目的と対象分野
“International Journal for Fire Science and Technology”は、1981 年の創刊以来、東京理科大学火災科学研究所が独自に発行している“
火災”分野を対象とした審査付き研究論文集です。これまで内外の火災科学に関する研究成果を世界の多くの研究機関、大学等に向けて配信してきました。2007年以降は、J-STAGEから電子ジャーナルとしても公開されています。電子ジャーナル公開以降、世界各国からのアクセス数も常に増加傾向にあり、認知度も増しております。
我々の様々な活動記録や研究成果はこのジャーナルを通じて配信し、本学を火災科学分野の研究教育に関する国際的な情報発信機関とする活動の軸としています。
主な対象分野は以下の通りです。
燃焼工学（燃焼特性、不燃化）、火災物理・化学、伝熱工学、流体力学、火災制御（燃焼抑制、煙制御）、リスク工学、火災性状（火炎挙動、熱気流、区画火災）、消火、火災時の人間挙動、火災時の構造架構・部材の挙動、火災安全設計、都市火災等
AIMS AND SCOPE
International Journal for Fire Science and Technology is a global academic journal specializing in fire published by Center for Fire Safety and Technology, Tokyo University of Science since 1981. Through this journal, the center has distributed fire-associated information to research institutions and universities worldwide. The journal has been issued regularly since 2004 and became available online in 2007 via J-STAGE. The online journal has brought more visitors to the center’s website and gained recognition of the center. By reporting our activities and research outcomes thorough the journal, TUS seeks to function as the global center of fire science education and research.
Contributions will be welcome on combustion engineering (burning behavior, non-combustibility), fire physics and chemistry, heat transfer, fluid dynamics, fire control, smoke control, risk management, fire characteristics (flame behavior, fire plume, and compartment fire), fire suppression, human behavior in fire, fire resistance, behavior of structural frame and components in fire, fire safety design, and urban fire among others.
電子ジャーナル最新号 (Fire Science and Technology)
“Fire Tests on Unloaded HSSS Short Columns Protected by Intumescent Coating”
Jun Yan, Chao Zhang, Mamoru Kohno
“Air Pollution Caused by Wildfires and Chemistry of Cr(VI) and Radicals”
Sayaka Furumoto, Masaya Toyokita, Taiga Kimura, Atsuro Umi, Naoto Katahira, Tsuneichi Iida, Momoka Komura,
Yu Yoshida, Takashiro Akitsu
“Safety Perceptions of Transition Metal Elements and Their Potential Fire Relevance”
Takashiro Akitsu
“Measurement of Char Oxidation Rate of Larch Glue Laminated Timber”
Yukiko Chatani, Kazunori Harada
“Fire of Radio-Volatile RuO4 in Atomic Power Generation”
Hijiri Nishimura, Kousei Katsusima, Zonta Miyamoto, Shunki Sato, Touya Nakano, Takashiro Akitsu
“Using Artificial Intelligence to Predict Rail Transit Ventilation Shaft Smoke Re-circulation”
J. RNg, M.K.Cheong, L. W Lim, M.Thong, K.W Leong
“Environmental Impact of Mercury and Forest Fires and Factory Fire”
Chisato Hayashi, Yuto Suzuki, Ryo Hamashima, Hikaru Fukagawa,Yusuke Isono, Takato Seguchi,
Ryuichi Bessho, Takashiro Akitsu
“The Role of Presence or Absence of Knowledge Information in Chemical Industry Fires”
Takashiro Akitsu
“Chemical Fires Associated with Two Major Earthquakes in Japan”
Tsubasa Ishizaki, Dai Kamiyoshihara, Minami Saito, Masashi Shinkai, Kodai Nakamori, Tatsumi
Nabekawa, Atsuki Furukawa, Takashiro Akitsu
“Flame Retardant Waterborne Polyurethanes: Related Analytical Measurements”
Takashiro Akitsu, Akinori Honda, Yuya Higashi, Taiga Imae
“Modeling of Creep Behavior of High Strength Steel H-SA700 Columns at Elevated Temperature”
Quoc Tuan Phan, Mamoru Kohno, Yukio Murakami, Hoang Long Nguyen
“The Early History of the Cone Calorimeter”
Vyto Babrauskas
“Analysis of Texts of Fire Accidents in University Chemistry Experiments Using AI Text Mining”
Natsuki Date, Kohei Yokosuka, Takashiro Akitsu
“Risk of Fire and Health Hazards Due to Organic Solvents in Chemical Laboratories”
Soron Yamauchi, Shunsuke Aoki, Masayuki Mizuno, Takashiro Akitsu
“Environmental Chemistry Related to Forest Fires and Fire Extinguishers”
Soron Yamauchi, Ryuya Okubo, Hanae Ko, Kan Okada, Shizuya Saito, Momoka Hosoi, Shinichi Miki, Yuya Murakami, Masayuki Mizuno, Takashiro Akitsu
“Heat Release Rate Estimate of Goods-Vehicle Fire Using the Singapore Fire Test Programme”
M. K. Cheong, J. J. Lau, L. W Lim, M. Thong, K.W Leong
“Applicability of the Reflection Index of Respiration Based on Heart Rate Variability Analysis to Firefighting Activity”
Yushi Ito, Yasushi Oka, Yukihisa Kuriyama
“Fire at Notre Dame Cathedral and Lead Materials in the Environment”
Natsuki Date, Atoki Sato, Kazuya Takeuchi, Toshihiro Mori, Kohei Yokosuka, Yuki Ito, Kenta Shima,
Keigo Suzuki, Hideaki Taguchi,Tomohiro Chiyozaki, Kento Yanagawa, Tommy Kenji Giles, Takashiro
Akitsu
SUBMISSION OF PAPERS
Application form and your manuscript in WORD (.doc or .docx) should be submitted via E-mail to:firesat@rs.tus.ac.jp