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Your search keyword '"Mima, K."' showing total 24 results
Start Over Author "Mima, K." Publication Type Books
24 results on '"Mima, K."'

1. Time-Resolved Fluorescence Spectrum of Wide-Gap Semiconductors Excited by 13.9 nm X-Ray Laser

Author

Tanaka, M., primary, Furukawa, Y., additional, Nakazato, T., additional, Tatsumi, T., additional, Murakami, H., additional, Shimizu, T., additional, Sarukura, N., additional, Nishikino, M., additional, Kawachi, T., additional, Kagamitani, Y., additional, Ehrentraut, D., additional, Fukuda, T., additional, Nishimura, H., additional, and Mima, K., additional

Published
2009
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5. Relativistic Interaction of Laser Pulses with Plasmas

Author

Bulanov, S. V., primary, Califano, F., additional, Dudnikova, G. I., additional, Esirkepov, T. Zh., additional, Inovenkov, I. N., additional, Kamenets, F. F., additional, Liseikina, T. V., additional, Lontano, M., additional, Mima, K., additional, Naumova, N. M., additional, Nishihara, K., additional, Pegoraro, F., additional, Ruhl, H., additional, Sakharov, A. S., additional, Sentoku, Y., additional, Vshivkov, V. A., additional, and Zhakhovskii, V. V., additional

Published
2001
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9. FEL experiment of the 5th harmonic generation with a modified wiggler

Author

Nakao, N., primary, Kokubo, M., additional, Imasaki, K., additional, Fujita, M., additional, Ohkubo, K., additional, Moon, A., additional, Roy, P.K., additional, Tanaka, H., additional, Ohigashi, N., additional, Tsunawaki, Y., additional, Mima, K., additional, Nakai, S., additional, and Yamanaka, C., additional

Published
1998
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14. Laser Fusion — High Density Compression Experiment and Ignition Program with Gekko XII

Author

Nakai, S., primary, Mima, K., additional, Azechi, H., additional, Miyanaga, N., additional, Nishiguchi, A., additional, Yamanaka, T., additional, Nishihara, K., additional, Tanaka, K. A., additional, Nakai, M., additional, Kodama, R., additional, Katayama, M., additional, Kado, M., additional, Tsukamoto, M., additional, Kato, Y., additional, Takabe, H., additional, Nishimura, H., additional, Shiraga, H., additional, Endo, T., additional, Nakatsuka, M., additional, Sasaki, T., additional, Jitsuno, T., additional, Yoshida, K., additional, Kanabe, T., additional, Nakano, H., additional, Tsubakimoto, K., additional, Yamanaka, M., additional, Naito, K., additional, Norimatsu, T., additional, Takagi, M., additional, Chen, T., additional, Izawa, Y., additional, and Yamanaka, C., additional

Published
1992
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15. High Density Compression of Hollow-Shell Target by Gekko XII and Laser Fusion Research at Ile, Osaka University

Author

Nakai, S., primary, Mima, K., additional, Yamanaka, M., additional, Azechi, H., additional, Miyanaga, N., additional, Nishiguchi, A., additional, Nakaishi, H., additional, Chen, Y.-W., additional, Setsuhara, Y., additional, Norreys, P. A., additional, Yamanaka, T., additional, Nishihara, K., additional, Tanaka, K. A., additional, Nakai, M., additional, Kodama, R., additional, Katayama, M., additional, Kato, Y., additional, Takabe, H., additional, Nishimura, H., additional, Shiraga, H., additional, Endo, T., additional, Kondo, K., additional, Nakatsuka, M., additional, Sasaki, T., additional, Jitsuno, T., additional, Yoshida, K., additional, Kanabe, T., additional, Yokotani, A., additional, Norimatsu, T., additional, Takagi, M., additional, Katayama, H., additional, Izawa, Y., additional, and Yamanaka, C., additional

Published
1991
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18. CONCEPTUAL STUDIES ON HIGH GAIN LASER FUSION REACTOR WITH MAGNETICALLY GUIDED LI FLOW

Author

Ido, S., primary, Imasaki, K., additional, Izawa, Y., additional, Kato, Y., additional, Kitagawa, Y., additional, Matoba, M., additional, Mima, K., additional, Mochizuki, T., additional, Nakai, S., additional, Nishihara, K., additional, Nishimura, H., additional, Norimatsu, T., additional, Sasaki, T., additional, Yabe, T., additional, Yamanaka, T., additional, and Yamanaka, C., additional

Published
1981
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22. Induction Linac Projects at ILE

Author

Akiba, T., primary, Imasaki, K., additional, Fukuda, M., additional, Tanaka, K., additional, Miyamoto, S., additional, Mima, K., additional, Kuruma, S., additional, Kitagawa, Y., additional, Ohigashi, N., additional, Tsunawaki, Y., additional, Nakai, S., additional, and Yamanaka, C., additional

Published
1988
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23. Radiative Properties and Hydrodynamics of Laser Produced Tin Plasma for Efficient Extreme Ultraviolet Light Source

Author

Fujioka, S., primary, Nishimura, H., additional, Nishihara, K., additional, Tao, Y., additional, Aota, T., additional, Ando, T., additional, Nagai, K., additional, Norimatsu, T., additional, Miyanaga, N., additional, Izawa, Y., additional, Mima, K., additional, Tanuma, H., additional, Ohnishi, H., additional, Sunahara, A., additional, Shimada, Y., additional, and Sasaki, A., additional

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24. Radiative Properties and Hydrodynamics of Laser Produced Tin Plasma for Efficient Extreme Ultraviolet Light Source.

Author

Nickles, P. V., Janulewicz, K. A., Fujioka, S., Nishimura, H., Nishihara, K., Tao, Y., Aota, T., Ando, T., Nagai, K., Norimatsu, T., Miyanaga, N., Izawa, Y., Mima, K., Tanuma, H., Ohnishi, H., Sunahara, A., Shimada, Y., and Sasaki, A.

Abstract

A laser-produced tin (Sn) plasma is an attractive extreme-ultraviolet(EUV) light source for the next generation lithography in terms of its brightness and compactness. Radiative properties and hydrodynamics of the laser-produced Sn plasmas are quite important for investigating the optimum conditions for EUV generation. Several experiments have been performed to clarify the above issues;(i) EUV spectra emitted from isolated Snq+ (5 < q < 15) ions and opacity spectrumof a 30-eV Sn plasma have been measured as fundamental data for accurate modelingradiation energy transport in plasmas, (ii) electron density profile in 13.5 nmemission dominant region of a laser-produced Sn plasma was measured with a laserinterferometer for understanding hydrodynamics of an EUV source plasma. (iii) benchmarking one-dimensional (1D) radiation-hydrodynamic simulation codewith multiple laser beam irradiated spherical 1D Sn plasma. Based on the experimentalresults and calculations, it was found that optically thinner plasma emits 13.5 nm light more efficiently. Optical depth of Sn plasma is actively controlledwith changing laser pulse duration and the use of low-density porous target. [ABSTRACT FROM AUTHOR]

Published
2007
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