Abstract
Some results of theoretical and experimental investigation of formation and behaviour of gaseous inclusions during crystal growth from the liquid phase on the example of GaP:N model system have been presented. The thermodynamic analysis of gas-liquid system carried out gives the general picture of the bubble formation process and the evolution of critical gas nuclei which are significantly influenced by the gravity. The consideration taken out has been applied to some experimental crystal growth situations. Some methods for avoiding the formation and incorporation of gas bubbles into growing solid have also suggested.
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