Faculty Information - SUGAWARA Masahiko

Research topic, funded research, and department laboratory expense

（Last updated : 2025-03-24 13:43:00）

SUGAWARA Masahiko
Center for Education (Faculty of Innovative Information Science), Faculty of Innovative Information Science

Professor

■ Office

Shin-Narashino Campus, No.2 Building,4th floor physics 6th laboratory

■ Academic background

1979/04～1981/03

〔Master Course〕 Major in Nuclear Physics, Graduate School, Division of Natural Science, Tohoku University, Completed, Doctor of Science

■ Present specialized field

Theoretical studies related to particle-, nuclear-, cosmic ray and astro-physics

■ Research activities

1980/09～

Physical Society of Japan

■ Works

1.	Article	High-spin states in ³⁵S PHYSICAL REVIEW C 103(034327),pp.1-8 (Collaboration) 2021/03/29
2.	Article	Attempt at describing triaxiality of ^108,110,112Ru by the generalized triaxial rotor model with independent, variable moments of inertia Physical Review C 99(054323),pp.1-5 (Single) 2019/05
3.	Article	Empirical model with independent variable moments of inertia for triaxial nuclei applied to ⁷⁶Ge and ¹⁹²Os Physical Review C 97(054320),pp.1-6 (Single) 2018/05
4.	Article	Introduction of multiple γ-ray detection to charged particle activation analysis Journal of Radioanalytical and Nuclear Chemistry 314(3),pp.1707-1714 (Collaboration) 2017/10
5.	Article	Intermediate-spin states of ⁹²Zr and a large B(E2) value between 10₁⁺ and 8₁⁺ states Physical Review C 96(024314),pp.1-7 (Collaboration) 2017/08
6.	Article	Lifetime measurement for the possible antimagnetic rotation band in ¹⁰¹Pd Physical Review C 92(024309),pp.1-6 (Collaboration) 2015/08
7.	Article	In-beam γ spectroscopy of the even-even nucleus ¹⁹⁰Pt Physical Review C 89(054303),pp.1-9 (Collaboration) 2014/05
8.	Article	Possible band termination in ⁹⁹Rh Physical Review C 87,pp.064319,1-10 (Collaboration) 2013/06
9.	Article	Possible Antimagnetic Rotational Band and Neutron Alighnment in ¹⁰¹Pd Physical Review C 86(034326),pp.1-11 (Collaboration) 2012/09
10.	Article	Coulomb Excitation of ¹⁵⁶Gd Physical Review C 83(064308),pp.1-13 (Collaboration) 2011/06
11.	Article	Medium-spin states in ⁷⁰Ge and the role of the g_9/2 orbital Physical Review C 81(024309),pp.1-10 (Collaboration) 2010/02
12.	Article	Superdeformation in asymmetric N>Z nucleus ⁴⁰Ar Physics Letters B 686,pp.18-22 (Collaboration) 2010/02
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■ Research topic, funded research, and department laboratory expense

1.	1999/04	Study on the nuclear science by means of Coulomb excitation (Key Word : )
2.	1998/04	Study on a unique phenomenon of electromagnetic transitions in multipole deformed states in nuclei (Key Word : )
3.	1998/04	Study on an exceptionally strong coulomb excitation of ^155Gd (Key Word : )
4.	1998/04	Systematic study on magnetic rotation in nuclei (Key Word : )
5.	1995/04～1998/03	Study on multipole deformations in heavy nuclei (Key Word : )
6.	1995/02～1998/03	Study on high spin states of $^{142，143}$Gd (Key Word : )
7.	1994/07	Study on $^{154-160}$Gd by Multiple Coulomb Excitation (Key Word : )
8.	1994/04～1998/03	Production　of a new isomer using a heavy ion beam and the study of its decay mode (Key Word : )
9.	1991/04～1997/03	Study on High Spin Isomers and High Spin Isomer Beams (Key Word : )
10.	1991/04	Study on Pattern Formation in Nature (Key Word : )
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