Titlebook: Science and Technology of Crystal Growth; Lectures given at th J. P. Eerden,O. S. L. Bruinsma Book 1995 Springer Science+Business Media Dor

Functional

Vapour Growthaqueous and other solutions) the species have the highest mobility in the gas, but their volume concentrations (. = . = number of moles, . = volume) are low. Under certain circumstances, crystals can be grown at remarkable lower temperatures from a gas phase than from a melt, thus allowing crystalli

paltry

Oscillate

Morphology of Crystals: Past and Futuree science crystallography first purely mathematical recipes to describe the morphology are summarized. Next the basic principles of the Hartman-Perdok theory are summarized, using a new formulation based on the theory of roughening transition. Computer methods to determine the dominant faces occurri

Alienated

Modulated and Quasicrystals]. From a modern point of view this law implies that each crystal face is characterised by a set of three integral indices (.), the so-called Miller indices, which determine a reciprocal lattice vector . perpendicular to the face . where . are the basis vectors of the reciprocal lattice. The set of

Kinetic

Morphological Instability: Dendrites, Seaweed, and Fractals considered good examples of this regularity. On the other hand, it is clear that there is a profound difference between the relatively simple shape of, say, a salt (NaCl) crystal, consisting of highly symmetric polyhedra (cubes) and that of a snowflake. While the latter is also symmetric, it has a

Corroborate

BRINK

GEON

萬(wàn)靈丹

Atomic Models for Crystal Growthesign and produce new materials, its relevance is growing. Indeed, since crystal growth is a highly collective process, atomic scale properties are decisive for the macroscopic behavior of crystallizers. Therefore atomic modeling is bound to become indispensable in the further development of materials and processes.

Hallowed