Sophia University from its founding to the present has been dedicated to student-centered education and research. The results can be seen in the wide range of activities our graduates are engaged in as they contribute to society in various ways.
Information about Sophia's education and research, which have produced such good results, has previously been available within the campus. Now, in order to reach a wider audience outside the university, a database has been compiled to provide information on the education and research being done by Sophia teachers.
By producing this database and exchanging information, we are aiming at an even higher level of education and research. I look forward to a database that will be productive for both senders and receivers.
President Sophia University
Contact: Center for Research Promotion and Support
JOURNAL OF MOLECULAR SPECTROSCOPY 253(2) 77-87 2009年2月
The microwave spectra of monochloroamine (NH2Cl) and its isotopic species have been observed by Cazzoli et al. [G. Cazzoli, D.C. Lister, P.G. Favero, J. Mol. Spectrosc. 42 (1972) 286-295; G. Cazzoli, D.G. Lister, J. Mal. Spectrosc. 45 (1973) 467-4...
The rotational spectra of HC4OH and its deuterated species have been detected in the 17-39 GHz region by microwave spectroscopy. The spectra were generated after pyrolysis of 2-butynol at 830 degrees C; a deuteration reaction to produce DC4OH and ...
JOURNAL OF MOLECULAR STRUCTURE 876(1-3) 186-193 2008年3月
The microwave spectra of two conformers of (E)-2-methylpropanal oxime ((CH3)(2)CH - CH=NOH) and its deuterated species ((CH3)(2)CH - CH=NOD) were observed in the frequency range from 8 to 40 GHz. The absorption lines in the ground and excited vibr...
E. Sato   M. Ohara   Y. Yamaoka   O. Ohashi   N. Kuze   T. Sakaizumi   
JOURNAL OF MOLECULAR SPECTROSCOPY 244(1) 79-86 2007年7月
The microwave spectra of cyclohexanone oxime and d(1) (=NOD) and d(4)(2,2,6,6-d(4)) derivatives were observed in the frequency range from 8 to 40 GHz in the ground and excited vibrational states. The rotational constants were determined to be A = ...