Search

Your search keyword '"Iwasaki, S."' showing total 91 results
Start Over Author "Iwasaki, S." Publisher wiley
91 results on '"Iwasaki, S."'

1. Japanese Women's Speech through Life-Transitions (1989-2000): An Analysis of Youth Language Features

Author

Tanaka, L, Okano, K, Nakane, I, Maree, C, Iwasaki, S, Takagi, C, Tanaka, L, Okano, K, Nakane, I, Maree, C, Iwasaki, S, and Takagi, C

Abstract

This study analyses four women’s speech from Kobe who were interviewed by the same researcher in 1989 and in 2000. We focused on highly indexical pragmatic youth language features (discourse markers and end‐rising intonation) to understand about societal pressures that young women in Japan face when transitioning into adulthood. The analysis reveals a complex picture; some women use them more as time goes by, while others use them less. The vast ethnographic information helps us to understand their persona style (Eckert 2008), and to have an insight into their linguistic capital (Bourdieu and Boltanski 1978, Woolard 2008).

Published
2021

2. Seasonal Variations in High Arctic Free Tropospheric Aerosols Over Ny-Ålesund, Svalbard, Observed by Ground-Based Lidar

Author

Shibata, T., Shiraishi, K., Shiobara, M., Iwasaki, S., and Takano, T.

Subjects
free troposphere, seasonal variations, high Arctic, complex mixtures, aerosols, lidar
Abstract

Free tropospheric aerosols over the high Arctic were observed by lidar for about 4 years from March 2014 at Ny‐Ålesund (78.9°N, 11.9°E). Vertical profiles of aerosol backscattering coefficients at two wavelengths, 532 and 1,064 nm, and depolarization ratio at one wavelength, 532 nm, are derived from these observations. The aerosol backscattering coefficient, the particle depolarization ratio, and the color ratio (the ratio of the backscattering coefficients at the two wavelengths) are roughly proportional to mass concentration, nonsphericity, and size of the aerosol particles, respectively. The aerosol backscattering coefficients indicate that monthly averaged concentration of aerosols was largest in the lowest free troposphere at about 1 km in altitude and was an order of magnitude less at an about 10 km in altitude and that the concentration of aerosols was highest from late spring to summer and lowest from late summer to fall. The depolarization ratio was less than a few percent in the troposphere during the four observed years. The depolarization ratio and the color ratio were greatest from winter to spring and smallest from summer to fall. The maxima in the monthly averaged nonsphericity and size precede the maxima in the monthly averaged concentration by a few months, indicating a seasonal change in the morphology or the characteristics of the aerosol particles. The small particle depolarization ratio of less than a few percent is consistent with previous findings that Arctic free tropospheric aerosol particles in spring are composed of a mixture of liquid phase sulfate and soot particles., ファイル公開：2019-05-16

Published
2018

22. Discovery of the Presence and Functional Expression of Cannabinoid CB2 Receptors in Brain

Author

ONAIVI, E. S, primary, ISHIGURO, H., additional, GONG, J.-P., additional, PATEL, S., additional, PERCHUK, A., additional, MEOZZI, P. A, additional, MYERS, L., additional, MORA, Z., additional, TAGLIAFERRO, P., additional, GARDNER, E., additional, BRUSCO, A., additional, AKINSHOLA, B. E, additional, LIU, Q.-R., additional, HOPE, B., additional, IWASAKI, S., additional, ARINAMI, T., additional, TEASENFITZ, L., additional, and UHL, G. R, additional

Published
2006
Full Text
View/download PDF

Catalog

Books, media, physical & digital resources
See catalog results