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Results: 1-11 |
Results: 11
Development of hybrid pulse plasma coating system
Authors: Sakudo, N Awazu, K Yasui, H Saji, E Okazaki, K Hasegawa, Y Ikenaga, N Kanda, K Nambo, Y Saitoh, K
Citation: N. Sakudo et al., Development of hybrid pulse plasma coating system, SURF COAT, 136(1-3), 2001, pp. 23-27
Spatial distributions of ion-species in a large-volume inductively coupledplasma source
Authors: Okuji, S Sakudo, N Hayashi, K Okada, M Onogawa, T Maesaka, T Nishiyama, Y Komatsu, K Toyoda, K Yashima, S Ishida, T Awazu, K
Citation: S. Okuji et al., Spatial distributions of ion-species in a large-volume inductively coupledplasma source, SURF COAT, 136(1-3), 2001, pp. 102-105
DLC films formed by hybrid pulse plasma coating (HPPC) system
Authors: Awazu, K Sakudo, N Yasui, H Saji, E Okazaki, K Hasegawa, Y Ikenaga, N Kanda, K Nambo, Y Saitoh, K
Citation: K. Awazu et al., DLC films formed by hybrid pulse plasma coating (HPPC) system, SURF COAT, 136(1-3), 2001, pp. 172-175
Molecular dynamics study of wearless friction in sub-micrometer size mechanisms and actuators based on an atomistic simplified model
Authors: Hayashi, K Maeda, A Terayama, T Sakudo, N
Citation: K. Hayashi et al., Molecular dynamics study of wearless friction in sub-micrometer size mechanisms and actuators based on an atomistic simplified model, COMP MAT SC, 17(2-4), 2000, pp. 356-360
Possible designing mesoscopic materials of desired frictional characteristics by phonon-band engineering
Authors: Hayashi, K Maeda, A Haraoka, K Kawai, T Sakudo, N Yamabe, M
Citation: K. Hayashi et al., Possible designing mesoscopic materials of desired frictional characteristics by phonon-band engineering, PROG T PH S, (138), 2000, pp. 576-577
Surface reaction mechanism in MOVPE growth of ZnSe revealed using radicalsproduced by photolysis of alkyl azide
Authors: Hayashi, K Maeda, A Fujiyama, M Kitagawa, Y Sakudo, N
Citation: K. Hayashi et al., Surface reaction mechanism in MOVPE growth of ZnSe revealed using radicalsproduced by photolysis of alkyl azide, APPL SURF S, 154, 2000, pp. 542-547
Effect of microwave ferrite on the density distribution of microwave-superposed inductively coupled plasma
Authors: Okuji, S Sakudo, N Hayashi, K Fujimura, K Nishiyama, Y Toyoda, K Yashima, S Ishida, T
Citation: S. Okuji et al., Effect of microwave ferrite on the density distribution of microwave-superposed inductively coupled plasma, VACUUM, 59(2-3), 2000, pp. 686-692
Improvement of microwave ion source for higher B+ ion current
Authors: Okada, M Sakudo, N Hayashi, K Ikenaga, N Okuji, S Onogawa, T Maesaka, T Nishiyama, Y Takahashi, M Ito, S Ito, H
Citation: M. Okada et al., Improvement of microwave ion source for higher B+ ion current, REV SCI INS, 71(2), 2000, pp. 713-715
Large-area ion source combining microwaves with inductively coupled plasma
Authors: Okuji, S Sakudo, N Hayashi, K Okada, M Onogawa, T Maesaka, T Nishiyama, Y Toyoda, K Yashima, S Ishida, T
Citation: S. Okuji et al., Large-area ion source combining microwaves with inductively coupled plasma, REV SCI INS, 71(2), 2000, pp. 716-718
Microwave ion sources for industrial applications (invited)
Authors: Sakudo, N
Citation: N. Sakudo, Microwave ion sources for industrial applications (invited), REV SCI INS, 71(2), 2000, pp. 1016-1022
Factors determining energy values of ion beams for ion-beam deposition
Authors: Sakudo, N Hayashi, K Ikenaga, N Sakaguchi, N Moriike, K Fujimura, K Okada, M Maesaka, T
Citation: N. Sakudo et al., Factors determining energy values of ion beams for ion-beam deposition, NUCL INST B, 148(1-4), 1999, pp. 53-57
Risultati: 1-11 |