Goro Kikuchi is affiliated with Tohoku University in Japan and contributes to research primarily within the fields of Materials Science and Physics and Astronomy. Their work has also focused on subfields such as Materials Chemistry and Nuclear and High Energy Physics.
Within their research scope, Kikuchi has engaged extensively with topics concerning fusion materials and technologies, nuclear materials and properties, as well as magnetic confinement fusion research. These areas underline a focus on understanding and developing materials that are critical for nuclear fusion applications and related technologies.
Kikuchi's recent publication record includes the paper titled "Overview of tritium retention in divertor tiles and dust particles from the JET tokamak with the ITER-like wall," published in 2023 in the journal Nuclear Fusion. This paper has gained recognition with a number of citations, indicating its contribution to the ongoing dialogue in nuclear fusion research.
The venues in which Kikuchi publishes reflect their focus area, with Nuclear Fusion being a notable platform for disseminating their work.
Collaborative efforts form part of Kikuchi's research output, with frequent co-authors including Y. Torikai, A. Owada, S. Masuzaki, Teppei Otsuka, and N. Ashikawa. These collaborations emphasize a networked approach to research within their specialized fields.
Goro Kikuchi;Tadashi Yoshida;Masato Noguchi
Goro Kikuchi
Goro Kikuchi;Yutaro Motokawa;Tadashi Yoshida;Koichi Hiraga
T Yoshida;M Noguchi;G Kikuchi
G. Kikuchi;K. Hiraga
Unknown
Goro Kikuchi;Tadashi Yoshida
Norio Hayashi;Binkoh Yoda;Goro Kikuchi
Yutaro Motokawa;Goro Kikuchi
Shigeki Shibahara;Tadashi Yoshida;Goro Kikuchi
Tadashi Yoshida;Sakiko Takahashi;Goro Kikuchi
Yutaro Motokawa;Goro Kikuchi
Norio Hayashi;Yasuo Kurashima;Goro Kikuchi
Keiya Tada;Kuniaki Narisawa;Toshio Yoshida;Tasuke Konno
Tadashi Yoshida;Goro Kikuchi
Tadashi Yoshida;Goro Kikuchi
T Yoshida;M Noguchi;G Kikuchi
Masato Noguchi;Tadashi Yoshida;Goro Kikuchi
Masayuki Yamamoto;Norio Hayashi;Goro Kikuchi
Tadashi Yoshida;Goro Kikuchi
Norio Hayashi;Yutaro Motokawa;Goro Kikuchi
If you think any of the details on this page are incorrect, let us know.
Studying Chemistry in the USA can lead to diverse career opportunities, especially when combined with related fields like forensic science, criminal justice, and legal studies. Many students explore careers that apply chemistry in crime labs or legal contexts, such as forensic science careers. These roles require a strong foundation in analytical techniques and laboratory skills.
Pursuing an online degree is a flexible way to enter these interdisciplinary fields. For example, understanding how much does a criminal justice degree cost can help prospective students budget their education while gaining important knowledge in the justice system. Moreover, considering options like the best online associates in criminal justice offers an accessible stepping stone into this sector.
On the legal side, degrees related to chemistry can also pave the way for paralegal careers, especially in intellectual property or environmental law fields. Exploring paralegal salary expectations can provide insight into the financial benefits of these roles.
By combining chemistry with forensic science, criminal justice, or paralegal studies, students open up a variety of career pathways that bridge science and law. This multidisciplinary approach enhances employability and broadens professional opportunities.
