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Article type: Cover
1983 Volume 10 Issue 3-4 Pages
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Published: December 25, 1983
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Article type: Appendix
1983 Volume 10 Issue 3-4 Pages
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Article type: Index
1983 Volume 10 Issue 3-4 Pages
Toc1-
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Article type: Index
1983 Volume 10 Issue 3-4 Pages
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Yoshihiko Gotoh
Article type: Article
1983 Volume 10 Issue 3-4 Pages
167-187
Published: December 25, 1983
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In this report, especially focussed on the Stranski-Krastanov growth mode in growth of vacuum evaporated films, experimental evidences on epitaxy and growth modes for a Ag-Si (111) deposition system and some other systems are reviewed, which were obtained by techniques of RHEED, AES, TDS and SEM. By using RHEED, not only the ordered structures of two-dimensional adsorbed phase, but also epitaxial relation of three-dimensional crystallites can be known. The measurement of Auger amplitude versus coverage gives us reliable evidences on growth modes, and from this measurement the surface composition of the first monolayer can be determined. By the TDS measurement, it is possible to separate the evaporation of two-dimensional adsorbed phase from that of three-dimensional crystallites in different temperatures. By using UHV-SEM, in situ observation of growing crystallites on clean surface is possible.
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[in Japanese]
Article type: Article
1983 Volume 10 Issue 3-4 Pages
187-
Published: December 25, 1983
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Hiroshi Iwanaga, Noboru Shibata
Article type: Article
1983 Volume 10 Issue 3-4 Pages
188-195
Published: December 25, 1983
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Plate-like ZnO crystals composed of two parallel component plates (double-plate crystals) were found in the growth of ZnO crystals from ZnF_2. Two component plates have a common c-axis and their outer surface is parallel to the basal plane. They are combined by a rod-like core crystal growing in the [2110] direction. In addition they have inverse polarity and are rotated by angles around the c-axis each other. The angle of rotation is in accord with the concept of coincidence-site lattice to some extent. Morphology and growth process of double-plate ZnO crystals are described.
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Article type: Appendix
1983 Volume 10 Issue 3-4 Pages
195-
Published: December 25, 1983
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Hiroshi Komatsu, Shin-ichiro Takasu
Article type: Article
1983 Volume 10 Issue 3-4 Pages
196-200
Published: December 25, 1983
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Surface microtopographic study was made on the flux-grown magnetoplumbite crystals. Many interlaced growth spirals with hexagonal pits at the center were found on the basal faces (0001). Several hexagonal pits which were not situated at the spiral center were seen randomly scattered on the same basal faces. These features show that the crystals were slightly etched by its own flux before they were taken out from the crucible. A detailed analysis of interlacing spirals was made using phase-contrast microscopy and multiple-beam interferometry. It turned out that they were indeed the dissolution interlacing patterns resulted from the inversion of the relative order of the step velocity in the case of growth and the dissolution.
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[in Japanese]
Article type: Article
1983 Volume 10 Issue 3-4 Pages
200-
Published: December 25, 1983
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Article type: Appendix
1983 Volume 10 Issue 3-4 Pages
201-206
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Article type: Appendix
1983 Volume 10 Issue 3-4 Pages
207-210
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Article type: Appendix
1983 Volume 10 Issue 3-4 Pages
211-214
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Article type: Appendix
1983 Volume 10 Issue 3-4 Pages
215-218
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Article type: Appendix
1983 Volume 10 Issue 3-4 Pages
219-222
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Article type: Appendix
1983 Volume 10 Issue 3-4 Pages
223-226
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Article type: Appendix
1983 Volume 10 Issue 3-4 Pages
227-229
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Article type: Appendix
1983 Volume 10 Issue 3-4 Pages
230-233
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Article type: Appendix
1983 Volume 10 Issue 3-4 Pages
234-237
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Article type: Appendix
1983 Volume 10 Issue 3-4 Pages
238-241
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Article type: Appendix
1983 Volume 10 Issue 3-4 Pages
242-246
Published: December 25, 1983
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Article type: Appendix
1983 Volume 10 Issue 3-4 Pages
App2-
Published: December 25, 1983
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Article type: Appendix
1983 Volume 10 Issue 3-4 Pages
App3-
Published: December 25, 1983
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Article type: Cover
1983 Volume 10 Issue 3-4 Pages
Cover2-
Published: December 25, 1983
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Article type: Cover
1983 Volume 10 Issue 3-4 Pages
Cover3-
Published: December 25, 1983
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