@article{CTT100884716, author = {Ryosuke Nitta and Yuta Kubota and Ayaka Endo and Hwai-En Lin and Tetsuo Kishi and Suguru Kitani and Hitoshi Kawaji and Nobuhiro Matsushita}, title = {Hydrogen donor formation in a solution-processed ZnO film by UV light irradiation}, journal = {Applied Physics Letters}, year = 2022, } @article{CTT100884715, author = {Ryosuke Nitta and Yuta Kubota and Tetsuo Kishi and Nobuhiro Matsushita}, title = {Fabrication of nanostructured CuO thin films with controllable optical band gaps using a mist spin spray technique at 90 °C}, journal = {Thin Solid Films}, year = 2022, } @article{CTT100863346, author = {Ryosuke Nitta and Hwai En Lin and Yuta Kubota and Tetsuo Kishi and Nobuhiro Matsushita}, title = {CuO nanostructure-based flexible humidity sensors fabricated on PET substrates by spin-spray method}, journal = {Applied Surface Science}, year = 2022, } @inproceedings{CTT100884692, author = {Atsuko Yamasaki and Ryosuke Nitta and Yuta Kubota and NOBUHIRO MATSUSHITA}, title = {ペロブスカイト型太陽電池応用へ向けたミストスピンスプレー法によるn型半導体SnO2薄膜の低温作製}, booktitle = {}, year = 2022, } @inproceedings{CTT100884699, author = {Yutaka FUJITA and Ryosuke NITTA and Yuta KUBOTA and Nobuhiro MATSUSHITA}, title = {Development of Cu2O film fabrication process with ultrasonic mist for flexible glucose sensor application}, booktitle = {}, year = 2022, } @inproceedings{CTT100884688, author = {Ryosuke Nitta and Yuta Kubota and NOBUHIRO MATSUSHITA}, title = {モーションセンサデバイス応用へ向けた溶液プロセスによるプラスチック基板上へのCu2O膜の作製}, booktitle = {}, year = 2022, } @inproceedings{CTT100884689, author = {Atsuko Yamasaki and Ryosuke Nitta and Yuta Kubota and NOBUHIRO MATSUSHITA}, title = {フレキシブル太陽電池応用へ向けたミストスピンスプレー法によるSnO2薄膜の作製}, booktitle = {}, year = 2022, } @inproceedings{CTT100884700, author = {Yutaka Fujita and Ryosuke Nitta and Yuta Kubota and NOBUHIRO MATSUSHITA}, title = {超音波ミストスピンスプレー法による数十nm厚Cu2O膜の作製とグルコースセンサ応用}, booktitle = {}, year = 2022, } @inproceedings{CTT100884693, author = {Ryosuke NITTA and Yuta KUBOTA and Nobuhiro MATSUSHITA}, title = {Novel Anisotropic Bending Sensor Based on Solution-processed Cu2O film for Human Motion Monitoring}, booktitle = {}, year = 2022, } @misc{CTT100900936, author = {Ryosuke Nitta}, title = {Flexible Sensors Utilizing Functionalized Oxide Films Fabricated by Controlling Spin-spray Reactions and Post-treatment below 90℃}, year = 2022, } @misc{CTT100866765, author = {Ryosuke Nitta}, title = {Flexible Sensors Utilizing Functionalized Oxide Films Fabricated by Controlling Spin-spray Reactions and Post-treatment below 90℃}, year = 2022, } @misc{CTT100866766, author = {Ryosuke Nitta}, title = {Flexible Sensors Utilizing Functionalized Oxide Films Fabricated by Controlling Spin-spray Reactions and Post-treatment below 90℃}, year = 2022, } @phdthesis{CTT100900936, author = {Ryosuke Nitta}, title = {Flexible Sensors Utilizing Functionalized Oxide Films Fabricated by Controlling Spin-spray Reactions and Post-treatment below 90℃}, school = {Tokyo Institute of Technology}, year = 2022, } @phdthesis{CTT100866765, author = {Ryosuke Nitta}, title = {Flexible Sensors Utilizing Functionalized Oxide Films Fabricated by Controlling Spin-spray Reactions and Post-treatment below 90℃}, school = {Tokyo Institute of Technology}, year = 2022, } @phdthesis{CTT100866766, author = {Ryosuke Nitta}, title = {Flexible Sensors Utilizing Functionalized Oxide Films Fabricated by Controlling Spin-spray Reactions and Post-treatment below 90℃}, school = {Tokyo Institute of Technology}, year = 2022, }