III–V Semiconductors

1. Front Matter

   Pages i-vi

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2. Growth of Binary III–V Semiconductors from Metallic Solutions

   • Klaus-Werner Benz, Elisabeth Bauser

   Pages 1-48

3. Temperature Gradient Solution Growth

   • Klaus Gillessen, Albert J. Marshall, Joachim Hesse

   Pages 49-71

4. Molecular Beam Epitaxy of III–V Compounds

   • Klaus Ploog

   Pages 73-162

5. Back Matter

   Pages 163-166

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Springer-Verlag, Berlin Heidelberg, in conjunction with Springer-Verlag New York, is pleased to announce a new series: CRYSTALS Growth, Properties, and Applications The series presents critical reviews of recent developments in the field of crystal growth, properties, and applications. A substantial portion of the new series will be devoted to the theory, mechanisms, and techniques of crystal growth. Occasionally, clear, concise, complete, and tested instructions for growing crystals will be published, particularly in the case of methods and procedures that promise to have general applicability. Responding to the ever-increasing need for crystal substances in research and industry, appropriate space will be devoted to methods of crystal characterization and analysis in the broadest sense, even though reproducible results may be expected only when structures, microstructures, and composition are really known. Relations among procedures, properties, and the morphology of crystals will also be treated with reference to specific aspects of their practical application. In this way the series will bridge the gaps between the needs of research and industry, the pos­ sibilities and limitations of crystal growth, and the properties of crystals. Reports on the broad spectrum of new applications - in electronics, laser tech­ nology, and nonlinear optics, to name only a few - will be of interest not only to industry and technology, but to wider areas of applied physics as well and to solid state physics in particular. In response to the growing interest in and importance of organic crystals and polymers, they will also be treated.

• Halbleiter
• applied physics
• crystal
• development
• electronics
• growth
• laser
• metals
• morphology
• nonlinear optics
• physics
• polymer
• semiconductor
• solid state physics
• structure

• Kristall-Labor der Physikalischen Institute, Göttingen, Germany

  H. C. Freyhardt

• Institut für Metallphysik der Universität Göttingen, Göttingen, Germany

  H. C. Freyhardt

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