State-of-the-Art Crystal Performance for Continuous-Growth Techniques

State-of-the-Art Crystal Performance for Continuous-Growth Techniques 

The progress in the techniques of continuous single-crystal growth allowed, in the final form, not only to develop industrial-scale technologies for production of alkali halide crystals of large sizes, but also to assume an entirely new level of stractural perfection control for such crystals. On the one hand, the reahzation 

Activator Distribution Along Crowing Crystal-Growth Axis 

The plethora of research on activator distribution and capabilities of production of homogeneous crystals is covered in references [17, 20]. 

we shall consider the principal features of this process. 

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