業績(Achievement)

 
卒業生の就職先・進学先(Career)
山形大学大学院、東北大学大学院、

東北電力、地方公務員、スズキ、富士重工、ニプロ 、いすゞ自動車、加藤製作所、山下工業、日本電産サンキョー、AGCディスプレイグラス米沢、第一屋製パン、米沢放電工業、損害保険ジャパン、SUS、ヤマダ、太平エンジニアリング、SMC、テクノエイド、紀の川商事、太平電業、新明和工業、(独)鉄道建設・運輸施設整備支援機構、中嶋製作所、酉島製作所、三井造船、三葉製作所、荏原製作所、日立建機、芦野工業、
学会発表/Oral or Poster Presentation
(1) “異なる含水率における形状記憶ゲルの熱伝導率,比熱容量,熱拡散率”,赤松正人,面川一畝,古川英光,山野光裕,化学工学会第82年会, D309 p.1〔2017.3.6-8, 芝浦工業大学豊洲キャンパス〕
(2) “形状記憶ゲルの熱物性測定”,面川一畝, 赤松正人,古川英光,山野光裕,第37回日本熱物性シンポジウム, A112 pp.1-3〔2016.11.28-30, 岡山国際交流センター〕
(3) “三次元数値解析によるAl2O3-水ナノフルードの自然対流熱伝達特性の解明”,赤松正人,亀山拓人,蓬田裕己,岩本光生,尾添紘之,日本機械学会2016年度年次大会,pp.1-5〔2016.9.11-14, 九州大学伊都キャンパス〕
(4) “円管内におけるAl2O3-水ナノフルードの層流強制対流熱伝達”,赤松正人,小林雄大,安原薫,日本冷凍空調学会年次大会,pp.1-6〔2016.9.6-9, 神戸大学〕
(5) “竪型円筒容器内におけるAl2O3-水ナノフルードの自然対流”,赤松正人,亀山拓人,蓬田裕己,岩本光生,尾添紘之,第53回日本伝熱シンポジウム,pp.1-7〔2016.5.24-26, グランキューブ大阪〕
(6) “実験相関式に基づく熱物性値を用いたAl2O3―水ナノフルードの自然対流熱伝達に関する数値解析”,亀山拓人, 赤松正人, 日本機械学会東北支部第51期総会・講演会, USBメモリ講演論文集, pp.1-2〔2016.3.11, 東北大学工学部〕
(7) “含水率が形状記憶ゲルの熱物性に及ぼす影響”, 宍戸太郎, 赤松正人,古川英光,山野光裕,日本機械学会東北支部第51期総会・講演会, USBメモリ講演論文集, pp.1-2〔2016.3.11, 東北大学工学部〕
(8) “Al2O3-水ナノ流体における円管内強制層流対流熱伝達”,小林雄大, 赤松正人,日本機械学会東北支部第51期総会・講演会, USBメモリ講演論文集, pp.1-2〔2016.3.11, 東北大学工学部〕
(9) “MUSCL法を用いた散乱吸収媒体における反射率と透過率の数値解析的予測”,針生優希, 赤松正人,日本機械学会東北支部第51期総会・講演会, USBメモリ講演論文集, pp.1-2〔2016.3.11, 東北大学工学部〕
(10) “推算式に基づく熱物性値を用いたAl2O3-水ナノフルードの自然対流熱伝達に関する数値解析”,蓬田裕己, 赤松正人,日本機械学会東北支部第51期総会・講演会, USBメモリ講演論文集, pp.1-2〔2016.3.11, 東北大学工学部〕
(11) “拡散照射下における散乱吸収媒体の反射率と透過率”,澤田健矢, 赤松正人,日本機械学会東北支部第51期総会・講演会, USBメモリ講演論文集, pp.1-2〔2016.3.11, 東北大学工学部〕
(12) “点接触式温度プローブによる形状記憶ゲルの熱3定数の測定”,宍戸太郎, 赤松正人, 山野光裕,古川英光,東北学生会第46回学生員卒業研究発表講演会, USBメモリ講演論文集, pp.1-2〔2016.3.4, 福島大学〕
(13) “極短パルスレーザーにさらされた3次元散乱吸収媒体中のふく射応答の過渡予測”,松島竜也, 赤松正人, 日本機械学会東北支部第50期総会・講演会, USBメモリ講演論文集, pp.1-2〔2015.3.13, 東北大学工学部〕
(14) “熱物性テスターによる形状記憶ゲルの比熱容量測定”,河野義和, 板垣瑛紘,赤松正人, 日本機械学会東北支部第50期総会・講演会, USBメモリ講演論文集, pp.1-2〔2015.3.13, 東北大学工学部〕
(15) “透明形状記憶ゲルの熱伝導率の温度依存性”,高橋慎太郎, 工藤智成,赤松正人, 日本機械学会東北支部第50期総会・講演会, USBメモリ 講演論文集, pp.1-2〔2015.3.13, 東北大学工学部〕
(16) “形状記憶ゲルの熱拡散率”,佐々木進太郎, 中谷佳巨,赤松正人, 日本機械学会東北支部第50期総会・講演会, USBメモリ講演論文集, pp.1-2〔2015.3.13, 東北大学工学部〕
(17) “重力場と無重力場において円管の中で誘起された磁気熱風の熱流体力学特性”,沖津卓, 赤松正人, 第51回日本伝熱シンポジウム, CD-ROM 講演論文集, pp.1-2〔2014.5.21-5.23, 浜松〕
(18) “コリメート連続パルス光にさらされた不均質媒体中の超高速ふく射特性”,針生優希, 赤松正人, 第44回学生員卒業研究発表講演会,pp.203-204(C-29)〔2014.3 山形大学工学部〕
(19) “コリメート連続パルス照射下における異質物が埋め込まれた三次元媒体中の過渡ふく射特性”, 蓬田裕己希, 赤松正人, 第44回学生員卒業研究発表講演会,pp.197-198(C-26)〔2014.3 山形大学工学部〕
(20) “電流-磁場印加がCz法融液速度変動に及ぼす影響に関する研究”, 小田奨, 佐藤大樹, 吉兼憲一, 小宮健太郎, 赤松正人, 齋藤晋一, 岩本光生,化学工学会第45回秋季大会,K108, pp.1〔2013.9 岡山〕
(21) “回転磁場印加がCz法融液速度変動に及ぼす影響に関する研究”,佐藤大樹, 小田奨, 阿部雄太, 小宮健太郎, 赤松正人, 齋藤晋一, 岩本光生,化学工学会第45回秋季大会,K109, pp.1〔2013.9 岡山〕
(22) “回転磁場印加によるCz法融液流動制御効果の超音波ドップラー法による測定”,佐藤大樹,小田 奨,阿部雄太,小宮健太郎,赤松正人,齋藤晋一,岩本光生,第24回九州地区若手ケミカルエンジニア討論会,p.10〔2013.7.26-27, 別府〕
(23) “コリメートレーザー光にさらされた異質生体組織中のふく射輸送解析”,佐藤一樹,赤松正人,第50回日本伝熱シンポジウム, Vol.Ⅱ+Ⅲ, pp.442-443〔2013.5.29-5.31, 仙台〕
(24) “コリメート連続パルスレーザー光にさらされた不均質媒体中のふく射輸送特性”,松島竜也,赤松正人,第50回日本伝熱シンポジウム, Vol. Ⅱ+Ⅲ, pp.444-445〔2013.5.29-5.31, 仙台〕
(25) “無重力場における空気の磁気熱対流の熱伝達特性”,沖津卓,赤松正人,第50回日本伝熱シンポジウム, Vol. Ⅱ+Ⅲ, pp.482-483〔2013.5.29-5.31, 仙台〕
(26) “癌細胞を模擬した生物細胞組織中の光伝播特性の解明”,佐藤一樹,赤松正人,第15回化学工学会学生発表会, p.67〔2013.3.2,山形大学工学部〕
(27) “連続パルス光が照射された不均質媒体中のふく射強度解析”,松島竜也,赤松正人,第15回化学工学会学生発表会, p.85〔2013.3.2,山形大学工学部〕
(28) “無重力場における磁気空気熱対流の熱伝達率評価”,沖津卓,赤松正人,第15回化学工学会学生発表会, p.87〔2013.3.2,山形大学工学部〕
(29) “Rayleigh-Benard磁気空気対流の熱伝達特性”,吉田雄介,赤松正人,第15回化学工学会学生発表会, p.93〔2013.3.2,山形大学工学部〕
(30) “電流-磁場印加Cz法におけるルツボ内対流に関する研究”, 小田奨, 佐藤大樹, 立川能成, 赤松正人, 齋藤晋一, 岩本光生,化学工学会第44秋季大会,T118, p. 1〔2012.9仙台〕
(31) “超音波ドップラー法を用いた回転磁場印加Cz法融液対流の測定”,佐藤大樹, 入山哲郎, 小宮健太郎, 赤松正人, 齋藤晋一, 岩本光生,化学工学会第44秋季大会,T116, p. 1〔2012.9 仙台〕
(32) “回転磁場下におけるCz法融液対流の数値解析的研究”, 入山 哲郎, 小田 奨, 赤松 正人, 齋藤 晋一, 岩本 光生,化学工学会第44秋季大会,T117, p. 1〔2012.9 仙台〕
(33) “入力補償型示差走査熱量計による温度範囲304-574Kにおけるアルメルの比熱容量測定”,大坂育央,赤松正人,日本機械学会東北支部第47期講演会, pp.154-155〔2012.3.13, 東北大学工学部〕
(34) “重力場と無重力場における薄い密閉円筒容器内の空気の磁気熱対流”,池田理宗,赤松正人,日本機械学会東北支部第47期秋季講演会, pp.242-243〔2011.9.22, 山形大学工学部〕
(35) “示差走査熱量計による温度範囲304-574Kにおけるコンスタンタンの比熱容量測定”,岸純希,小関雄太,赤松正人,日本機械学会東北支部第47期秋季講演会, pp. 244-245〔2011.9.22, 山形大学工学部〕
(36) “薄い密閉円筒容器内における密度成層空気に対する磁気力の効果”,佐々木一仕,池田理宗,赤松正人,第24回数値流体力学シンポジウム, CFD24講演予稿週フラッシュメモリ(A4サイズ3頁),〔2010.12.20-12.22, 慶應義塾大学日吉キャンパス〕
(37) “薄い密閉円筒容器内における空気のBenard対流に対する磁気力の効果”,本間空,大坂育央,赤松正人,第24回数値流体力学シンポジウム, CFD24講演予稿週フラッシュメモリ(A4サイズ3頁),〔2010.12.20-12.22, 慶應義塾大学日吉キャンパス〕
(38) “Cz法融液の電流-磁場印加による流動制御(第2報)”,加藤拓哉, 二條久保裕, 岩本光生, 齋藤晋一, 赤松正人, 尾添紘之,日本機械学会熱工学コンファレンス2009,G133, pp.193-194〔2009.11.7 宇部〕
(39) “Cz法融液対流に及ぼす水平方向回転磁場印加の影響”, 石丸泰, 二條久保裕, 岩本光生, 齋藤晋一, 赤松正人, 尾添紘之,日本機械学会熱工学コンファレンス2009,G132, pp.191-192〔2009.11.7 宇部〕
(40) “磁気力による密度成層空気の撹乱”, 岩出耕太郎,赤松正人,可視化情報全国講演会, Vol.29, pp.111-112,〔2009.10.24-10.25, 山形大学工学部〕
(41) “底面中心部分から加熱された円筒容器内における空気の自然対流の磁気制御”,赤松正人,岩出耕太郎,日本流体力学会年会2009, p.335〔2009.9.2-9.4, 東洋大学白山キャンパス〕
(42) “Cz法導電性融液の回転磁場による流動制御”,岩本光生, 松久純,齋藤晋一,赤松正人,尾添紘之,日本流体力学会年会2009, 講演要旨集 p.332,CD-ROM拡張要旨集 No.34022, p.1-4〔2009.9.2-9.4, 東洋大学白山キャンパス〕
(43) “Cz法融液の電流-磁場印加による流動制御”,加藤拓哉,二條久保裕,岩本光生,齋藤晋一,赤松正人,尾添紘之,日本流体力学会年会2009, 講演要旨集 p.333,CD-ROM拡張要旨集 No.34023, p.1-2〔2009.9.2-9.4, 東洋大学白山キャンパス〕
(44) “高温水溶液塊の二重拡散自然対流に関する数値解析”,佐々木一仕,赤松正人,第46回日本伝熱シンポジウム, Vol.Ⅰ, pp.155-156〔2009.6.2-6.4, 国立京都国際会館〕
(45) “熱CVD反応炉内における磁気熱対流の過渡・定常特性”,岩出耕太郎,赤松正人,第51回自動制御連合講演会, (CD-ROM Proceedings)〔2008.11.22-11.23, 山形大学工学部〕
(46) “熱CVDモデルにおける磁気熱対流”,岩出耕太郎,赤松正人,日向野三雄,第45回日本伝熱シンポジウム, Vol.Ⅰ, pp.89-90〔2008.5.21-5.23, つくば国際会議場〕
(47) “熱CVDモデル内における常磁性ガスの磁気熱対流”,赤松正人,岩出耕太郎,古林一美,化学工学会第73年会, (CD-ROM Proceedings)〔2008.3.17-3.19, 静岡大学浜松キャンパス〕
(48) “液深の異なるCz法非導電性流体流れの磁化力による制御”,森竹 祐介,井手将也,赤松正人,岩本光生,第18回九州地区若手ケミカルエンジニア討論会, p.81〔2007.7.27, 宮崎市〕
(49) “Cz法振動流周期に及ぼす回転磁場周波数及び磁束密度の影響”,二條久保 裕,松久純,赤松正人,岩本光生,第18回九州地区若手ケミカルエンジニア討論会, p.79〔2007.7.27, 宮崎市〕
(50) “円筒容器内液体金属流動に及ぼす磁場・電流印加の影響”,粟田 大介,吉崎紀世美,赤松正人,岩本光生,第18回九州地区若手ケミカルエンジニア討論会, p.78〔2007.7.27, 宮崎市〕
(51) “回転磁場下でのCz法不純物濃度分布に及ぼすルツボ回転の影響”,中尾 亮太,赤松正人,岩本光生,第18回九州地区若手ケミカルエンジニア討論会, p.77〔2007.7.27, 宮崎市〕
(52) “磁気熱風の流動不安定性”,小笠原仁,平川泰裕,赤松正人,日向野三雄,第44回日本伝熱シンポジウム, Vol.Ⅲ, pp.663-664〔2007.5.22-5.25, 長崎ブリックホール〕
(53) “磁気熱風の逆流現象”,安井良太,赤松正人,日向野三雄,日本機械学会東北支部第42期講演会, pp.41-42〔2007.3.13, 仙台〕
(54) “Cz法融液に及ぼす回転磁場の影響”,二條久保裕,松久純,御手洗秀二,赤松正人,岩本光生,化学工学会第9回化学工学会学生発表会, p.63〔2007.3.3, 大分市〕
(55) “Cz法結晶成長での非導電性流体の磁化力による対流制御”,森竹祐介,井手将也,赤松正人,岩本光生,化学工学会第9回化学工学会学生発表会, p.75〔2007.3.3, 大分市〕
(56) “Kelvin力によって誘起された磁気熱風のメカニズム”,赤松正人,日向野三雄,尾添紘之,平成18年度・第7回システム科学技術学部研究発表会要旨集, p.10〔2006.10.22, 秋田〕
(57) “Cz法不純物濃度に及ぼす磁場印加方式の影響”,中尾亮太,臼杵宏隆,岩本光生,赤松正人,化学工学会第38回秋季大会, p.53〔2006.9.16, 福岡〕
(58) “Cz法流動における非導電性流体の磁化力対流(磁束密度の影響)”,井手将也,赤松正人,岩本光生,九州地区若手ケミカルエンジニア討論会, p.105〔2006.7.28, 山口市〕
(59) “Cz法不純物濃度に及ぼす磁場印加方式の影響”, 中尾亮太,臼杵宏隆,赤松正人,岩本光生,九州地区若手ケミカルエンジニア討論会, p.113〔2006.7.28, 山口市〕
(60) “Kelvin力によって誘起された磁気熱風の定常特性”,小笠原仁,赤松正人,日向野三雄,第43回日本伝熱シンポジウム, Vol.1, pp.93-94〔2006.5.31-6.2, 名古屋国際会議場〕
(61) “中温域におけるコンスタンタンの比熱容量”,赤松正人,日向野三雄,The 26th Japan Symposium on Thermophysical Properties, pp.156-158〔2005.11.9-11, つくば〕
(62) “数値シミュレーションによる磁気熱空気噴流の可視化”,赤松正人,日向野三雄,小笠原仁,日本機械学会熱工学コンファレンス2005講演論文集, pp.185-186〔2005.11.5-6, 岐阜〕
(63) “ケルビン力によるRayleigh-Benard空気対流の熱対流制御”,赤松正人,日向野三雄,平成17年度・第6回システム科学技術学部研究発表会講演論文集, pp.58-61〔2005.10.15, 秋田〕
(64) “縦磁場下における導電性流体のSpin-up現象に関する研究”, 吉崎紀世美,和田達也,岩本光生,赤松正人,尾添紘之,日本機械学会大分地方講演会, pp.151-152〔2005.10.15, 大分〕
(65) “磁場印加下でのCz法融液内濃度分布に及ぼす分配係数の影響”,臼杵宏隆,野村征爾,岩本光生,赤松正人,尾添紘之,日本機械学会大分地方講演会, pp.135-136〔2005.10.15, 大分〕
(66) “導電性流体の回転磁場による流体回転速度の過渡変化”,楢木義和,衛藤健太郎,岩本光生,赤松正人,尾添紘之,日本機械学会大分地方講演会, pp.153-154〔2005.10.15, 大分〕
(67) “Cz法流動における非導電性流体の磁化力対流”,井手将也,岩本光生,赤松正人,尾添紘之,日本機械学会大分地方講演会, pp.137-138〔2005.10.15, 大分〕
(68) “Cz法融液対流に及ぼす固液界面形状の影響”,廣瀬心悟,中原健,岩本光生,赤松正人,尾添紘之,日本機械学会大分地方講演会, pp.133-134〔2005.10.15, 大分〕
(69) “Cz法融液内濃度分布に及ぼす水平・回転磁場印加効果の数値解析”,臼杵宏隆,岩本光生,赤松正人,尾添紘之,第16回九州地区若手ケミカルエンジニア討論会, p.38〔2005.7.29-30, 別府〕
(70) “磁化力による常磁性流体の熱対流制御に関する数値計算”,赤松正人,日向野三雄,高橋義雄,尾添紘之,第42回日本伝熱シンポジウム講演論文集, Vol.3, pp.703-704〔2005.6.6-8, 仙台国際センター〕
(71) “反磁性流体における磁気熱対流の過渡特性”,赤松正人,日向野三雄,高橋義雄,尾添紘之,日本機械学会熱工学コンファレンス2004講演論文集, pp.83-84〔2004.11.13-14, 仙台〕
(72) “水の磁気熱対流に関する数値解析”,赤松正人,日向野三雄,尾添紘之,平成16年度・第5回システム科学技術学部研究発表会講演論文集, pp.83-86〔2004.11.5, 秋田〕
(73) “Numerical Studies of Forced Convection Heat Transfer in Cylindrical Packed Beds with Constant Wall Heat Flux”,San San Yee, Masato Akamatsu, Mitsuo Higano and Kouichi Kamiuto,平成16年度・第5回システム科学技術学部研究発表会講演論文集, pp.87-90〔2004.11.5, 秋田〕
(74) “低温におけるコンスタンタンの比熱容量”,日向野三雄,赤松正人,San San Yee,The 25th Japan Symposium on Thermophysical Properties, pp.116-118〔2004.10.5, 長野〕
(75) “Cz法振動流に及ぼす磁場印加方式の影響”,和田彰二,栁田誠司,岩本光生,赤松正人,尾添紘之,化学工学会山口下関大会講演要旨集, p.96〔2004.9.27-28, 下関〕
(76) “縦磁場印加による導電性流体のSpin-up現象に関する実験的研究”,田原誠吾,和田達也,岩本光生,赤松正人,尾添紘之,化学工学会山口下関大会講演要旨集, p.95〔2004.9.27-28, 下関〕
(77) “Cz法融液内濃度分布に及ぼす水平・回転磁場印加効果の数値解析”,臼杵宏隆,吉田優子,岩本光生,赤松正人,尾添紘之,化学工学会山口下関大会講演要旨集, p.93〔2004.9.27-28, 下関〕
(78) “Cz法流動に及ぼす結晶成長界面形状の影響に関する研究”,村下直輝,中原健,岩本光生,赤松正人,尾添紘之,化学工学会山口下関大会講演要旨集, p.92〔2004.9.27-28, 下関〕
(79) “密閉円筒容器内における空気の磁気熱対流の過渡特性”,日向野三雄,赤松正人,日本機械学会東北支部第40期秋季講演会講演論文集, pp.159-160〔2004.9.17, 秋田〕
(80) “空気の自然対流および熱的安定層に及ぼす磁気力の効果”,渡部慎也,赤松正人,日向野三雄,日本機械学会東北支部第40期秋季講演会講演論文集, pp.161-162〔2004.9.17, 秋田〕
(81) “反磁性流体の磁気熱対流に関する数値解析”,赤松正人,日向野三雄,尾添紘之,日本機械学会東北支部第40期秋季講演会講演論文集, pp.163-164〔2004.9.17, 秋田〕
(82) “Cz法融液内濃度分布に及ぼす回転磁場印加効果の数値解析”,臼杵宏隆,吉田優子,岩本光生,赤松正人,尾添紘之,化学工学会秋田大会講演要旨集CD, B201〔2004.7.22-23, 秋田〕
(83) “勾配磁場の作用による熱的安定空気層の対流不安定”,日向野三雄,赤松正人,岡崎康正,渡部慎也,第41回日本伝熱シンポジウム講演論文集, Vol.1, pp.171-172〔2004.5.26-28, 富山〕
(84) “磁化力下における回転円筒容器内の水の流動”,赤松正人,日向野三雄,高橋義雄,尾添紘之,第41回日本伝熱シンポジウム講演論文集, Vol.1, pp.181-182〔2004.5.26-28, 富山〕
(85) “磁化力による無重力場中の空気の熱伝達制御”,岡崎康正,赤松正人,日向野三雄,日本機械学会熱工学コンファレンス2003講演論文集, pp.381-382〔2003.11.15-16, 金沢〕
(86) “Cz法振動流に及ぼす水平及び回転磁場の影響”,吉田優子,和田彰二,岩本光生,赤松正人,尾添紘之,日本機械学会鹿児島地方講演会,pp.205-206〔2003.11.1, 鹿児島市〕
(87) “磁化力による密度成層空気内の熱伝達制御”,岡崎康正,赤松正人,日向野三雄,第40回日本伝熱シンポジウム講演論文集, Vol.1, pp.289-290〔2003.5.28-30, 広島〕
(88) “鉛直円筒容器内における水の自然対流に及ぼす磁化力の効果”,赤松正人,日向野三雄,高橋義雄,尾添紘之,第40回日本伝熱シンポジウム講演論文集, Vol.1, pp.293-294〔2003.5.28-30, 広島〕
(89) “The Control of Heat Transfer of Paramagnetic Fluid by the Magnetizing Force”, Masato Akamatsu, Mitsuo Higano and Hiroyuki Ozoe, 平成15年度・第4回システム科学技術学部研究発表会講演論文集, pp.63-68〔2003.10.24, 秋田〕
(90) “Cz法振動流に及ぼす回転磁場の影響”,和田彰二,吉田優子,岩本光生,赤松正人,尾添紘之,日本機械学会熱工学コンファレンス2002講演論文集,pp. 235-236〔2002.11.7-8, 沖縄〕
(91) “磁化力による鉛直円筒容器内の安定空気層からの対流誘起”,赤松正人,日向野三雄,高橋義雄,尾添紘之,日本機械学会熱工学コンファレンス2002講演論文集, pp.225-226〔2002.11.7-8, 沖縄〕
(92) “Specific Heat Capacity of New Magnetic Fluid Containing Magnetite Measured By Differential Scanning Calorimeter”,Mitsuo Higano, Masato Akamatsu, and Hiromichi Miyashita, 平成14年度・第3回システム科学技術学部研究発表会講演論文集, pp.150-154〔2002.10.25, 秋田〕
(93) “The Control of the Aerial Convection by the Magnetizing Force”,Masato Akamatsu, Mitsuo Higano and Hiroyuki Ozoe,平成14年度・第3回システム科学技術学部研究発表会講演論文集, pp.160-165〔2002.10.25, 秋田〕
(94) “磁化力による空気の自然対流の制御”,赤松正人,日向野三雄,高橋義雄,尾添紘之,第39回日本伝熱シンポジウム講演論文集, Vol.2, pp.381-382〔2002.6.5-7, 札幌〕
(95) “加熱密閉円筒容器内における自然対流と磁化力対流の混合対流場の数値解析”,赤松正人,日向野三雄,高橋義雄,尾添紘之,化学工学会第67年会,(CD-ROM Proceedings) 〔2002.3.27-29, 福岡〕
(96) “強い磁場勾配下における密閉円筒容器内の空気の挙動”,赤松正人,日向野三雄,高橋義雄,尾添紘之,日本機械学会熱工学コンファレンス2001講演論文集, pp.343-344〔2001.11.3-4, 岡山〕
(97) “Convectional Control in Silicon Melts under a Rotating Magnetic Field”,Masato AKAMATSU, Mitsuo HIGANO and Hiroyuki OZOE,秋田県立大学第1回国際サイエンスフォーラム講演論文集, Vol.2, pp.291-298〔2001.10.15-18, 秋田〕
(98) “温度範囲150~650Kでの単結晶銅の全半球ふく射率”,日向野三雄,中村和人,伊部雅人,赤松正人,The 21th Japan Symposium on Thermophysical Properties,pp.389-391〔2000.10.18-20, 名古屋市工業研究所〕
(99) “三次元数値解析による液体金属対流の可視化”,赤松正人,日向野三雄,平成12年度・第1回システム科学技術学部研究発表会講演論文集, pp.61-64〔2000.11.1, 秋田〕
(100) “水平方向磁場印加下におけるCz融液の流動現象”,赤松正人, 柿本浩一, 尾添紘之,第36回日本伝熱シンポジウム講演論文集, Vol.2, pp.439-440〔1999.5.26-28, 熊本〕
(101) “Cz法融液の片流れ”,赤松正人, 柿本浩一, 尾添紘之,第11回計算力学講演会講演論文集,pp.417-418〔1998.11.18-20, 関西大学〕
(102) “Cz融液内の対流と熱の不安定性”,赤松正人, 柿本浩一, 尾添紘之,第59回応用物理学学術講演会予稿集,15a-YN-7〔1998.9.15-18, 広島大学〕
(103) “横磁場印加下におけるCz内融液対流の数値計算”,赤松正人, 柿本浩一, 尾添紘之,第58回応用物理学学術講演会予稿集,4a-T-7〔1997.10.2-5, 秋田大学〕
(104) “水平方向磁場下におけるCz法領域内自然対流の数値解析”,赤松正人, 柿本浩一, 尾添紘之, 福田承生,化学工学会第30回秋季大会講演要旨集,Vol.2, p.143〔1997.9.8-10, 九州産業大学〕
(105) “Cz法における融液対流に及ぼすルツボ回転の影響とその構造”,赤松正人, 柿本浩一, 尾添紘之,第44回応用物理学学術講演会予稿集,29a-PN-17〔1997.3.28-31, 日本大学船橋校舎〕
(106) “Cz法融液における二次流れに及ぼすルツボ回転の影響”,赤松正人, 柿本浩一, 尾添紘之,第9回計算力学講演会講演論文集〔1996.11.27-29, 福岡勤労青少年文化センター〕
論文発表/Papers and Proceedings
(1) “Al2O3-水ナノフルードの自然対流熱伝達に関する数値解析的研究”,赤松正人,亀山拓人,蓬田裕己,岩本光生,尾添紘之,日本機械学会論文集,Vol. 82,pp. 1-20,2016.  
(2) “Ultrafast radiative transfer characteristics in three-dimensional multilayer inhomogeneous media subjected to a collimated short square pulse train”, Masato AKAMATSU and Zhixiong GUO, Heat Transfer Research, Vol. 47, pp. 633–651. 2016. 
(3) “Effect of water content on the thermophysical properties of a shape memory gel”, Hyune OMOKAWA, Masato AKAMATSU, Hidemitsu FURUKAWA, Mitsuhiro YAMANO, 4th International Forum on Heat Transfer, pp. 1-6, November 2-4, 2016, Sendai, Japan. 
(4) “UVP measurement of the Czochralski melt flow in the electric conductive crucible under the rotational magnetic field”,Daichi OZAKI, Shinji HAYASIDA, Mitsuo IWAMOTO, Shinichi SAITO, Masato AKAMATSU and Hiroyuki OZOE, The 29th International Symposium on Chemical Engineering, pp.1-2, 2016.
(5) “Numerical study of Czhochralski melt flow in the electric conductive crucible under the rotational magnetic field”, Shinji HAYASIDA, Daichi OZAKI, Mitsuo IWAMOTO, Shinichi SAITO, Masato AKAMATSU and Hiroyuki OZOE, The 29th International Symposium on Chemical Engineering, pp.1-2, 2016.
(6) “Ultrafast laser pulse train radiation transfer in a scattering-absorbing 3-D medium with an inhomogeneity”, Masato AKAMATSU and Zhixiong GUO, Heat Transfer Research, Vol.46, pp. 861-879, 2015. 
(7) “無重力場において高温空気または低温空気から誘起された磁気熱対流”,赤松正人,安原薫,日本航空宇宙学会論文集,Vol. 63,pp. 150-156,2015. 
(8) “Heat transfer rate characteristics of the magnetothermal Rayleigh-Benard convection of paramagnetic air”, Masato AKAMATSU, Kaoru YASUHARA, Masayuki KANEDA, and Hiroyuki OZOE, International Journal of Thermal Sciences, Vol .89, pp. 13-22, 2015. 
(9) “UVP measurement of the non-axisymmetric Czochralski melt flow under the electromagnetic field.”, Megumi ASAHINA, Miyuki HONDA, Ryotaro TONE, Mitsuo IWAMOTO, Shinichi SAITO, Masato AKAMATSU, Hiroyuki OZOE, The 28th Int. Symp. on Chemical Engineering, pp.1-2, 2015.
(10) “Numerical study of Czochralski melt flow under the rotational magnetic field and the electromagnetic field.”, Miyuki HONDA, Megumi ASAHINA, Mitsuo IWAMOTO, Shinichi SAITO, Masato AKAMATSU, Hiroyuki OZOE, The 28th Int. Symp. on Chemical Engineering, pp.1-2, 2015.
(11) “Numerical study of fluid flow of Al2O3 nanofluid in the cylindrical container under the rotational magnetic field.”, Masato KAWAKITA, Miyuki HONDA, Mitsuo IWAMOTO, Shinichi SAITO, Masato AKAMATSU, Hiroyuki OZOE, The 28th Int. Symp. on Chemical Engineering, pp.1-2, 2015.
(12) “Behavior of magnetothermal Rayleigh-Benard convection of air visualized by 3D simulations”, Masato AKAMATSU, Yusuke YOSHIDA, Taku OKITSU, Masayuki KANEDA, and Hiroyuki OZOE, Journal of Visualization, Vol. 17, pp. 27-39, 2014. 
(13) “無重力場における常磁性空気の磁気熱対流の熱伝達率評価”,赤松正人,安原薫,日本航空宇宙学会論文集,Vol. 62,pp. 31-37,2014. 
(14) “Thermo-hydrodynamic characteristics of magnetothermal wind created in a tube in gravitational and nongravitational fields”, Taku OKITSU, Masato AKAMATSU, and Masayuki KANEDA, 15th International Heat Transfer Conference, Abstract (pp.1-2), USB Proceedings (pp. 1-12), August 10-15, 2014, Kyoto, Japan. 
(15) “Lorentz force distribution in the Czochralski melt flow under the electromagnetic field”, Kenichi YOSHIKANE, Mitsuo IWAMOTO, Shinichi SAITO, Masato AKAMATSU, and Hiroyuki OZOE, The 27th International Symposium on Chemical Engineering, CD-ROM Proceedings (OC-03, pp.1-2), December 5-7, 2014, Kuala Lumpur, Malaysia.
(16) “Study of UVP measurement of transient CZ melt flow under the rotational magnetic field”, Megumi ASAHINA, Miyuki HONDA, Mitsuo IWAMOTO, Shinichi SAITO, Masato AKAMATSU, and Hiroyuki OZOE, The 27th International Symposium on Chemical Engineering, CD-ROM Proceedings (PC-17, pp.1-2), December 5-7, 2014, Kuala Lumpur, Malaysia.
(17) “The effect of Lorentz force in the CZ melt flow under the rotational magnetic field”, Miyuki HONDA, Megumi ASAHINA, Mitsuo IWAMOTO, Shinichi SAITO, Masato AKAMATSU, and Hiroyuki OZOE, The 27th International Symposium on Chemical Engineering, CD-ROM Proceedings (PC-18, pp.1-2), December 5-7, 2014, Kuala Lumpur, Malaysia.
(18) “Comparison of transmitted pulse trains predicted by Duhamel’s superposition theorem and direct pulse simulation in a 3D discrete ordinates system”, Masato AKAMATSU and Zhixiong GUO, Numerical Heat Transfer, Part B, Vol.63, pp. 189-203, 2013. 
(19) “温度範囲304 K~574 KでのK型熱電対材料の比熱容量” , 赤松正人,安原薫,大坂育央,臼井慎弥,日向野三雄, 熱物性, Vol. 27, pp. 69-76, 2013.
(20) “Transient prediction of radiation response in a 3-D scattering-absorbing medium subjected to a collimated short square pulse train”, Masato AKAMATSU and Zhixiong GUO, Numerical Heat Transfer, Part A, Vol.63, No.5, pp. 327-346, 2013.
(21) “Transient characteristics of magnetothermal Rayleigh-Benard convection of air induced in a shallow cylindrical enclosure with and without a slip sidewall”, Taku OKITSU, Kaoru YASUHARA, and Masato AKAMATSU, The 24rd International Symposium on Transport Phenomena, CD-ROM Proceedings (pp.1-8), November 1-5, 2013, Yamaguchi.
(22) “Study of the crystal-melt interface shape for Czochralski method under the rotating magnetic field”, Yoshiki ANDO, Tetsuro IRIYAMA, Mitsuo IWAMOTO, Shinichi SAITO, Masato AKAMATSU, and Hiroyuki OZOE, The 26th International Symposium on Chemical Engineering, CD-ROM Proceedings (OD-14, pp.1-2), December 6-8, 2013, BEXCO in BUSAN.
(23) “Experimental study of transient velocity in Czochralski melt under the electromagnetic field by using the ultrasonic velocity profiler”, Masaru ODA, Daiki SATO, Mitsuo IWAMOTO, Shinichi SAITO, Masato AKAMATSU, and Hiroyuki OZOE, The 26th International Symposium on Chemical Engineering, CD-ROM Proceedings (OD-15, pp.1-2), December 6-8, 2013, BEXCO in BUSAN.
(24) “Study of transient velocity in Czochralski melt under the rotational magnetic field by using Ultrasonic Velocity Profiler”Daiki SATO, Masaru ODA, Yuta ABE, Mitsuo IWAMOTO, Shinichi SAITO, Masato AKAMATSU, and Hiroyuki OZOE, The 26th International Symposium on Chemical Engineering, CD-ROM Proceedings (OD-16, pp.1-2), December 6-8, 2013, BEXCO in BUSAN.
(25) “Numerical study of transient velocity for Czochralski method under the rotational magnetic field”, Yuta ABE, Masaru ODA, Daiki SATO, Mitsuo IWAMOTO, Shinichi SAITO, Masato AKAMATSU, and Hiroyuki OZOE, The 26th International Symposium on Chemical Engineering, CD-ROM Proceedings (PD-12, pp.1-2), December 6-8, 2013, BEXCO in BUSAN.
(26) “Numerical study for transient Czochralski melt flow under the electromagnetic field”, Kenichi YOSHIKANE, Masaru ODA, Daiki SATO, Mitsuo IWAMOTO, Shinichi SAITO, Masato AKAMATSU, and Hiroyuki OZOE, The 26th International Symposium on Chemical Engineering, CD-ROM Proceedings (PD-16, pp.1-2), December 6-8, 2013, BEXCO in BUSAN.
(27) “無重力場における常磁性空気の磁気熱対流の数値計算” , 赤松正人,佐々木一仕,池田理宗,岸純希,安原薫, 日本航空宇宙学会論文集, Vol.60, pp. 102-107, 2012. 
(28) “温度範囲103 K-303 Kにおけるコンスタンタンの比熱容量” , 赤松正人,日向野三雄, 熱物性, Vol.26, pp. 15-21, 2012. 
(29) “Transient radiative heat transfer in a cubic participating medium subjected to a diffuse square pulse train”, Masato AKAMATSU and Zhixiong GUO, The 23rd International Symposium on Transport Phenomena, Book of Abstracts, p.102, CD-ROM Proceedings (pp.1-7), November 19-22, 2012, New Zealand. 
(30) “Numerical study of flow and temperature distribution in Cz melt under the rotational magnetic field”, Shintaro KITTAKA, Tetsuro IRIYAMA, Masaru ODA, Mitsuo IWAMOTO, Shinichi SAITOH, Masato AKAMATSU, and Hiroyuki OZOE, The 25th International Symposium on Chemical Engineering, CD-ROM Proceedings (No.PG-05, pp.1-2), December, 2012, Naha.
(31) “Combined effects of rotational magnetic field and crucible rotation under Czochralski melt flow”, Yoshiki ANDO, Tetsuro IRIYAMA, Mitsuo IWAMOTO, Shinichi SAITOH, Masato AKAMATSU, and Hiroyuki OZOE, The 25th International Symposium on Chemical Engineering, CD-ROM Proceedings (No.PG-07, pp.1-2), December, 2012, Naha.
(32) “Numerical study of Czochralski melt flow under the electromagnetic field”, Masaru ODA, Tetsuro IRIYAMA, Mitsuo IWAMOTO, Shinichi SAITOH, Masato AKAMATSU, and Hiroyuki OZOE, The 25th International Symposium on Chemical Engineering, CD-ROM Proceedings (No.OG-01, pp.1-2), December, 2012, Naha.
(33) “Measurement of transient velocity and temperature in the Cz melt under the rotational magnetic field”, Daiki SATO, Kentaro KOMIYA, Teturo IRIYAMA, Mitsuo IWAMOTO, Shinichi SAITOH, Masato AKAMATSU, and Hiroyuki OZOE, The 25th International Symposium on Chemical Engineering, CD-ROM Proceedings (No.OG-02, pp.1-2), December, 2012, Naha.
(34) “Ultrafast radiative heat transfer in three-dimensional highly-scattering media subjected to pulse train irradiation”, Masato AKAMATSU and Zhixiong GUO, Numerical Heat Transfer, Part A, Vol.59, No.9, pp. 653-671, 2011.
(35) “Measurement of velocity in the EMCZ melt flow using Ultrasonic Velocity Profiler”, Kentaro KOMIYA, Mitsunori TAMURA, Mitsuo IWAMOTO, Shinichi SAITOH, Masato AKAMATSU, and Hiroyuki OZOE, The 24th International Symposium on Chemical Engineering, CD-ROM Proceedings (No.OD-3-2, pp.1-2), December, 2011, Korea.
(36) “Effect of the rotational magnetic field for the fluid flow and the temperature distribution in the Czochralski melt”, Yoshishige TATSUKAWA, Mitsuo IWAMOTO, Shinichi SAITOH, Masato AKAMATSU, and Hiroyuki OZOE, The 24th International Symposium on Chemical Engineering, CD-ROM Proceedings (No.OD-3-4, pp.1-2), December, 2011, Korea.
(37) “Measurement of Czochralski melt flow by using UVP under the rotational magnetic field”, Yusaku ISHIBE, Kentaro KOMIYA, Mitsuo IWAMOTO, Shinichi SAITOH, Masato AKAMATSU, and Hiroyuki OZOE, The 24th International Symposium on Chemical Engineering, CD-ROM Proceedings (No.PH-02, pp.1-2), December, 2011, Korea.
(38) “Numerical and experimental study of RMCz melt flow for the isothermal condition”, Tetsuro IRIYAMA, Yoshishige TATSUKAWA, Mitsuo IWAMOTO, Shinichi SAITOH, Masato AKAMATSU, and Hiroyuki OZOE, The 24th International Symposium on Chemical Engineering, CD-ROM Proceedings (No.PH-04, pp.1-2), December, 2011, Korea.
(39) “Effect of rotational magnetic field for the electro conductive fluid flow in the cylindrical container”, Shintaro KITTAKA, Yoshishige TATSUKAWA, Mitsuo IWAMOTO, Shinichi SAITO, Masato AKAMATSU, and Hiroyuki OZOE, The 24th International Symposium on Chemical Engineering, CD-ROM Proceedings (No.PH-08, pp.1-2), December, 2011, Korea.
(40) “Oscillatory magnetothermal convection of non-ferrous fluid in a vertical cylindrical enclosure with a heated rotating disk at bottom center”, Masato AKAMATSU and Mitsuo HIGANO, 14th International Heat Transfer Conference, Book of Abstracts, p.60, CD-ROM Proceedings (pp.1-7), August 8-13, 2010, Washington, D.C., USA.
(41) “Three-dimensional numerical computation of the Cz melt flow under the rotating magnetic field”, Kenichi TAKANO, Mitsuo IWAMOTO, Shinichi SAITOH, Masato AKAMATSU, and Hiroyuki OZOE, The 23th International Symposium on Chemical Engineering, CD-ROM Proceedings (No. OH-01, pp.1-2), December, 2010, Fukuoka.
(42) “Effects of the electric current and the magnetic flux density for the EMCZ melt flow”, Keigo KOZAKI, Mitsuo IWAMOTO, Shinichi SAITOH, Masato AKAMATSU, and Hiroyuki OZOE, The 23th International Symposium on Chemical Engineering, CD-ROM Proceedings (No. OH-02, pp.1-2), December, 2010, Fukuoka.
(43) “Effect of the configuration of electrode on temperature distribution for the EMCZ method”, Kentaro KOMIYA, Mitsuo IWAMOTO, Shinichi SAITOH, Masato AKAMATSU, and Hiroyuki OZOE, The 23th International Symposium on Chemical Engineering, CD-ROM Proceedings (No.PH-04, pp.1-2), December, 2010, Fukuoka.
(44) “Experimental and numerical study of the Cz melt flow under the rotational magnetic field”, Yoshishige TATSUKAWA, Mitsuo IWAMOTO, Shinichi SAITOH, Masato AKAMATSU, and Hiroyuki OZOE, The 23th International Symposium on Chemical Engineering, CD-ROM Proceedings (No.PH-02, pp.1-2), December, 2010, Fukuoka.
(45) “底面中心部分から加熱された竪型円筒容器内の非磁性流体の自然対流におよぼす磁気力効果” , 赤松正人,日向野三雄,岩本光生,尾添紘之,化学工学論文集, Vol.35, No.5, pp.524-531, 2009.
(46) “Cz法融液内温度振動におよぼす回転磁場の影響” , 岩本光生,松久純,赤松正人,尾添紘之,化学工学論文集, Vol.35, pp.425-430, 2009.
(47) “The experimental temperature profiles in the Czochralski melt under the static and rotational magnetic field”, Mitsuo IWAMOTO, Jun MATSUHISA, Masato AKAMATSU, and Hiroyuki OZOE, Proceedings of 7th World Conference on Experimental Heat Transfer, Fluid Mechanics and Thermodynamics, pp. 1889-1896 (MP-10), June 28-July 3, 2009, Krakow, Poland.
(48) “Experimental preparation of the rotational magnetic field for the Czochralski configuration system”, Mitsuo IWAMOTO, Jun MATSUHISA, Masato AKAMATSU, and Hiroyuki OZOE, Proceedings of 7th World Conference on Experimental Heat Transfer, Fluid Mechanics and Thermodynamics, pp. 1897-1904 (MP-11), June 28-July 3, 2009, Krakow, Poland.
(49) “The fluid flow of Czochralski melt under the electromagnetic field”, Takuya KATOH, Mitsuo IWAMOTO, Shinichi SAITOH, Masato AKAMATSU, and Hiroyuki OZOE, The 22th International Symposium on Chemical Engineering, CD-ROM Proceedings (No. OE-05, pp.1-2), December, 2009, Korea.
(50) “Study of the Czochralski melt flow under the horizontal and the rotational magnetic field”, Yasushi ISHIMARU, Mitsuo IWAMOTO, Shinichi SAITOH, Masato AKAMATSU, and Hiroyuki OZOE, The 22th International Symposium on Chemical Engineering, CD-ROM Proceedings (No. OE-02, pp.1-2), December, 2009, Korea.
(51) “Effect of the blasting pressure and the diameter of pellets for cleaning by the dry-ice blasting”, Kouhei OKAMURA, Mitsuo IWAMOTO, Shinichi SAITOH, Masato AKAMATSU, and Hiroyuki OZOE, The 22th International Symposium on Chemical Engineering, CD-ROM Proceedings (No. OE-01, pp.1-2), December, 2009, Korea.
(52) “Magnetothermal convection of non-ferrous fluid in thermal CVD model”, Masato AKAMATSU and Mitsuo HIGANO, 7th JSME-KSME Thermal and Fluids Engineering Conference, Book of Abstracts, p.34, CD-ROM Proceedings (pp.1-3), Oct. 13-16, 2008, Sapporo, JAPAN.
(53) “Transient characteristics of magnetothermal convection in electrically non-conducting paramagnetic fluid inside thermal CVD model”, Masato AKAMATSU and Mitsuo HIGANO, 13th International Symposium on Flow Visualization, Book of Abstracts, pp.46-47, CD-ROM Proceedings (pp.1-10), July 1-4, 2008, Nice, FRANCE.
(54) “Experimental measurement of rotational velocity of liquid metal due to Lorentz force (Effect of the configuration of electrode)”, Takuya KATO, Daisuke AWATA, Mitsuo IWAMOTO, Masato AKAMATSU, and Hiroyuki OZOE, The 21th International Symposium on Chemical Engineering, CD-ROM Proceedings (No. PE-04, pp.1-2), December, 2008, Japan.
(55) “Experimental measurement of rotational velocity of liquid metal due to Lorentz force (Effect of the depth of melt)”, Shinichiro SAKURAI, Daisuke AWATA, Mitsuo IWAMOTO, Masato AKAMATSU, and Hiroyuki OZOE, The 21th International Symposium on Chemical Engineering, CD-ROM Proceedings (No. PE-05, pp.1-2), December, 2008, Japan.
(56) “Experimental study of the non axi-symmetric flow in the Czochralski melt under the rotational magnetic field”, Yu NIJOKUBO, Jun MATSUHISA, Mitsuo IWAMOTO, Masato AKAMATSU, and Hiroyuki OZOE, The 21th International Symposium on Chemical Engineering, CD-ROM Proceedings (No. OE-07, pp.1-2), December, 2008, Japan.
(57) “Numerical computation of the non-axisymmetric temperature distribution in the Czochralski melt under the rotational magnetic field”, Yasushi ISHIMARU, Yusuke MORITAKE, Mitsuo IWAMOTO, Masato AKAMATSU, and Hiroyuki OZOE, The 21th International Symposium on Chemical Engineering, CD-ROM Proceedings (No. PE-03, pp.1-2), December, 2008, Japan.
(58) “The combined effect of crystal and crucible rotation for the non-electro-conductive fluid flow”, Yusuke MORITAKE, Mitsuo IWAMOTO, Masato AKAMATSU, and Hiroyuki OZOE, The 21th International Symposium on Chemical Engineering, CD-ROM Proceedings (No. OE-09, pp.1-2), December, 2008, Japan.
(59) “Magnetothermal convection of paramagnetic gas”, Masato AKAMATSU and Mitsuo HIGANO, INFORMATION, Vol.10, No.6, pp.839-852, 2007.
(60) “Magnetothermal wind visualized by numerical computation”, Masato AKAMATSU and Mitsuo HIGANO, Journal of Visualization, Vol.10, No.3, pp.261-270, 2007.
(61) “Heat transfer control of Rayleigh-Benard natural convection of air by Kelvin force”, Masato AKAMATSU, Mitsuo HIGANO, and Hiroyuki OZOE, Numerical Heat Transfer, Part A, Vol.51, No.2, pp. 159-177, 2007.
(62) “Reverse flow of magnetothermal wind”, Masato AKAMATSU, Mitsuo HIGANO, and Hiroyuki OZOE, 2007 Asian Symposium on Computational Heat Transfer and Fluid Flow, Book of Abstracts, p.112, CD-ROM Proceedings (pp.1-5), October 18-21, 2007, Xi’an, CHINA.
(63) “Effect of frequency and magnetic flux density of the rotational magnetic field under the Czochralski oscillating melt flow”, Yuu NIJYOUKUBO, Mitsuo IWAMOTO, Masato AKAMATSU, and Hiroyuki OZOE, The 20th International Symposium on Chemical Engineering, CD-ROM Proceedings (No.PF-01, pp.1-2), December, 2007, Korea.
(64) “The effect of Rayleigh number for the fluid flow of electrically nonconductive Czochralski melt under the magnetizing force”, Yusuke MORITAKE, Masaya IDE, Mitsuo IWAMOTO, Masato AKAMATSU, and Hiroyuki OZOE, The 20th International Symposium on Chemical Engineering, CD-ROM Proceedings (No. PE-11, pp.1-2), December, 2007, Korea.
(65) “The fluid flow of liquid metal in the cylinder under the magnetic field and the electric current”, Daisuke AWATA, Kiyomi YOSHIZAKI, Mitsuo IWAMOTO, Masato AKAMATSU, and Hiroyuki OZOE, The 20th International Symposium on Chemical Engineering, CD-ROM Proceedings (No. PE-10, pp.1-2), December, 2007, Korea.
(66) “Experimental study of the spin-up process on the conductive fluid under the magnetic field and the electric current”, Tsutae GOTO, Daisuke AWATA, Mitsuo IWAMOTO, Masato AKAMATSU, and Hiroyuki OZOE, The 20th International Symposium on Chemical Engineering, CD-ROM Proceedings (No. OF-04, pp.1-2), December, 2007, Korea.
(67) “The effect of rotational rates and direction of rotational magnetic field under the Czochralski melt flow”, Jun MATSUHISA, Mitsuo IWAMOTO, Masato AKAMATSU, and Hiroyuki OZOE, The 20th International Symposium on Chemical Engineering, CD-ROM Proceedings (No. OE-05, pp.1-2), December, 2007, Korea.
(68) “The effect of crucible rotation and rotational magnetic field for the concentration profile in the Czochralski melt”, Ryota NAKAO, Mitsuo IWAMOTO, Masato AKAMATSU, Hiroyuki OZOE, The 20th International Symposium on Chemical Engineering, CD-ROM Proceedings (No. OE-03, pp.1-2), December, 2007, Korea.
(69) “Numerical computation on magnetothermal air jet in gravitational and non-gravitational fields”, Masato AKAMATSU, Mitsuo HIGANO, and Hitoshi OGASAWARA, Annals of the New York Academy of Sciences, Vol.1077, pp. 613-628, 2006.
(70) “Magnetothermal wind induced by Kelvin force”, Masato AKAMATSU and Mitsuo HIGANO, 17th International Symposium on Transport Phenomena, Book of Abstracts, p.105, CD-ROM Proceedings (pp.1-6), September 4-8, 2006, Toyama, JAPAN.
(71) “Mechanism of magnetothermal wind induced by Kelvin force”, Masato AKAMATSU, Mitsuo HIGANO, and Hiroyuki OZOE, 13th International Heat Transfer Conference, Book of Abstracts, p.60, CD-ROM Proceedings (pp.1-9), August 13-18, 2006, Sydney, AUSTRALIA.
(72) “The effect of magnetic intensity for the non-conductive fluid flow under the Czochralski method”, Masaya ide, Mitsuo IWAMOTO, Masato AKAMATSU, and Hiroyuki OZOE, The 19th International Symposium on Chemical Engineering, CD-ROM Proceedings (No. OE-06, pp.1-2), December, 2006, Kitakyushu, Japan.
(73) “Experimental study of the Czochralski oscillating melt flow under the horizontal and the rotational magnetic field”, Jun MATSUHISA, Mitsuo IWAMOTO, Masato AKAMATSU, and Hiroyuki OZOE, The 19th International Symposium on Chemical Engineering, CD-ROM Proceedings (No. PE-02, pp.1-2), December, 2006, Kitakyushu, Japan.
(74) “Numerical computation of the concentration profile in the Czochralski melt under the vertical and the rotational magnetic field”, Ryota NAKAO, Mitsuo IWAMOTO, Masato AKAMATSU, and Hiroyuki OZOE, The 19th International Symposium on Chemical Engineering, CD-ROM Proceedings (No. PG-01, pp.1-2), December, 2006, Kitakyushu, Japan.
(75) “Numerical computation of magnetothermal convection of water in a vertical cylindrical enclosure”, Masato AKAMATSU, Mitsuo HIGANO, Yoshio TAKAHASHI and Hiroyuki OZOE, International Journal of Heat and Fluid Flow, Vol.26, No.4, pp. 622-634, 2005.
(76) “Aerial flow in a vertical cylindrical container with thermal gradient under a vertical magnetic field”, Masato AKAMATSU, Mitsuo HIGANO and Hiroyuki OZOE, Progress in Computational Fluid Dynamics, Vol. 5, Nos. 3/4/5, pp. 236-244, 2005.
(77) “Heat transfer control in quiescent air with thermal gradient by magnetizing force under both gravitational and non-gravitational fields”, Masato AKAMATSU, Mitsuo HIGANO, Yoshio TAKAHASHI and Hiroyuki OZOE, Numerical Heat Transfer, Part A, Vol.47, No.4, pp. 375-392, 2005.
(78) “Numerical computation on magnetothermal air jet in gravitational and non-gravitational fields”, Masato AKAMATSU, Mitsuo HIGANO, and Hitoshi OGASAWARA, Proceedings of Interdisciplinary Transport Phenomena in Microgravity and Space Sciences IV, pp.38-44, August 7-12, 2005, Tomar, PORTUGAL.
(79) “Experimental study of the Spin-up process on the conductive fluid under the vertical magnetic field”, Kiyomi YOSHIZAKI, Shuji MITARAI, Mitsuo IWAMOTO, Masato AKAMATSU, and Hiroyuki OZOE, The 18th Symposium on Chemical Engineering, pp. 327-328, December, 2005, Korea.
(80) “Numerical computation of Czochralski melt flow for the non-conductive fluid under the magnetic force”, Masaya IDE, Mitsuo IWAMOTO, Masato AKAMATSU, and Hiroyuki OZOE, The 18th Symposium on Chemical Engineering, pp. 323-324, December, 2005, Korea.
(81) “The effect of crystal-melt interface shape for the Czocrhalski melt convection”, Shingo HIROSE, Shuji MITARAI, Mitsuo IWAMOTO, Masato AKAMATSU, and Hiroyuki OZOE, The 18th Symposium on Chemical Engineering, pp. 319-320, December, 2005, Korea.
(82) “The effect of distribution coefficient for the concentration profile in the Czochralski oscillating bulk flow under the magnetic field”, Hirotaka USUKI, Seiji NOMURA, Mituo IWAMOTO, Masato AKAMATSU, and Hiroyuki OZOE, The 18th Symposium on Chemical Engineering, pp. 79-80, December, 2005, Korea.
(83) “Experimental study of the transient velocity of the conductive fluid under the rotational magnetic field”, Yoshikazu NARAKI, Shuji MITARAI, Mituo IWAMOTO, Masato AKAMATSU, and Hiroyuki OZOE, The 18th Symposium on Chemical Engineering, pp. 75-76, December, 2005, Korea.
(84) “Numerical prediction on heat transfer phenomenon in paramagnetic and diamagnetic fluids under a vertical magnetic field gradient”, Masato AKAMATSU, Mitsuo HIGANO, Yoshio TAKAHASHI and Hiroyuki OZOE, IEEE TRANSACTION on Applied Superconductivity, Vol.14, No.2, pp. 1674-1681, 2004.
(85) “Behavior of water in the transition under magnetizing and gravitational forces”, Masato AKAMATSU, Mitsuo HIGANO, Yoshio TAKAHASHI and Hiroyuki OZOE, 10th Asian Pacific Confederation of Chemical Engineering, Book of Abstracts, p.A-340, CD-ROM Proceedings (pp.1-10), October 17-21, 2004, Kitakyushu, JAPAN.
(86) “The concentration profile in the Czochralski oscillating bulk flow under the rotational and horizontal magnetic field”, Mitsuo IWAMOTO, Masato AKAMATSU, Toshio TAGAWA, and Hiroyuki OZOE, 10th Asian Pacific Confederation of Chemical Engineering, Book of Abstracts, A-339, CD-ROM Proceedings (pp.1-10), October 17-21, 2004, Kitakyushu, JAPAN.
(87) “Flow of water in a vertical cylindrical container with and without rotation under a vertical magnetic field gradient”, Masato AKAMATSU, Mitsuo HIGANO, Yoshio TAKAHASHI and Hiroyuki OZOE, Third International Symposium on Advances in Computational Heat Transfer, CD-ROM Proceedings (pp.1-14), April 19-24, 2004, Kirkenes and Bergen, NORWAY.
(88) “Control of heat transfer of air by the magnetizing force under gravitational and non-gravitational fields”, Mitsuo HIGANO, Masato AKAMATSU and Yasumasa OKAZAKI, Third International Symposium on Advances in Computational Heat Transfer, CD-ROM Proceedings (pp.1-14), April 19-24, 2004, Kirkenes and Bergen, NORWAY.
(89) “Experimental study of the spin-up process on conductive fluid under the vertical magnetic field”, Seigo TABARU, Tatsuya WADA, Mitsuo IWAMOTO, Masato AKAMATSU, and Hiroyuki OZOE, The 17th Symposium on Chemical Engineering, pp. 110-111, December, 2004, Kagoshima, Japan.
(90) “The effect of crystal-melt interface shape under the Czochralski oscillating melt flow”, Naoki MURASHITA, Takeshi NAKAHARA, Mitsuo IWAMOTO, Masato AKAMATSU, and Hiroyuki OZOE, The 17th Symposium on Chemical Engineering, pp. 119-120, December, 2004, Kagoshima, Japan.
(91) “Numerical computation of the concentration profile in the Czochralski oscillating bulk flow under the rotational and horizontal magnetic field”, Hirotaka USUKI, Yuko YOSHIDA, Mitsuo IWAMOTO, Masato AKAMATSU, and Hiroyuki OZOE, The 17th Symposium on Chemical Engineering, pp. 243-244, December, 2004, Kagoshima, Japan.
(92) “Experimental study of the Czochralski oscillating melt flow under the rotational, horizontal and vertical magnetic field”, Shouji WADA, Seiji YANAGIDA, Mitsuo IWAMOTO, Masato AKAMATSU, and Hiroyuki OZOE, The 17th Symposium on Chemical Engineering, pp. 207-208, December, 2004, Kagoshima, Japan.
(93) “Numerical computation on the control of aerial flow by the magnetizing force in gravitational and non-gravitational fields”, Masato AKAMATSU, Mitsuo HIGANO, Yoshio TAKAHASHI and Hiroyuki OZOE, Numerical Heat Transfer, Part A, Vol.43, No.1, pp. 9-29, 2003.
(94) “The control of aerial flow by the magnetizing force”, Masato AKAMATSU, Mitsuo HIGANO, Yoshio TAKAHASHI and Hiroyuki OZOE, 2003 ASME International Mechanical Engineering Congress, CD-ROM Proceedings (pp.1-10), Nov.15-21, 2003, Washington, D.C., USA.
(95) “The convectional control of the electrically non-conducting fluid in FZ system by the magnetizing force”, Masato AKAMATSU, Mitsuo HIGANO, Yoshio TAKAHASHI and Hiroyuki OZOE, 4th International Workshop on Modeling in Crystal Growth, pp. 93-94, November 4-7, 2003, Fukuoka, JAPAN.
(96) “The study of Czochralski oscillating melt flow under a rotational magnetic field”, Mitsuo IWAMOTO, Masato AKAMATSU, Shoji WADA, Yuji ANAN, Toshio TAGAWA, and Hiroyuki OZOE, 4th International Workshop on Modeling in Crystal Growth, pp. 130-131, November 4-7, 2003, Fukuoka, JAPAN.
(97) “The inducement of airflow in a vertical cylindrical container with the stagnant conduction state by the magnetizing force”, Masato AKAMATSU, Mitsuo HIGANO, Yoshio TAKAHASHI and Hiroyuki OZOE, 6th ASME/JSME Thermal Engineering Joint Conference, Book of Abstracts, p.383, CD-ROM Proceedings (pp.1-6), March 16-20, 2003, Hawaii, USA.
(98) “The experimental study of Czochralski oscillating melt flow under the rotational magnetic field”, Shouji WADA, Mitsuo IWAMOTO, Masato AKAMATSU, and Hiroyuki OZOE, The 16th Symposium on Chemical Engineering, pp. 380-381, December, 2003, Korea.
(99) “The study of Czochralski oscillating melt flow under the horizontal magnetic field”, Yuko YOSHIDA, Shouji WADA, Mitsuo IWAMOTO, Masato AKAMATSU, and Hiroyuki Ozoe, The 16th Symposium on Chemical Engineering, pp. 378-379, December, 2003, Korea.
(100) “Numerical prediction on heat transfer phenomenon in paramagnetic and diamagnetic fluids under a vertical magnetic field gradient”, Masato AKAMATSU, Mitsuo HIGANO, Yoshio TAKAHASHI and Hiroyuki OZOE, 18th International Conference on Magnet Technology, pp.160-161, Oct. 20-24, 2003, Iwate, JAPAN.
(101) “Convectional mode and electrical field in silicon melts under vertical, horizontal and rotating magnetic fields”, Masato AKAMATSU, Mitsuo HIGANO and Hiroyuki OZOE, Numerical Heat Transfer, Part A, Vol.42, No.1-2, pp. 33-54, 2002.
(102) “Specific Heat Capacity of Magnetic Fluids containing Magnetite measured by Differential Scanning Calorimeter”, Mitsuo HIGANO, Masato AKAMATSU, and Hiromichi MIYASHITA, The Sixteenth European Conference on Thermophysical Properties, Book of Abstracts, pp. 212-213, CD-ROM Proceedings (pp.1-6), September 1-4, 2002, London, UK.
(103) “Numerical analysis of air convection in a vertical cylindrical container with and without a gravitational field under a gradient of a magnetic field”, Masato AKAMATSU, Mitsuo HIGANO, Yoshio TAKAHASHI and Hiroyuki OZOE, Proceedings of the 4th International Symposium on Computational technologies for Fluid/Thermal/Structural/Chemical systems with industrial applications, PVP-Vol.448-1, pp. 81-88, August 4-8, 2002, Vancouver, BC, CANADA.
(104) “Numerical computation of the Czochralski melt flow under the rotational magnetic field”, Takahiro MORIZONO, Mitsuo IWAMOTO, Masato AKAMATSU, and Hiroyuki OZOE, The 15th Symposium on Chemical Engineering, pp. 45-46, December, 2002, Kumamoto, Japan.
(105) “Elliptic temperature contours under a transverse magnetic field computed for a Czochralski melt”, Masato AKAMATSU, Mitsuo HIGANO and Hiroyuki OZOE, International Journal of Heat and Mass Transfer, Vol. 44, No. 17, pp. 3253-3264, 2001.
(106) “Specific heat capacity of magnetic fluids measured by differential scanning calorimeter”, Mitsuo HIGANO, Masato AKAMATSU and Hiromichi MIYASHITA, Proceedings of 2001 IAMS International Seminar on Materials for Use in Lithium Batteries and Transport Phenomena in Material Processing, pp. 91-100, November 26-27, 2001, Fukuoka, JAPAN.
(107) “Behavior of air in a vertical cylindrical container with the temperature boundary condition of the floating zone crystal growth process under a strong magnetic field”, Masato AKAMATSU, Mitsuo HIGANO, Yoshio TAKAHASHI and Hiroyuki OZOE, Proceedings of 2001 IAMS International Seminar on Materials for Use in Lithium Batteries and Transport Phenomena in Material Processing, pp. 133-142, November 26-27, 2001, Fukuoka, JAPAN.
(108) “Two-dimensional numerical computation for natural convection of air in a vertical cylindrical container under both gravitational and magnetizing forces”, Masato AKAMATSU, Mitsuo HIGANO, Yoshio TAKAHASHI and Hiroyuki OZOE, Proceedings of First International Symposium on Advanced Fluid Information, pp.318-323, October 4-5, 2001, Sendai, JAPAN.
(109) “Convectional control in silicon melts under a rotating magnetic field”, Masato AKAMATSU, Mitsuo HIGANO and Hiroyuki OZOE, Proceedings of 2nd International symposium on Advances in Computational Heat Transfer, Vol. 2, pp. 1113-1120, May 20-25, 2001, Queensland, AUSTRALIA.
(110) “Convectional control in silicon melts under a magnetic field”, Masato AKAMATSU, Mitsuo IWAMOTO, Mitsuo HIGANO and Hiroyuki OZOE, Proceedings of 4th JSME-KSME Thermal Engineering Conference, Vol.3, pp.229-234, October 1-6, 2000, Kobe, JAPAN.
(111) “Experimental study of natural and forced convection of liquid metal under a rotational magnetic field”, Mitsuo IWAMOTO, Masato AKAMATSU, Tetsuya HIRATA, Kuniteru YAMAGUCHI, and Hiroyuki OZOE, Proceedings of 4th JSME-KSME Thermal Engineering Conference, Vol.3, pp.225-228, October 1-6, 2000, Kobe, JAPAN.
(112) “Application of various magnetic fields for the melt in a Czochralski crystal growing system” Hiroyuki OZOE, Koichi KAKIMOTO, Masato AKAMATSU, and Yoo Cheol Won, Proceedings of 20th Int. Congress of Theoretical and Applied Mechanics, pp.191-192, August 27-September 2, 2000, Chicago, USA.
(113) “Numerical computation of non-axisymmetric convection in the melt of Czochralski crystal growth”, Mitsuo IWAMOTO, Masato AKAMATSU, Tarou Nakao, Hiroyuki OZOE, Proceedings of The 1st Asian Conference on Crystal Growth and Crystal Technology, p.370, August 29-September 1, 2000, Sendai, JAPAN.
(114) “One-sided natural and mixed convection computed for liquid metal in a Czochralski configuration”, Masato AKAMATSU, Hiroyuki OZOE, Koichi KAKIMOTO and Tsuguo FUKUDA, 5th ASME-JSME Thermal Engineering Joint Conference, CD-ROM Proceedings (pp.1-8), March 15-19, 1999, San Diego, USA.
(115) “水平方向一様磁場印加下におけるチョクラルスキー融液の再振動現象”, 赤松正人,博士学位論文(九州大学),1999年3月.
(116) “Numerical calculation of natural and mixed convection in a Czochralski crucible under a transverse magnetic field”, Masato AKAMATSU, Koichi KAKIMOTO and Hiroyuki OZOE, Proceedings of 11th International Heat Transfer Conference, Vol.3, pp.239-244, August 23-28, 1998, Kyongju, KOREA.
(117) “Numerical calculation of oscillation flow in a Czochralski crucible under a transverse magnetic field”, Masato AKAMATSU, Koichi KAKIMOTO and Hiroyuki OZOE, Proceedings of 12th International Conference on Crystal Growth, Book of Abstracts, p.74, July 26-31, 1998, Jerusalem, ISRAEL.
(118) “Numerical computation for the secondary convection in a Czochralski crystal growing system with a rotating crucible and a static crystal rod”, Masato AKAMATSU, Koichi KAKIMOTO and Hiroyuki OZOE, Journal of Materials Processing & Manufacturing Science, Vol.5, No.4, pp.329-348, 1997.
(119) “Effect of crucible rotation on the melt convection and the structure in a Czochralski method”, Masato AKAMATSU, Koichi KAKIMOTO and Hiroyuki OZOE, Proceedings of 10th International Symposium on Transport Phenomena, pp.637-642, November 30-December 3, 1997, Kyoto, JAPAN.
(120) “The oscillatory convection in the melt of Czochralski crystal growth”, Mitsuo IWAMOTO, Hiroyuki OZOE, Tetsurou OBATA, Masato AKAMATSU, Tsuguo FUKUDA and Shinichirou TOZAWA, Proceedings of 3rd KSME-JSME Thermal Engineering Conference, pp. 83-88, October 20-23, 1996, Kyongju, KOREA.
受賞/Prize
(1) 平成21年度 日本伝熱学会賞 学術賞受賞,
研究代表者 赤松正人,共同研究者 日向野三雄,
研究課題名 磁気力による非磁性流体の熱対流制御に関する研究.
(2) Best Poster Award受賞,
Third International Symposium on Advances in Computational Heat Transfer, Co-Chairs G. de Vahl Davis and E. Leonardi, April 19-24, 2004, Kirkenes and Bergen, NORWAY.“Control of heat transfer of air by the magnetizing force under gravitational and non-gravitational fields”, Mitsuo HIGANO, Masato AKAMATSU and Yasumasa OKAZAKI.