工学研究
TECHNOLOGY REPORTS, KANAGAWA UNIVERSITY
ISSN-2433-5169
March 2023
No.6
TECHNOLOGY REPORTS, KANAGAWA UNIVERSITY
ISSN-2433-5169
March 2023
No.6
目 次
1．受賞研究の紹介
1 － 1 Journal of the Institute of Industrial Applications Engineers における Best Paper Award を受賞して ············································ 松本 光広·······1
1 － 2 2021 年度神奈川大学学術褒賞を受賞して ··············································································································· 松本 光広·······3
1 － 3 米国・パデュー大学 PRIMS 賞と個体学の提唱 ········································································································ 松井 正之·······5
2．工学部重要機器整備費関連研究
2 － 1 遺伝子組換え生物基礎教育機器を用いた生物活性物質の探索 ···················································································· 岡田 正弘·······7
2 － 2 機械式亀裂補修部品の面外曲げ疲労実験·································································································藤田 正則、中村 慎 ···· 11
2 － 3 宇宙線反粒子測定器 GAPS に用いる粒子飛行時間カウンタの開発
························································································ 清水 雄輝、黒川 祐樹、入江 優花、福家 英之、他 GAPS チーム····· 15
2 － 4 卓上型粉末Ｘ線回折装置を用いた物質構造解析 ······································································································ 松田 和之····· 19
3．私学助成関連研究
3 － 1 超伝導核磁気共鳴スペクトル測定装置 ECZ-400···································································································· 岡本 専太郎····· 23
4．工学研究所共同研究
4 － 1 硬脆材料のダイヤモンド工具によるレーザ援用微細切削加工
·······················································由井 明紀、中尾 陽一、楠山 純平、北嶋 孝之、鈴木 浩文、池野 順一、比田井 洋史····· 25
4 － 2 CNF 添加グリーンコンポジットフィラメントの成形とその応用
········································································· 松本 紘宜、竹村 兼一、喜多村 竜太、加藤木 秀章、高木 均、田中 達也····· 29
4 － 3 「柔らかい発光材料」の先駆開拓に向けた柔軟分子の特異な発光機構の解明
··································································································································· 高橋 明、橋本 征奈、岩倉 いずみ····· 34
4 － 4 体育館を対象とした継続使用性の判断方法に関する検討―振動特性とコンクリート基礎の損傷の関係―
··································································································白井 佑樹、島崎 和司、伊山 潤、涌井 将貴、荏本 孝久····· 38
5．工学研究所プロジェクト研究
5 － 1 町づくり研究所 2022 年度までの活動より
···································上野 正也、山家 京子、内田 青蔵、曽我部 昌史、中井 邦夫、六角 美瑠、須崎 文代、吉岡 寛之、
··································································································鈴木 成也、石田 敏明、重村 力、丸山 美紀、長谷川 明····· 43
5 － 2 方形導波管誘導性窓の等価回路に基づく解析―ステップ型不連続のモード整合法および点整合法による計算―
·························································································································································平岡 隆晴、許 瑞邦····· 45
5 － 3 ３パラメータ確率分布及び構造信頼性への応用 ···········································································陸 昱韜、蔡 嘉儀、趙 衍剛····· 49
5 － 4 “ 新たな低炭素エネルギー社会に対応した新型電池の開発（7）”
································································ 松本 太、池原 飛之、郡司 貴雄、大坂 武男、安東 信雄、森下 正典、田中 学····· 51
5 － 5 機械振動のエネルギー伝達特性に基づく解析··········································································· 山崎 徹、栗原 海、岩田 和朗····· 52
5 － 6 振動を用いたＤＮＡ増幅法 ································································································ 山口 栄雄、米田 征司、鈴木 温····· 53
5 － 7 パルスレーザー光を利用した反応開発および機構解析
································· 岩倉 いずみ、岡本 専太郎、赤井 昭二、岡田 繁、小林 孝嘉、岡村 幸太郎、橋本 征奈、籔下 篤史····· 54
5 － 8 企業ロボット研究の挑戦 ····································································································································· 石井 信明····· 56
5 － 9 給湯用熱源設備に関する長期実測 ················································································· 岩本 靜男、傳法谷 郁乃、児保 茂樹····· 58
5 － 10 不確定状況下でのプロジェクトマネジメント研究の挑戦 ························································································· 石井 信明····· 59
5 － 11 機械学習を用いた倒産予知モデルの研究 ········································································· 片桐 英樹、平井 裕久、松丸 正延····· 61
5 － 12 円筒空洞共振器摂動法による材料定数測定システムの開発（第 3 報）······································ 陳 春平、武田 重喜、穴田 哲夫····· 63
5 － 13 医療従事者用感染対策防護服に関する研究（３）··························································· 傳法谷 郁乃、内田 幸子、岩本 靜男····· 65
5 － 14 浸水被害を受けた木造住宅の事後対応・復旧に関する調査····································································田村 和夫、藤田 正則····· 66
1．受賞研究の紹介
1 － 1 Journal of the Institute of Industrial Applications Engineers における Best Paper Award を受賞して ············································ 松本 光広·······1
1 － 2 2021 年度神奈川大学学術褒賞を受賞して ··············································································································· 松本 光広·······3
1 － 3 米国・パデュー大学 PRIMS 賞と個体学の提唱 ········································································································ 松井 正之·······5
2．工学部重要機器整備費関連研究
2 － 1 遺伝子組換え生物基礎教育機器を用いた生物活性物質の探索 ···················································································· 岡田 正弘·······7
2 － 2 機械式亀裂補修部品の面外曲げ疲労実験·································································································藤田 正則、中村 慎 ···· 11
2 － 3 宇宙線反粒子測定器 GAPS に用いる粒子飛行時間カウンタの開発
························································································ 清水 雄輝、黒川 祐樹、入江 優花、福家 英之、他 GAPS チーム····· 15
2 － 4 卓上型粉末Ｘ線回折装置を用いた物質構造解析 ······································································································ 松田 和之····· 19
3．私学助成関連研究
3 － 1 超伝導核磁気共鳴スペクトル測定装置 ECZ-400···································································································· 岡本 専太郎····· 23
4．工学研究所共同研究
4 － 1 硬脆材料のダイヤモンド工具によるレーザ援用微細切削加工
·······················································由井 明紀、中尾 陽一、楠山 純平、北嶋 孝之、鈴木 浩文、池野 順一、比田井 洋史····· 25
4 － 2 CNF 添加グリーンコンポジットフィラメントの成形とその応用
········································································· 松本 紘宜、竹村 兼一、喜多村 竜太、加藤木 秀章、高木 均、田中 達也····· 29
4 － 3 「柔らかい発光材料」の先駆開拓に向けた柔軟分子の特異な発光機構の解明
··································································································································· 高橋 明、橋本 征奈、岩倉 いずみ····· 34
4 － 4 体育館を対象とした継続使用性の判断方法に関する検討―振動特性とコンクリート基礎の損傷の関係―
··································································································白井 佑樹、島崎 和司、伊山 潤、涌井 将貴、荏本 孝久····· 38
5．工学研究所プロジェクト研究
5 － 1 町づくり研究所 2022 年度までの活動より
···································上野 正也、山家 京子、内田 青蔵、曽我部 昌史、中井 邦夫、六角 美瑠、須崎 文代、吉岡 寛之、
··································································································鈴木 成也、石田 敏明、重村 力、丸山 美紀、長谷川 明····· 43
5 － 2 方形導波管誘導性窓の等価回路に基づく解析―ステップ型不連続のモード整合法および点整合法による計算―
·························································································································································平岡 隆晴、許 瑞邦····· 45
5 － 3 ３パラメータ確率分布及び構造信頼性への応用 ···········································································陸 昱韜、蔡 嘉儀、趙 衍剛····· 49
5 － 4 “ 新たな低炭素エネルギー社会に対応した新型電池の開発（7）”
································································ 松本 太、池原 飛之、郡司 貴雄、大坂 武男、安東 信雄、森下 正典、田中 学····· 51
5 － 5 機械振動のエネルギー伝達特性に基づく解析··········································································· 山崎 徹、栗原 海、岩田 和朗····· 52
5 － 6 振動を用いたＤＮＡ増幅法 ································································································ 山口 栄雄、米田 征司、鈴木 温····· 53
5 － 7 パルスレーザー光を利用した反応開発および機構解析
································· 岩倉 いずみ、岡本 専太郎、赤井 昭二、岡田 繁、小林 孝嘉、岡村 幸太郎、橋本 征奈、籔下 篤史····· 54
5 － 8 企業ロボット研究の挑戦 ····································································································································· 石井 信明····· 56
5 － 9 給湯用熱源設備に関する長期実測 ················································································· 岩本 靜男、傳法谷 郁乃、児保 茂樹····· 58
5 － 10 不確定状況下でのプロジェクトマネジメント研究の挑戦 ························································································· 石井 信明····· 59
5 － 11 機械学習を用いた倒産予知モデルの研究 ········································································· 片桐 英樹、平井 裕久、松丸 正延····· 61
5 － 12 円筒空洞共振器摂動法による材料定数測定システムの開発（第 3 報）······································ 陳 春平、武田 重喜、穴田 哲夫····· 63
5 － 13 医療従事者用感染対策防護服に関する研究（３）··························································· 傳法谷 郁乃、内田 幸子、岩本 靜男····· 65
5 － 14 浸水被害を受けた木造住宅の事後対応・復旧に関する調査····································································田村 和夫、藤田 正則····· 66
5 － 15 ナノ流体現象の機構解明とその応用：カーボンナノチューブによる水輸送
·····································································································客野 遥、松田 和之、小倉 宏斗、宮田 耕充、真庭 豊····· 68
5 － 16 天然繊維の高性能化を目指した連続処理プロセスの開発 ···················松本 紘宜、竹村 兼一、加藤木 秀章、高木 均、藤井 透····· 70
5 － 17 超精密加工機による機能表面の創成に関する研究
·····························································由井 明紀、中尾 陽一、楠山 純平、鈴木 浩文、太田 稔、滝田 好宏、榎本 眞三····· 72
5 － 18 第５，第６世代移動通信システムのための表面処理技術の開発 ································································松本 太、郡司 貴雄····· 74
5 － 19 歴史的・伝統的建築物の保存・活用技術の研究センター ················島崎 和司、内田 青蔵、花里 利一、白井 佑樹、佐藤 宏貴····· 76
5 － 20 新規光重合系の開発 ······················································································ 亀山 敦、岩倉 いずみ、高橋 明、宇都宮 伸····· 78
5 － 21 宇宙と地上と人をつなぐ社会実装拠点（2021)
··························· 高野 敦、喜多村 竜太、藤本 滋、髙橋 賢一、髙橋 晶世、正井 卓馬、植村 寧夫、堤 健児、國廣 愛彦····· 80
6．工学研究所テクノサークル活動
6 － 1 テクノサークル KURAFT 2021-22 シーズン報告 ········································································································· 山崎 徹····· 83
6 － 2 「神奈川大学宇宙ロケット部」活動報告（2021）·········································································································· 高野 敦····· 85
6 － 3 神奈川大学ロボットプロジェクト活動報告···························································································江上 正、大和田 晃平····· 87
6 － 4 2022 年度ものづくり・電子工作テクノサークル活動報告 ························································································· 土屋 健伸····· 89
7．工学通信
1．研究活動（2021 年 10 月～ 2022 年 9 月）···········································································································································A-1
2．講演会開催記録（2021 年 10 月～ 2022 年 9 月）······························································································································· A-39
3．研究分野紹介および 2021 年度博士論文・修士論文・卒業研究テーマ一覧 ··························································································· A-40
8．工学研究所 2021 年度（令和 3 年度）年次報告 ······························································································································ A-61
·····································································································客野 遥、松田 和之、小倉 宏斗、宮田 耕充、真庭 豊····· 68
5 － 16 天然繊維の高性能化を目指した連続処理プロセスの開発 ···················松本 紘宜、竹村 兼一、加藤木 秀章、高木 均、藤井 透····· 70
5 － 17 超精密加工機による機能表面の創成に関する研究
·····························································由井 明紀、中尾 陽一、楠山 純平、鈴木 浩文、太田 稔、滝田 好宏、榎本 眞三····· 72
5 － 18 第５，第６世代移動通信システムのための表面処理技術の開発 ································································松本 太、郡司 貴雄····· 74
5 － 19 歴史的・伝統的建築物の保存・活用技術の研究センター ················島崎 和司、内田 青蔵、花里 利一、白井 佑樹、佐藤 宏貴····· 76
5 － 20 新規光重合系の開発 ······················································································ 亀山 敦、岩倉 いずみ、高橋 明、宇都宮 伸····· 78
5 － 21 宇宙と地上と人をつなぐ社会実装拠点（2021)
··························· 高野 敦、喜多村 竜太、藤本 滋、髙橋 賢一、髙橋 晶世、正井 卓馬、植村 寧夫、堤 健児、國廣 愛彦····· 80
6．工学研究所テクノサークル活動
6 － 1 テクノサークル KURAFT 2021-22 シーズン報告 ········································································································· 山崎 徹····· 83
6 － 2 「神奈川大学宇宙ロケット部」活動報告（2021）·········································································································· 高野 敦····· 85
6 － 3 神奈川大学ロボットプロジェクト活動報告···························································································江上 正、大和田 晃平····· 87
6 － 4 2022 年度ものづくり・電子工作テクノサークル活動報告 ························································································· 土屋 健伸····· 89
7．工学通信
1．研究活動（2021 年 10 月～ 2022 年 9 月）···········································································································································A-1
2．講演会開催記録（2021 年 10 月～ 2022 年 9 月）······························································································································· A-39
3．研究分野紹介および 2021 年度博士論文・修士論文・卒業研究テーマ一覧 ··························································································· A-40
8．工学研究所 2021 年度（令和 3 年度）年次報告 ······························································································································ A-61
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