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2 121 kr
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The monograph "Shaped Crystal Growth" by V. A. Tatarchenko is the first systematic of the macroscopic crystallization theory. The theory is based on the stable statement growth conception, which means that self-stabilization is present in the system, with growth parameter deviations occurring under the action of external perturbations attenuating with time. The crystallization rate is one of the parameters responsible for crystal defect formation. Steady-state crystal growth means that crystallization rate internal stabilization is present, thus allowing more perfect crystals to grow. Most important is the fact that the crystal shape (an easily observed parameter) is one of the stable-growth characteristics when growing crystals without any contact with the crucible walls. This means that constant-cross-section crystal growth is to a certain extent evidence of crystallization process stability. The principles of the stable crystal growth theory were developed by the author of the monograph in the early 1970s. Due to the efforts over the past 20 years of V. A. Tatarchenko, his disciples (V. A. Borodin, S. K. Brantov, E. A. Brener, G. I. Romanova, G. A. Satunkin et al) and his followers (B. L. Timan, 0. V. Kolotiy et al) the theory has been completed, which is demonstrated by this monograph. The characteristic feature of the theory is its trend towards solving practical problems that occur in the process of crystal growth.
2 121 kr
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This book is the first monograph that systematically describes macroscopic crystallization theory. The theory developed is based on the concept of stable growth and on the fundamental Lyapunov stability theory. The internal stabilising crystallization rate implies a more perfect crystal. The characteristic feature of the theory presented is its use in solving the practical problems that occur in the process of crystal growth. The theory is developed for the shaping mechanisms - Stepanov, Czochralski, Verneuil and floating-zone techniques. Many of the theoretical recommendations are experimentally validated and the practical issues of steady-state crystal growth are discussed. Research workers in the fields of solid-state physics and fluid mechanics will find this authoritative volume an invaluable reference source.