama (Gunma University) |
|
| D312 | Measurement of Particle Size Distribution in Premixed Burner-Stabilized Stagnation Flame of iso-Octane / 1,2,4-Trimethylbenzene Blends |
| | *Takeru Imahara (Oita University), Haruki Tokuyama (Oita University), Taiki Umakosi (Oita University), Jun Hasimoto (Oita University) |
|
| D313 | The effect of initial furnace temperature on PM exhausted from an unsteady pool flame |
| | *Tetsuo Fukumoto (Tokyo Denki University), Yoshihiro Kobayashi (Tokyo Denki University), Masataka Arai (Tokyo Denki University) |
|
| D314 | Effects of thermal-excitation and photo-excitation of titanium dioxide on exhaust gas decomposition |
| | *Shota Terazawa (Gifu University), Tadayoshi Ihara (Daido University), Harumitsu Nishikawa (Nagoya Institute of Technology), Yoshinari Kobayashi (Gifu University), Shuhei Takahashi (Gifu University) |
|
| D315 | Improvement of accuracy on thermophoresis measurement by means of determining velocity and diameter simultaneously for each particle |
| | *Takumi Kato (Nagaoka University of Technology), Masataro Suzuki (Nagaoka University of Technology) |
D32 : Waste Combustion 10:40-12:00 (4 talks) |
| | Chair : Nozomu HASHIMOTO (Hokkaido University) |
|
| D321 | Elucidation and control of melting properties of industrial waste ash |
| | *Tatsuya Saeki (Nagoya University), Yasuaki Ueki (Nagoya University), Ryo Yoshiie (Nagoya University), Ichiro Naruse (Nagoya University) |
|
| D322 | Development of New Methodology to Evaluate Emissions from Combustion |
| | *Yuya Kuwahara (Tokyo Denki University), Daiki Maruyama (Tokyo Denki University), Hiroyuki Yamada (Tokyo Denki University) |
|
| D323 | Formation Characteristics of Molten Salt in Industrial Waste Ash and Control of Ash Deposition |
| | *Kaito Onoda (Nagoya University), Yasuaki Ueki (Nagoya University), Ryo Yoshiie (Nagoya University), Ichiro Naruse (Nagoya University) |
|
| D324 | Image Diagnosis Using K-means Algorism on Combustion-zone in the Furnace |
| | *Satoki Yokoi (Mitsubisi heavy Industries, Ltd.), Tomohiro Takahashi (Mitsubisi heavy Industries, Ltd.), Takuichiro Daimaru (Mitsubisi heavy Industries, Ltd.), Hiroto Kusaka (Mitsubisi heavy Industries, Ltd.), Junji Imada (Mitsubisi heavy Industries, Ltd.), Toshihiko Setoguchi (Mitsubisi heavy Industries, Ltd.) |
D33 : Fire Research 13:20-14:40 (4 talks) |
| | Chair : Masataro SUZUKI (Nagaoka University of Technology) |
|
| D331 | Smoldering experiment using orifice in isentropic flow |
| | *Takuya Ogawa (Akita Prefectural University Graduate School), Takashi Tsuruda (Akita Prefectural University), Tadafumi Daitoku (Akita Prefectural University) |
|
| D332 | Suppression Effect of Thermal Gels on Spreading Flame in Wood-Based Fire |
| | *Takaya Goto (Muroran Institute of Technology), Mitsutomo HIrota (Muroran Institute of Technology), Hiroyasu Saito (Shibaura Institute of Technology), Hiroyuki Torikai (Hirosaki University), Hatanaka kazuaki (Muroran Institute of Technology) |
|
| D333 | Towards understanding fuel beds ignition by accumulated firebrands combined with radiant heat |
| | *Sayaka Suzuki (NRIFD), Samuel L. Manzello (NIST) |
|
| D334 | Relationship between blast extinguishment of methane-air jet diffusion flame and the input energy |
| | *Yuuma Yoshida (Hirosaki Uniersity), Hiroyuki Torikai (Hirosaki University) |
Room E
E31 : Reaction Kinetics I 8:50-10:30 (5 talks) |
| | Chair : Hiroshi TERASHIMA (Hokkaido University) |
|
| E311 | Proposal of methanation without catalysts and evaluation of methane conversion rate |
| | *Kazuhiro Yamamoto (Nagoya University), Kohei Sakaguchi (Nagoya University) |
|
| E312 | Study on Ammonia Combustion Affected by H2O Dilution Using a Micro Flow Reactor with a Controlled Temperature Profile |
| | *Kenta Tamaoki (Tohoku University), Yuki Murakami (Tohoku University), Keisuke Kanayama (Tohoku University), Hisashi Nakamura (Tohoku University), Takuya Tezuka (Tohoku University) |
|
| E313 | Study on Combustion Characteristics of Three Linear Carbonate Esters using a Micro Flow Reactor with a Controlled Temperature Profile |
| | *Keisuke Kanayama (Tohoku University), Shintaro Takahashi (Tohoku University), Shota Morikura (Tohoku University), Hisashi Nakamura (Tohoku University), Takuya Tezuka (Tohoku University), Kaoru Maruta (Tohoku University) |
|
| E314 | Wide Temperature Range Measurements of Ignition Delay Times for Alternative Fuel Candidates in a High-Pressure Shock Tube. |
| | *Mizuki Aoki (Sophia University), Misato Miura (Sophia University), Tsukasa Terasaka (Sophia University), Kazuo Takahashi (Sophia University) |
|
| E315 | Spectroscopic characteristics of non-equilibrium plasma reaction processes in CO2/H2 system at atmospheric pressur |
| | *Ozeki Hayato (Gifu University), Suami Akira (Gifu University), Kobayashi Nobusuke (Gifu University), Nakagawa Tsuguhiko (Gifu University), Itaya Yoshinori (Gifu University) |
E32 : Reaction Kinetics II 10:40-12:00 (4 talks) |
| | Chair : Nozomu KANNO (Meijo University) |
|
| E321 | Effect of the Fuel Molecular Structure on the Formation of PAHs and Oxygenated PAHs |
| | *Shunsuke Suzuki (National Institute of Advanced Industrial Science and Technology), Goutham Kukkadapu (Lawrence Livermore National Laboratory), Shota Kiuchi (Ibaraki Univeristy), Scott William Wagnon (Lawrence Livermore National Laboratory), Koichi Kinoshita (National Institute of Advanced Industrial Science and Technology), Yoshinaka Takeda (National Institute of Advanced Industrial Science and Technology), Satoshi Sakaida (Ibaraki Univeristy), Mitsuru Konno (Ibaraki Univeristy), Kotaro Tanaka (Ibaraki Univeristy), Mitsuharu Oguma (National Institute of Advanced Industrial Science and Technology), William John Pitz (Lawrence Livermore National Laboratory) |
|
| E322 | Development of CO2 decomposition device by vacuum ultraviolet lays |
| | *Akino Yokoi (Gifu university), Yukio Hayakawa (Gifu university), Shinji Kambara (Gifu university) |
|
| E323 | Mechanism of photo-denitration reaction by 172nm vacuum ultraviolet lays |
| | *Utana Nozaki (Gifu university), Shinji Kambara (Gifu university), Yukio Hayakawa (Gifu university) |
|
| E324 | PAH and PM formation by pyrolysis and oxidation of dodecane |
| | *Eito SAHARA (Tokyo Denki University), Koki KASHIWA (National Institute of Technology, Ibaraki College), Yoshihiro KOBAYASHI (Tokyo Denki University), Masataka ARAI (Tokyo Denki University) |
E33 : Reaction Kinetics III 13:20-14:20 (3 talks) |
| | Chair : Tatsuo OGUCHI (Toyohashi University of Technology) |
|
| E331 | Evaluation of Ignition Behavior for C5 Hydrocarbons Using the High-Pressure Shock Tube with a Long Heating Duration. |
| | *Misato Miura (Sophia University), Tsukasa Terasaka (Sophia University), Mizuki Aoki (Sophia University), Tatsumi Ueda (Sophia University), Kazuo Takahashi (Sophia University) |
|
| E332 | Investigation of the Relationship Between Chemical Structures and Self-Ignition Characteristics for Gasoline Component Hydrocarbons Using a High-Pressure Shock Tube. |
| | *Tsukasa Terasaka (Sophia University), Mizuki Aoki (Sophia University), Misato Miura (Sophia University), Kazuo Takahashi (Sophia University) |
|
| E333 | Investigations on oxidation and reactivity of NH3/CH4 mixtures by a micro flow reactor with a controlled temperature profile |
| | *Yuki Murakami (Tohoku University), Takuya Tezuka (Tohoku University), Hisashi Nakamura (Tohoku University) |
|