@article{CTT100807872, author = {Ryo Ono and Atsuro Iwase and Shinichiro Murakami and Shungo Zen}, title = {Comparison of measured and simulated chemical species densities in vacuum ultraviolet photolysis method of Ar/H2O/O2 mixture developed for selectively supplying reactive species}, journal = {Journal of Photochemistry and Photobiology A: Chemistry}, year = 2020, } @article{CTT100771152, author = {Shungo Zen and Yuta Komatsu and Ryo Ono}, title = {Low-temperature ozone annealing for dye-sensitized solar cells}, journal = {Journal of Photochemistry and Photobiology A: Chemistry}, year = 2018, } @article{CTT100709397, author = {Shungo Zen and Yuki Inoue and Ryo Ono}, title = {Low temperature (150 C) fabrication of high-performance TiO2 films for dye-sensitized solar cells using ultraviolet light and plasma treatments of TiO2 paste containing organic binder}, journal = {JOURNAL OF APPLIED PHYSICS}, year = 2015, } @article{CTT100709600, author = {Ryo Ono and Yusuke Tokumitsu and Shungo Zen and Seiya Yonemori}, title = {Production of reactive species using vacuum ultraviolet photodissociation as a tool for studying their effects in plasma medicine: simulations and measurements}, journal = {Journal of Physics D: Applied Physics}, year = 2014, } @article{CTT100709400, author = {Shungo Zen and Yuta Ishibashi and Ryo Ono}, title = {Low-temperature sintering for plastic dye-sensitized solar cells using conventional TiO2 paste containing organic binders}, journal = {APPLIED PHYSICS LETTERS}, year = 2014, } @article{CTT100709604, author = {全俊豪 and 小野亮 and 小田 哲治}, title = {酸化系活性種による色素増感太陽電池の低温焼成技術の開発}, journal = {静電気学会誌}, year = 2014, } @article{CTT100709607, author = {Shungo Zen and Daiki Saito and Ryo Ono and Tetsuji Oda}, title = {Low-temperature-sintered Dye-sensitized Solar Cell Using Surface Treatment of TiO2 Photoelectrode with Ultraviolet Light}, journal = {Chemistry Letters}, year = 2013, } @article{CTT100709611, author = {Shungo Zen and Yoshiyuki Teramoto and Ryo Ono and Tetsuji Oda}, title = {Development of Low-Temperature Sintering Technique for Dye-Sensitized Solar Cells Combined with Dielectric Barrier Discharge Treatment}, journal = {Japanese Journal of Applied Physics}, year = 2012, } @inproceedings{CTT100807874, author = {全俊豪 and 藤島恒人 and 小野亮}, title = {色素増感太陽電池の高速低温焼成手法の開発}, booktitle = {}, year = 2019, } @inproceedings{CTT100772632, author = {Shungo Zen and H. Hujishima and Yuta Komatsu and Ryo Ono}, title = {Effects of Reactive Species on Low-temperature Annealing for Dye-sensitized Solar Cells,}, booktitle = {}, year = 2018, } @inproceedings{CTT100772636, author = {小松 祐太 and 全俊豪 and 小野 亮}, title = {紫外線を用いた色素増感太陽電池の低温焼成法における活性種の効果}, booktitle = {}, year = 2018, } @inproceedings{CTT100755390, author = {小松 祐太 and 全俊豪 and 小野 亮}, title = {紫外線を用いた色素増感太陽電池の低温焼成法における活性種が与える影響}, booktitle = {}, year = 2017, }