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Results: 1-12 |
Results: 12
Magnetic levitation experiments in Tohoku University
Authors: Motokawa, M Hamai, M Sato, T Mogi, I Awaji, S Watanabe, K Kitamura, N Makihara, M
Citation: M. Motokawa et al., Magnetic levitation experiments in Tohoku University, PHYSICA B, 294, 2001, pp. 729-735
Coordination structures of implanted Fe, Co, and Ni ions in silica glass by x-ray absorption fine structure spectroscopy
Authors: Fukumi, K Chayahara, A Kadono, K Kageyama, H Akai, T Mizoguchi, H Kitamura, N Makihara, M Horino, Y Fujii, K
Citation: K. Fukumi et al., Coordination structures of implanted Fe, Co, and Ni ions in silica glass by x-ray absorption fine structure spectroscopy, J MATER RES, 16(1), 2001, pp. 155-162
Improvement of switching time in a thermocapillarity optical switch
Authors: Sakata, T Togo, H Makihara, M Shimokawa, F Kaneko, K
Citation: T. Sakata et al., Improvement of switching time in a thermocapillarity optical switch, J LIGHTW T, 19(7), 2001, pp. 1023-1027
Crystal growth and materials processing in the magnetic levitation condition
Authors: Motokawa, M Hamai, M Sato, T Mogi, I Awaji, S Watanabe, K Kitamura, N Makihara, M
Citation: M. Motokawa et al., Crystal growth and materials processing in the magnetic levitation condition, J MAGN MAGN, 226, 2001, pp. 2090-2093
Glass spheres produced by magnetic levitation method
Authors: Kitamura, N Makihara, M Sato, T Hamai, M Mogi, I Awaji, S Watanabe, K Motokawa, M
Citation: N. Kitamura et al., Glass spheres produced by magnetic levitation method, J NON-CRYST, 293, 2001, pp. 624-629
Containerless melting of glass by magnetic levitation method
Authors: Kitamura, N Makihara, M Hamai, M Sato, T Mogi, I Awaji, S Watanabe, K Motokawa, M
Citation: N. Kitamura et al., Containerless melting of glass by magnetic levitation method, JPN J A P 2, 39(4A), 2000, pp. L324-L326
High pressure densification of lithium silicate glasses
Authors: Kitamura, N Fukumi, K Mizoguchi, H Makihara, M Higuchi, A Ohno, N Fukunaga, T
Citation: N. Kitamura et al., High pressure densification of lithium silicate glasses, J NON-CRYST, 274(1-3), 2000, pp. 244-248
XANES study on coordination geometry of implanted Cu+ ions in silica glass: dependence on doses
Authors: Fukumi, K Chayahara, A Kageyama, H Kadono, K Kitamura, N Mizoguchi, H Horino, Y Makihara, M
Citation: K. Fukumi et al., XANES study on coordination geometry of implanted Cu+ ions in silica glass: dependence on doses, J NON-CRYST, 271(1-2), 2000, pp. 171-175
Micromechanical optical switches based on thermocapillary integrated in waveguide substrate
Authors: Makihara, M Sato, M Shimokawa, F Nishida, Y
Citation: M. Makihara et al., Micromechanical optical switches based on thermocapillary integrated in waveguide substrate, J LIGHTW T, 17(1), 1999, pp. 14-18
Photoluminescence of Cu+-doped silica glass prepared by MeV ion implantation
Authors: Fukumi, K Chayahara, A Ohora, K Kitamura, N Horino, Y Fujii, K Makihara, M Hayakaya, J Ohno, N
Citation: K. Fukumi et al., Photoluminescence of Cu+-doped silica glass prepared by MeV ion implantation, NUCL INST B, 149(1-2), 1999, pp. 77-80
High pressure effect on optical properties of cerium ion in fluoroaluminate glass
Authors: Kitamura, N Fukumi, K Nishii, J Makihara, M Sasaki, T Ohno, N
Citation: N. Kitamura et al., High pressure effect on optical properties of cerium ion in fluoroaluminate glass, J NON-CRYST, 259, 1999, pp. 68-72
Formation process of CuCl nano-particles in silica glass by ion implantation
Authors: Fukumi, K Chayahara, A Kageyama, H Kadono, K Akai, T Kitamura, N Mizoguchi, H Horino, Y Makihara, M Fujii, K Hayakawa, J
Citation: K. Fukumi et al., Formation process of CuCl nano-particles in silica glass by ion implantation, J NON-CRYST, 259, 1999, pp. 93-99
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