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7. Application of Detonation Waves to Rocket Engine Chamber

Author

Kasahara, Jiro, Kato, Yuichi, Ishihara, Kazuaki, Goto, Keisuke, Matsuoka, Ken, Matsuo, Akiko, Funaki, Ikkoh, Moriai, Hideki, Nakata, Daisuke, Higashino, Kazuyuki, Tanatsugu, Nobuhiro, Graham, Robert A., Founding editor, Ben-Dor, Gabi, Series editor, Lu, Frank K., Series editor, Thadhani, Naresh, Series editor, Davison, Lee, Honorary editor, Horie, Y., Honorary editor, Li, Jiun-Ming, editor, Teo, Chiang Juay, editor, Khoo, Boo Cheong, editor, Wang, Jian-Ping, editor, and Wang, Cheng, editor

Published
2018
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8. Cerebral Venous Sinus Thrombosis with Bilateral Optic Disc Swelling and Bilateral Sixth Nerve Palsies in the Absence of Headache: A Case Report.

Author

Nakata, Daisuke, Okada, Hiroshi, Ueoka, Koji, Shimada, Yoshiaki, Tanikawa, Atsuhiro, Horiguchi, Masayuki, and Ito, Yasuki

Subjects
*OPTIC disc, *CRANIAL sinuses, *VENOUS thrombosis, *SINUS thrombosis, *PARALYSIS, *NERVES
Abstract

Introduction: We report a case of cerebral venous sinus thrombosis (CVST) that presented with bilateral optic disc swelling and diplopia in the absence of headaches. Case Presentation: A 54-year-old woman with no relevant medical history presented with a 2-week history of diplopia and no loss of visual acuity in each eye. Eye movements revealed bilateral abduction deficits, and fundoscopic examination revealed bilateral optic disc swelling. Non-contrast computed tomography of the head showed no abnormalities. Magnetic resonance venography revealed the absence of flow in the superior sagittal and left transverse sinuses as a consequence of thrombosis. The patient was diagnosed with intracranial hypertension associated with abducens nerve palsies secondary to CVST and was initiated on anticoagulant therapy. CVST can lead to stroke even in younger individuals. Conclusion: CVST should be considered in differential diagnosis when bilateral papilledema and abducens nerve palsies are present, even in the absence of headache or other neurological findings. [ABSTRACT FROM AUTHOR]

Published
2024
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10. Hybrid Propulsion Technology Development in Japan for Economic Space Launch

Author

Shimada, Toru, Yuasa, Saburo, Nagata, Harunori, Aso, Shigeru, Nakagawa, Ichiro, Sawada, Keisuke, Hori, Keiichi, Kanazaki, Masahiro, Chiba, Kazuhisa, Sakurai, Takashi, Morita, Takakazu, Kitagawa, Koki, Wada, Yutaka, Nakata, Daisuke, Motoe, Mikiro, Funami, Yuki, Ozawa, Kohei, Usuki, Tomoaki, De Luca, Luigi T., editor, Shimada, Toru, editor, Sinditskii, Valery P., editor, and Calabro, Max, editor

Published
2017
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13. Flight Demonstration Experiment of Liquid Propellant Detonation Engine System Using Sounding Rocket S-520-34

Author

KASAHARA, Jiro, MATSUYAMA, Koichi, MATSUOKA, Ken, KAWASAKI, Akira, ITOUYAMA, Noboru, ISHIHARA, Kazuki, ITO, Shiro, NAKATA, Kotaro, SATO, Tomoki, MATSUO, Akiko, FUNAKI, Ikkoh, NAKATA, Daisuke, UCHIUMI, Masaharu, EGUCHI, Hikaru, HABU, Hiroto, ARAKAWA, Satoshi, MASUDA, Junichi, MAEHARA, Kenji, USUKI, Tomoaki, YAMADA, Kazuhiko, and NAKAO, Tatsuro

Subjects
Sounding Rocket Flight Experiment, Detonation, Rotating Detonation Engine, Pulse Detonation Engine
Abstract

第5回観測ロケットシンポジウム(2023年2月28日-3月1日. オンライン開催), 5th Sounding Rocket Symposium(February 28-March 1, 2023. Online Meeting), 著者人数: 21名, 資料番号: SA6000185021, レポート番号: Ⅲ-6

Published
2023

15. Flight Demonstration of Pulse Detonation Engine Using Sounding Rocket S-520-31 in Space

Author

Buyakofu, Valentin, primary, Matsuoka, Ken, additional, Matsuyama, Koichi, additional, Kawasaki, Akira, additional, Watanabe, Hiroaki, additional, Itouyama, Noboru, additional, Goto, Keisuke, additional, Ishihara, Kazuki, additional, Noda, Tomoyuki, additional, Kasahara, Jiro, additional, Matsuo, Akiko, additional, Funaki, Ikkoh, additional, Nakata, Daisuke, additional, Uchiumi, Masaharu, additional, Habu, Hiroto, additional, Takeuchi, Shinsuke, additional, Arakawa, Satoshi, additional, Masuda, Junichi, additional, Maehara, Kenji, additional, Nakao, Tatsuro, additional, and Yamada, Kazuhiko, additional

Published
2023
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16. Space Flight Demonstration of Rotating Detonation Engine Using Sounding Rocket S-520-31

Author

Goto, Keisuke, primary, Matsuoka, Ken, additional, Matsuyama, Koichi, additional, Kawasaki, Akira, additional, Watanabe, Hiroaki, additional, Itouyama, Noboru, additional, Ishihara, Kazuki, additional, Buyakofu, Valentin, additional, Noda, Tomoyuki, additional, Kasahara, Jiro, additional, Matsuo, Akiko, additional, Funaki, Ikkoh, additional, Nakata, Daisuke, additional, Uchiumi, Masaharu, additional, Habu, Hiroto, additional, Takeuchi, Shinsuke, additional, Arakawa, Satoshi, additional, Masuda, Junichi, additional, Maehara, Kenji, additional, Nakao, Tatsuro, additional, and Yamada, Kazuhiko, additional

Published
2023
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17. 自己加圧式ハイブリッドロケットの推力一定制御

Author

OKANO, Hiro, NAKATA, Daisuke, TADA, Takuya, EGUCHI, Hikaru, and UCHIUMI, Masaharu

Subjects
Throttling, Self pressurization, PID control, Hybrid rocket
Abstract

第5回ハイブリッドロケットシンポジウム(2023年2月14日. オンライン開催), 5th Hybrid Rocket Symposium(February 14, 2023. Online Meeting), 資料番号: SA6000186009, HR-2022-09

Published
2023

18. Development of Landing Experiment System using Rocket Sled

Author

EGUCHI, Hikaru, OKANO, Hiro, SHIBATA, Takuma, and NAKATA, Daisuke

Subjects
Landing, Reusable Rocket, Rocket Sled
Abstract

令和4年度宇宙輸送シンポジウム（2023年1月12日-13日. 宇宙航空研究開発機構宇宙科学研究所（JAXA)(ISAS)) , 相模原市, 神奈川県, Space Transportation Symposium FY2022 (January 12-13, 2023. Institute of Space and Astronautical Science, Japan Aerospace Exploration Agency (JAXA)(ISAS)), Sagamihara, Kanagawa Japan, The flight demonstration of reusable rockets requires landing technologies such as deceleration and descent by engine throttling and shock absorption by landing legs. To achieve these landing technologies, this study aims to create a landing and descent environment using a rocket sled for reusable rockets. In this paper, we describe the landing and descent environment that can be achieved with the proposed experimental system, and also describe its current development status., 資料番号: SA6000184018, STCP-2022-018

Published
2023

19. The Study on High-Precision Flow Rate Prediction for LOX/Ethanol Gas Generator

Author

NAMERA, Mio, FUJIURA, Akitomo, NAKAMURA, Yuta, NAKATA, Daisuke, EGUCHI, Hikaru, and UCHIUMI, Masaharu

Subjects
Throttling, Pressure Loss, Gas Generator, Flow Rate
Abstract

令和4年度宇宙輸送シンポジウム（2023年1月12日-13日. 宇宙航空研究開発機構宇宙科学研究所（JAXA)(ISAS)) , 相模原市, 神奈川県, Space Transportation Symposium FY2022 (January 12-13, 2023. Institute of Space and Astronautical Science, Japan Aerospace Exploration Agency (JAXA)(ISAS)), Sagamihara, Kanagawa Japan, In this paper, describe a method of prediction for gas generator throttled combustion tests. In addition to the conventional method, the injector Cd was set small based on past test results. As a result, the LOX flow rate error at 70% throttle was improved from 10% to 1.3%. In addition, for flight operation, the propellant orifice diameter was examined for the feed-line resistance of the control valves., 資料番号: SA6000184027, STCP-2022-027

Published
2023

20. Operational Characteristics and Performance Enhancement of DC Arcjet Thrusters: Use of Carbon Dioxide, Methane, Ammonia, Hydrogen, Helium, Air and Ice/Water etc. in Planets and Satellites in the Solar System to Propellants

Author

FURUTANI, Fuma, SASAI, Yui, IIBOSHI, Soma, SAWABE, Ataru, IKEMOTO, Ryo, TAHARA, Hirokazu, MOMOZAWA, Ai, NAKATA, Daisuke, TAKAO, Yoshiyuki, IKEDA, Tomoyuki, NOGAWA, Yuichiro, WAKIZONO, Takashi, and TOYAMA, Masaya

Abstract

令和4年度宇宙輸送シンポジウム（2023年1月12日-13日. 宇宙航空研究開発機構宇宙科学研究所（JAXA)(ISAS)) , 相模原市, 神奈川県, Space Transportation Symposium FY2022 (January 12-13, 2023. Institute of Space and Astronautical Science, Japan Aerospace Exploration Agency (JAXA)(ISAS)), Sagamihara, Kanagawa Japan, The direct-current (DC) arcjet thruster is one of electric propulsion for satellite attitude control and orbital transfer. Hydrazine is mainly used as the propellant because it can be used together with chemical thrusters. In this study, performance characteristics of a low-power (0.1-2.0 kW) anode-radiation-cooled arcjet thruster were measured using special gases of carbon dioxide, methane, ammonia and water as original materials in planets and satellites in the Solar System; that is, propellant can be supplied just on the planets and satellites of Moon, Mars and Jupiter Moons, although light gases of hydrazine and hydrogen are normally used with higher performance; argon and nitrogen are also used in basic experiments. Because the performances with carbon dioxide and methane were lower than that with the light gas of ammonia, the structure and operational condition should be examined to design a thruster suitable with acceptable performance for transportation in the Solar System. As for water propellant, steady-state operation was achieved with stable supply of vapor using a metal glow-plug heater or a new water-vaporing system, which was developed with a long, narrow passage and a large sheet-type heater., 著者人数: 13名, 資料番号: SA6000184067, STEP-2022-015

Published
2023

21. Operational Characteristics and Performance Enhancement of Steady-State MPD Thrusters by Using Original Materials in Planets and Satellites in the Solar System to Propellants

Author

MORI, Daiki, NANRI, Yuta, SHIBAIKE, Yuki, NITTA, Naoyuki, YOSHIDA, Ayano, TAHARA, Hirokazu, MOMOZAWA, Ai, NAKATA, Daisuke, TAKAO, Yoshiyuki, IKEDA, Tomoyuki, WAKIZONO, Takashi, and TOYAMA, Masaya

Abstract

令和4年度宇宙輸送シンポジウム（2023年1月12日-13日. 宇宙航空研究開発機構宇宙科学研究所（JAXA)(ISAS)) , 相模原市, 神奈川県, Space Transportation Symposium FY2022 (January 12-13, 2023. Institute of Space and Astronautical Science, Japan Aerospace Exploration Agency (JAXA)(ISAS)), Sagamihara, Kanagawa Japan, Magneto-Plasma-Dynamic (MPD) thrusters have been investigated in Osaka Sangyo University. The purpose of this study is to develop a practical MPD thruster system for future transportation among planets and satellites in the Solar System, especially for manned Mars exploration as one of the In-Space Transportation & Propulsion Project in collaboration with the Japan Aerospace eXploration Agency (JAXA). A magnetic field is applied to an MPD thruster by using permanent magnets of samarium cobalt (SmCo) magnets. In this study, performance characteristics were measured using special gases of carbon dioxide, methane and ammonia as original materials in planets and satellites in the Solar System; that is, propellant can be supplied just on the planets and satellites of Moon, Mars and Jupiter Moons; argon and nitrogen also used in basic experiments. Because operations with carbon dioxide and methane were slightly unstable compared with cases with other gases, the structure and operational condition should be examined to design a thruster suitable for transportation in the Solar System. Accordingly, the highest specific impulses of 444 and 560 sec, respectively, were obtain with CO2 and CH4 with 0.157 T although deposition of carbon was observed on the surface of the anode constrictor. Furthermore, a high performance with 5 mg/s of NH3 at 1.0 kW was a thrust of 60 mN, a specific impulse of 1,500 s and a thrust efficiency of 30.0% with 0.157 T. In high-power operation, a performance with 60 mg/s of NH3 at 6.75 kW was a thrust of 478 mN, a specific impulse of 810 s and a thrust efficiency of 19.0% with 0.157 T., 著者の誤記: Daisuke Tanaka, 著者人数: 12名, 資料番号: SA6000184075, STEP-2022-023

Published
2023

22. Combustion chamber temperature distribution of Gas Generator for GG-ATR engine

Author

FUJIURA, Akitomo, NAMERA, Mio, NAKAMURA, Yuta, NAKATA, Daisuke, EGUCHI, Hikaru, and UCHIUMI, Masaharu

Subjects
Temperature Distribution, GG-ATR Engine, Gas Generator (GG), Temperature Equalization
Abstract

令和4年度宇宙輸送シンポジウム（2023年1月12日-13日. 宇宙航空研究開発機構宇宙科学研究所（JAXA)(ISAS)) , 相模原市, 神奈川県, Space Transportation Symposium FY2022 (January 12-13, 2023. Institute of Space and Astronautical Science, Japan Aerospace Exploration Agency (JAXA)(ISAS)), Sagamihara, Kanagawa Japan, Muroran Institute of Technology is conducting research and development of a Gas Generator Cycle Air Turbo Ramjet (GG-ATR) Engine as a propulsion system for small unmanned supersonic aircraft. A temperature deviation exists inside the combustion chamber of the gas generator installed in this engine. Therefore, we installed elbows, which are known to be effective in improving temperature distribution to confirm the temperature uniformity effect of the elbows. As a result, it was confirmed that the elbow improved the combustion gas temperature by 630K., 資料番号: SA6000184028, STCP-2022-028

Published
2023

24. Application of Detonation Waves to Rocket Engine Chamber

Author

Kasahara, Jiro, primary, Kato, Yuichi, additional, Ishihara, Kazuaki, additional, Goto, Keisuke, additional, Matsuoka, Ken, additional, Matsuo, Akiko, additional, Funaki, Ikkoh, additional, Moriai, Hideki, additional, Nakata, Daisuke, additional, Higashino, Kazuyuki, additional, and Tanatsugu, Nobuhiro, additional

Published
2017
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29. 観測ロケットS-520 31号機プロジェクト デトネーションエンジンシステムの宇宙動作実証結果

Author

ITOUYAMA, Noboru, KASAHARA, Jiro, MATSUYAMA, Koichi, MATSUOKA, Ken, KAWASAKI, Akira, WATANABE, Hiroaki, GOTO, Keisuke, BUYAKOFU, Valentin, ISHIHARA, Kazuki, AKIMOTO, Yuki, NODA, Tomoyuki, MATSUO, Akiko, FUNAKI, Ikkoh, NAKATA, Daisuke, UCHIUMI, Masaharu, HABU, Hiroto, TAKEUCHI, Shinsuke, ARAKAWA, Satoshi, MASUDA, Junichi, MAEHARA, Kenji, YAMADA, Kazuhiko, and NAKAO, Tatsuro

Abstract

第4回観測ロケットシンポジウム（2022年3月14-15日. ハイブリッド開催（JAXA相模原キャンパス& オンライン）), 4th Sounding Rocket Symposium(March 14-15, 2022. Hybrid(in-person & online) Conference (Institute of Space and Astronautical Science, Japan Aerospace Exploration Agency (JAXA)(ISAS)), Sagamihara, Kanagawa Japan, 著者人数: 22名, 資料番号: SA6000175001, レポート番号: Ⅰ-1

Published
2022

30. Flight Demonstration Experiment of Liquid Propellant Detonation Engine System Using Sounding Rocket S-520

Author

KASAHARA, Jiro, MATSUYAMA, Koichi, MATSUOKA, Ken, KAWASAKI, Akira, WATANABE, Hiroaki, ITOUYAMA, Noboru, GOTO, Keisuke, ISHIHARA, Kazuki, ITO, Shiro, NAKATA, Kotaro, SATO, Tomoki, MATSUO, Akiko, FUNAKI, Ikkoh, NAKATA, Daisuke, UCHIUMI, Masaharu, HABU, Hiroto, TAKEUCHI, Shinsuke, ARAKAWA, Satoshi, MASUDA, Junichi, MAEHARA, Kenji, YAMADA, Kazuhiko, and NAKAO, Tatsuro

Subjects
Sounding Rocket Flight Experiment, Detonation, Rotating Detonation Engine, Pulse Detonation Engine
Abstract

第4回観測ロケットシンポジウム（2022年3月14-15日. ハイブリッド開催（JAXA相模原キャンパス& オンライン）), 4th Sounding Rocket Symposium(March 14-15, 2022. Hybrid(in-person & online) Conference (Institute of Space and Astronautical Science, Japan Aerospace Exploration Agency (JAXA)(ISAS)), Sagamihara, Kanagawa Japan, 著者人数: 22名, 資料番号: SA6000175011, レポート番号: Ⅱ-6

Published
2022

31. Development of an S-Shaped Pulse Detonation Engine for a Sounding Rocket

Author

Buyakofu, Valentin, primary, Matsuoka, Ken, additional, Matsuyama, Koichi, additional, Kawasaki, Akira, additional, Watanabe, Hiroaki, additional, Itouyama, Noboru, additional, Goto, Keisuke, additional, Ishihara, Kazuki, additional, Noda, Tomoyuki, additional, Kasahara, Jiro, additional, Matsuo, Akiko, additional, Funaki, Ikkoh, additional, Nakata, Daisuke, additional, Uchiumi, Masaharu, additional, Habu, Hiroto, additional, Takeuchi, Shinsuke, additional, Arakawa, Satoshi, additional, Masuda, Junichi, additional, and Maehara, Kenji, additional

Published
2022
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32. Development of Visualization System for Fuel Regression of Paraffin Wax in Acceleration Environments

Author

NEKI, Tomoya, OZAWA, Kohei, TSUBOI, Nobuyuki, NAKATA, Daisuke, UCHIUMI, Masaharu, and YASUDA, Kazuki

Subjects
Acceleration environment, Regression rate, Hybrid rocket, Wax fuel, Rocket sled
Abstract

第4回ハイブリッドロケットシンポジウム(2022年2月14日. オンライン開催), 4th Hybrid Rocket Symposium(February 14, 2022. Online Meeting), 資料番号: SA6000171015, HR-2021-15

Published
2022

33. PID Throttle Control of Self-pressurized Hybrid Rocket Engine

Author

YAMAGISHI, Kohki, NAKATA, Daisuke, YASUDA, Kazuki, SHIINA, Tatsuhiko, ANG, YiYong, TADA, Takuya, HASHIMOTO, Yuma, EGUCHI, Hikaru, and UCHIUMI, Masaharu

Subjects
PID controlle, Self-pressurization, Throttling, Hybrid Rocket, Thrust control
Abstract

第4回ハイブリッドロケットシンポジウム(2022年2月14日. オンライン開催), 4th Hybrid Rocket Symposium(February 14, 2022. Online Meeting), 資料番号: SA6000171010, HR-2021-10

Published
2022

34. Surface Temperature Distribution of LOX/LH2 Gas Generator for ATRIUM Engine

Author

FUJIURA, Akitomo, NAMERA, Mio, SUMIYOSHI, Masaya, NAKATA, Daisuke, UCHIUMI, Masaharu, EGUCHI, Hikaru, KONDO, Shoichiro, BANNO, Yuya, FUKUZAKI, Toshiya, KINEFUCHI, Kiyoshi, MANAKO, Hiroyasu, SAKAMOTO, Yuki, MARU, Yusuke, KOBAYASHI, Hiroaki, TOKUDOME, Shinichiro, and YAGISHITA, Tsuyoshi

Subjects
ATRIUM Engine, Thermography, Surface Temperature, Gas Generator (GG)
Abstract

令和3年度宇宙輸送シンポジウム（2022年1月13日-14日. オンライン開催), Space Transportation Symposium FY2021 (January 13-14, 2022. Online Meeting), 著者人数: 16名, 資料番号: SA6000173015, STCP-2021-015

Published
2022

35. Throttling Fire Test of a LOX/Ethanol Gas Generator for the GG-ATR Engine

Author

SUMIYOSHI, Masaya, NAMERA, Mio, FUJITA, Akitomo, NAKATA, Daisuke, EGUCHI, Hikaru, and UCHIUMI, Masaharu

Abstract

令和3年度宇宙輸送シンポジウム（2022年1月13日-14日. オンライン開催), Space Transportation Symposium FY2021 (January 13-14, 2022. Online Meeting), 資料番号: SA6000173017, STCP-2021-017

Published
2022

36. Throttling Firing Test of LOX/LH2 Gas Generator for ATRIUM Airbreathing Engine

Author

KONDO, Shoichiro, FUKUZAKI, Toshiya, BANNO, Yuya, KINEFUCHI, Kiyoshi, FUJIURA, Akitomo, NAMERA, Mio, NAKATA, Daisuke, MANAKO, Hiroyasu, TOKUDOME, Shinichiro, KOBAYASHI, Hiroaki, SAKAMOTO, Yuki, and MARU, Yusuke

Abstract

令和3年度宇宙輸送シンポジウム（2022年1月13日-14日. オンライン開催), Space Transportation Symposium FY2021 (January 13-14, 2022. Online Meeting), 著者人数: 12名, 資料番号: SA6000173016, STCP-2021-016

Published
2022

37. 太陽系惑星・衛星に存在する物資を推進剤に用いた定常作動型MPDスラスタの性能測定

Author

YOSHIDA, Ayano, IKEMOTO, Ryo, MORI, Daiki, NANRI, Yuta, TAHARA, Hirokazu, MOMOZAWA, Ai, NAKATA, Daisuke, TAKAO, Yoshiyuki, IKEDA, Tomoyuki, WAKIZONO, Takashi, and TOYAMA, Masaya

Abstract

令和3年度宇宙輸送シンポジウム（2022年1月13日-14日. オンライン開催), Space Transportation Symposium FY2021 (January 13-14, 2022. Online Meeting), 著者人数: 11名, 資料番号: SA6000173059, STEP-2021-020

Published
2022

38. S-520-31号機によるデトネーションエンジンシステムの宇宙実験 －設計・試験・運用の概要－

Author

KAWASAKI, Akira, MATSUYAMA, Koichi, MATSUOKA, Ken, ITOUYAMA, Noboru, WATANABE, Hiroaki, GOTO, Keisuke, ISHIHARA, Kazuki, BUYAKOFU, Valentin, NODA, Tomoyuki, KASAHARA, Jiro, MATSUO, AKiko, FUNAKI, Ikkoh, NAKATA, Daisuke, UCHIUMI, Masaharu, HABU, Hiroto, TAKEUCHI, Shinsuke, ARAKAWA, Satoshi, MASUDA, Junichi, MAEHARA, Kenji, YAMADA, Kazuhiko, and NAKAO, Tatsuro

Abstract

令和3年度宇宙輸送シンポジウム（2022年1月13日-14日. オンライン開催), Space Transportation Symposium FY2021 (January 13-14, 2022. Online Meeting), 著者人数: 21名, 資料番号: SA6000173021, STCP-2021-021

Published
2022

39. S-520-31号機によるデトネーションエンジンシステムの宇宙実験 －実験結果報告とサクセスクライテリア評価－

Author

ITOUYAMA, Noboru, MATSUYAMA, Koichi, MATSUOKA, Ken, KAWASAKI, Akira, WATANABE, Hiroaki, GOTO, Keisuke, ISHIHARA, Kazuki, BUYAKOFU, Valentin, NODA, Tomoyuki, KASAHARA, Jiro, MATSUO, AKiko, FUNAKI, Ikkoh, NAKATA, Daisuke, UCHIUMI, Masaharu, HABU, Hiroto, TAKEUCHI, Shinsuke, ARAKAWA, Satoshi, MASUDA, Junichi, MAEHARA, Kenji, YAMADA, Kazuhiko, and NAKAO, Tatsuro

Abstract

令和3年度宇宙輸送シンポジウム（2022年1月13日-14日. オンライン開催), Space Transportation Symposium FY2021 (January 13-14, 2022. Online Meeting), 著者人数: 21名, 資料番号: SA6000173022, STCP-2021-022

Published
2022

40. ロケットスレッド実験におけるシステムインターフェース

Author

NAKATA, Daisuke, YASUDA, Kazuki, SHINA, Tatsuhiko, ANG, YiYong, YAMAGISHI, Koki, TADA, Takuya, HASHIMOTO, Yuma, EGUCHI, Hikaru, and UCHIUMI, Masaharu

Abstract

令和3年度宇宙輸送シンポジウム（2022年1月13日-14日. オンライン開催), Space Transportation Symposium FY2021 (January 13-14, 2022. Online Meeting), 資料番号: SA6000173039, STCP-2021-040

Published
2022

41. ATRIUMエンジンの研究開発状況

Author

RICHARDSON, Matthew, KOBAYASHI, Hiroaki, MARU, Yusuke, TOKUDOME, Shinichiro, SAWAI, Shujiro, MASAKI, Daisaku, YAMASHIRO, Ryoma, YAGISHITA, Tsuyoshi, KAGA, Toru, TAKADA, Satoshi, KAKUDO, Hiromitsu, SAKAMOTO, Yuki, UCHIUMI, Masaharu, NAKATA, Daisuke, TAKEDA, Yoichi, MANAKO, Hiroyasu, KINEFUCHI, Kiyoshi, FUKIBA, Katsuyoshi, and SATO, Tetsuya

Abstract

令和3年度宇宙輸送シンポジウム（2022年1月13日-14日. オンライン開催), Space Transportation Symposium FY2021 (January 13-14, 2022. Online Meeting), 著者人数: 19名, 資料番号: SA6000173013, STCP-2021-013

Published
2022

43. Performance Measurement of DC Arcjet Thrusters -Use of Carbon Dioxide, Methane, Ammonia, Hydrogen, Helium, Air and Ice/Water etc. in Planets and Satellites in the Solar System to Propellants

Author

KAJI, Kentaro, SHIBUTANI, Kazuki, SASAI, Yui, FURUTANI, Fuma, TAHARA, Hirokazu, MOMOZAWA, Ai, NAKATA, Daisuke, TAKAO, Yoshiyuki, IKEDA, Tomoyuki, NOGAWA, Yuichiro, WAKIZONO, Takashi, and TOYAMA, Masaya

Abstract

令和3年度宇宙輸送シンポジウム（2022年1月13日-14日. オンライン開催), Space Transportation Symposium FY2021 (January 13-14, 2022. Online Meeting), 著者人数: 12名, 資料番号: SA6000173058, STEP-2021-019

Published
2022

44. Flight Demonstration of Detonation Engine System Using Sounding Rocket S-520-31: Flight Path and Attitude

Author

Watanabe, Hiroaki, primary, Matsuyama, Koichi, additional, Matsuoka, Ken, additional, Kawasaki, Akira, additional, Itouyama, Noboru, additional, Goto, Keisuke, additional, Ishihara, Kazuki, additional, Buyakofu, Valentin, additional, Noda, Tomoyuki, additional, Ito, Shiro, additional, Kasahara, Jiro, additional, Matsuo, Akiko, additional, Funaki, Ikkoh, additional, Nakata, Daisuke, additional, Uchiumi, Masaharu, additional, Habu, Hiroto, additional, Takeuchi, Shinsuke, additional, Arakawa, Satoshi, additional, Masuda, Junichi, additional, Maehara, Kenji, additional, Nakao, Tatsuro, additional, and Yamada, Kazuhiko, additional

Published
2022
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45. Flight Demonstration of Detonation Engine System Using Sounding Rocket S-520-31: History from Development to Flight

Author

Itouyama, Noboru, primary, Matsuyama, Koichi, additional, Matsuoka, Ken, additional, Kawasaki, Akira, additional, Watanabe, Hiroaki, additional, Goto, Keisuke, additional, Ishihara, Kazuki, additional, Buyakofu, Valentin, additional, Noda, Tomoyuki, additional, Kasahara, Jiro, additional, Matsuo, Akiko, additional, Nakata, Daisuke, additional, Uchiumi, Masaharu, additional, Funaki, Ikkoh, additional, Habu, Hiroto, additional, Takeuchi, Shinsuke, additional, Arakawa, Satoshi, additional, Masuda, Junichi, additional, Maehara, Kenji, additional, Nakao, Tatsuro, additional, and Yamada, Kazuhiko, additional

Published
2022
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46. Flight Demonstration of Detonation Engine System Using Sounding Rocket S-520-31: Performance of Rotating Detonation Engine

Author

Goto, Keisuke, primary, Matsuoka, Ken, additional, Matsuyama, Koichi, additional, Kawasaki, Akira, additional, Watanabe, Hiroaki, additional, Itouyama, Noboru, additional, Ishihara, Kazuki, additional, Buyakofu, Valentin, additional, Noda, Tomoyuki, additional, Kasahara, Jiro, additional, Matsuo, Akiko, additional, Funaki, Ikkoh, additional, Nakata, Daisuke, additional, Uchiumi, Masaharu, additional, Habu, Hiroto, additional, Takeuchi, Shinsuke, additional, Arakawa, Satoshi, additional, Masuda, Junichi, additional, Maehara, Kenji, additional, Nakao, Tatsuro, additional, and Yamada, Kazuhiko, additional

Published
2022
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47. Flight Demonstration of Detonation Engine System Using Sounding Rocket S-520-31: System Design

Author

Kawasaki, Akira, primary, Matsuyama, Koichi, additional, Matsuoka, Ken, additional, Watanabe, Hiroaki, additional, Itouyama, Noboru, additional, Goto, Keisuke, additional, Ishihara, Kazuki, additional, Buyakofu, Valentin, additional, Noda, Tomoyuki, additional, Kasahara, Jiro, additional, Matsuo, Akiko, additional, Funaki, Ikkoh, additional, Nakata, Daisuke, additional, Uchiumi, Masaharu, additional, Habu, Hiroto, additional, Takeuchi, Shinsuke, additional, Arakawa, Satoshi, additional, Masuda, Junichi, additional, Maehara, Kenji, additional, Nakao, Tatsuro, additional, and Yamada, Kazuhiko, additional

Published
2022
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48. Flight Demonstration of Detonation Engine System Using Sounding Rocket S-520-31: Performance of Pulse Detonation Engine

Author

Buyakofu, Valentin, primary, Matsuoka, Ken, additional, Matsuyama, Koichi, additional, Goto, Keisuke, additional, Kawasaki, Akira, additional, Watanabe, Hiroaki, additional, Itouyama, Noboru, additional, Ishihara, Kazuki, additional, Noda, Tomoyuki, additional, Kasahara, Jiro, additional, Matsuo, Akiko, additional, Funaki, Ikkoh, additional, Nakata, Daisuke, additional, Uchiumi, Masaharu, additional, Habu, Hiroto, additional, Takeuchi, Shinsuke, additional, Arakawa, Satoshi, additional, Masuda, Junichi, additional, Maehara, Kenji, additional, Nakao, Tatsuro, additional, and Yamada, Kazuhiko, additional

Published
2022
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49. Roxadustat enhances exercise performance in female mice

Author

Shinichi, Sawada, primary, En, Shota, additional, Sugano, Atsunobu, additional, Yamada, Yukika, additional, Mori, Ayami, additional, Ishida, Yoshiyuki, additional, Nakata, Daisuke, additional, Terao, Keiji, additional, and Iba, Yoshinori, additional

Published
2022
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50. Aeroacoustics of Hybrid Rockets

Author

Nakamura, Shintaro, primary, Araki, Mikiya, additional, González Palencia, Juan C., additional, Yamagishi, Koki, additional, Yasuda, Kazuki, additional, Nakata, Daisuke, additional, and Uchiumi, Masaharu, additional

Published
2022
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