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564 results on '"SHIBUYA, KAZUHIKO"'

34. Reassessing the atmospheric oxidation mechanism of toluene

Author

Ji, Yuemeng, Zhao, Jun, Terazono, Hajime, Misawa, Kentaro, Levitt, Nicholas P., Li, Yixin, Lin, Yun, Peng, Jianfei, Wang, Yuan, Duan, Lian, Pan, Bowen, Zhang, Fang, Feng, Xidan, An, Taicheng, Marrero-Ortiz, Wilmarie, Secrest, Jeremiah, Zhang, Annie L., Shibuya, Kazuhiko, Molina, Mario J., and Zhang, Renyi

Published
2017

39. Identity Health

Author

Shibuya, Kazuhiko

Subjects
Article
Abstract

Identity health has especially specific meanings for social relationships in contemporary digital age. First, computerized digital communication makes many citizens in severe maladaptation. The WHO often warns mental addictions of internet usages and online gaming among the youth. The advent of social media and online networking has endangered them in ambiguous situations which are not stabilizing in those basic grounds for human relationships. Further, because social networking sites and social gaming frequently enforce each member to interconnect with the others, many of participating members often hold harder mental debts to respond and maintain their interconnections. In this situation, in other words, it can say that all of users simultaneously might share common conditions under mental illness.

Published
2019

47. Infrared spectroscopy of ozone-water complex in a neon matrix

Author

Tsuge, Masashi, Tsuji, Kazuhide, Kawai, Akio, and Shibuya, Kazuhiko

Subjects
Infrared spectroscopy -- Usage, Ozone -- Chemical properties, Water -- Chemical properties, Neon -- Chemical properties, Chemicals, plastics and rubber industries
Abstract

The matrix isolation infrared spectroscopy was applied to study an ozone-water complex of atmospheric interest. The water symmetric stretching band within the complex was observed between the bands due to the water nonrotating monomer and the photon-acceptor of the water dimer. Thus, the study indicates that the ozone-water complex does not have a hydrogen-bonded configuration.

Published
2007

49. N((super 4)S) formation following the 193.3-nm ArF laser irradiation of NO and NO2 and its application to kinetic studies of N((super 4)S) reactions with NO and NO2

Author

Nakayama, Tomoki, Takahashi, Kenshi, Matsumi, Yutaka, and Shibuya, Kazuhiko

Subjects
Argon lasers -- Usage, Fluorescence spectroscopy -- Usage, Nitrogen oxide -- Structure, Nitrogen oxide -- Chemical properties, Chemicals, plastics and rubber industries
Abstract

Formation of the ground-state nitrogen atom, N((super 4)S), following 193.3-nm ArF laser irradiation of NO and NO2 is detected directly by a technique of laser-induced fluorescence spectroscopy at 120.07 nm. The rate constants for the reactions of N((super 4)S) with NO and NO2 are determined to be (3.8 plusmn 0.2) x 10(super -11) and (7.3 plusmn 0.9) x 10(super -12) cm(super 3) molecule(super -1)s(super -1), respectively.

Published
2005

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