"Upendar Kashaboina,鮑徳 玲,城戸 大貴,三輪（有賀）寛子,高草木達,脇坂祐輝,西川祐太,井波雄太,栗山史也,DipuArnoldus Lambertus,荻原仁志,井口翔之,山中一郎,和田敬広,朝倉 清高","高温反応条件下 での XAFS 反応解析の可能性","第126回触媒討論会",,,,,,2020,Sept.
"Upendar Kashaboina,徳玲 鮑,大貴 城戸,三輪（有賀） 寛子,高草木 達,西川祐太,井波雄太,栗山史也,DipuArnoldus Lambertus,荻原仁志,井口翔之,山中一郎,和田 敬広,朝倉清高","In脱水素メタンカップリング触媒の 高温オペランドXAFS観察","第125回触媒討論会",,,,,,2020,Mar.
"鮑 徳玲,城戸 大貴,Kashaboina Upendar,三輪（有賀）寛子,高草木 達,西川 祐太,井波 雄太,栗山 史也,井口 翔之,山中 一郎,和田 敬広,朝倉 清高","QXAFSと質量分析同時測定による In/SiO2および In/ZSM-5 メタン転換反応触媒の構造活性相関に関する研究","2019年日本表面真空学会学術講演会",,,,,,2019,Oct.
"Upendar Kashaboina,西川 祐太,井波 雄太,栗山 史也,Arnoldus Lambertus Dipu,荻原 仁志,井口 翔之,山中 一郎,脇坂 祐輝,Deling Bao,三輪（有賀）寛子,高草木 達,和田 敬広,朝倉 清高","In/SiO2メタン非酸化的カップリング触媒の活性化段階における構造変化のその場観察媒の活性化段階における構造変化のその場観察","第22回XAFS討論会",,,,,,2019,Sept.
"栗山史也,望月慧人,西川祐太,Kashaboina Upendar,鮑徳玲,井口翔之,和田敬広,朝倉清高,荻原仁志,山中一郎","Na-ZSM-5担持インジウム触媒によるメタン多量化反応","第124回触媒討論会",,,,,,2019,Sept.
"Upendar Kashaboina,Yuta Nishikawa,Yuki Wakisaka,Natee Sirisit,Deling Bao,Hiroko Miwa-Ariga,Satoru Takakusagi,Yuta Inami,Fumiya Kuriyama,Arnoldus Lambertus Dipu,Hitoshi Ogihara,Shoji Iguchi,Ichiro Yamanaka,Takahiro Wada,Kiyotaka Asakura","In/SiO2 Catalyst for Non-oxidative Coupling of Methane Improved by Activation in CH4 flow: In situ XAFS Study","第124回触媒討論会",,,,,,2019,Sept.
"Upendar Kashaboina,Yuta Nishikawa,Yuki Wakisaka,Natee Sirisit,Shinichi Nagamatsu,Deling Bao,Hiroko Ariga-Miwa,Satoru Takakusagi,Yuta Inami,Fumiya Kuriyama,Arnoldus Lambertus Dipu,Hitoshi Ogihara,Shoji Iguchi,Ichiro Yamanaka,Takahiro Wada,Kiyotaka Asakura","Metamorphosis-like Transformation During Activation of In/SiO2 Catalyst for Non-Oxidative Coupling of Methane: In Situ X-ray Absorption Fine Structure Analysis",,"Chemistry Letters",,"Vol. 48","No. 9","pp. 1145-1147",2019,July
"Upendar Kashaboina,Natee Sirisit,Hiroko Ariga-Miwa,Satoru Takakusagi,Yuta Nishikawa,Ayumu Kuriyama,Arnolduslambertus Dipu,Hitoshi Ogihara,Shoji Iguchi,ICHIRO YAMANAKA,Takahiro Wada,Kiyotaka Asakura","Operando EXAFS Analysis of In/SiO2 Catalyst during NMC","IRCCS-The 2nd International Symposium “New Future by Chemical Synthesis and Energy Materials”",,,,,,2019,Jan.