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zone melting - Übersetzung nach russisch
![5N]]) [[tantalum]] single crystal, made by the floating-zone process (cylindrical object in the center)](https://commons.wikimedia.org/wiki/Special:FilePath/Tantalum single crystal and 1cm3 cube.jpg?width=200 "5N]]) [[tantalum]] single crystal, made by the floating-zone process (cylindrical object in the center)")
['zəunmeltiŋ]
общая лексика
плавка зонная
техника
зонная плавка
['zəunrifainiŋ]
синоним
![Gold [[croeseid]] of [[Croesus]] c.550 BC, depicting the Lydian lion and Greek bull - partly in recognition of transnational parentage.](https://commons.wikimedia.org/wiki/Special:FilePath/Kroisos BMC 31.jpg?width=200 "Gold [[croeseid]] of [[Croesus]] c.550 BC, depicting the Lydian lion and Greek bull - partly in recognition of transnational parentage.")
![Galician]] painter [[Modesto Brocos]], 1895, [[Museu Nacional de Belas Artes]]. The painting depicts a black grandmother, mulatta mother, white father and their [[quadroon]] child, hence three generations of [[hypergamy]] through [[racial whitening]].](https://commons.wikimedia.org/wiki/Special:FilePath/Redenção.jpg?width=200 "Galician]] painter [[Modesto Brocos]], 1895, [[Museu Nacional de Belas Artes]]. The painting depicts a black grandmother, mulatta mother, white father and their [[quadroon]] child, hence three generations of [[hypergamy]] through [[racial whitening]].")
Wikipedia
Zone melting (or zone refining, or floating-zone method, or floating-zone technique) is a group of similar methods of purifying crystals, in which a narrow region of a crystal is melted, and this molten zone is moved along the crystal. The molten region melts impure solid at its forward edge and leaves a wake of purer material solidified behind it as it moves through the ingot. The impurities concentrate in the melt, and are moved to one end of the ingot. Zone refining was invented by John Desmond Bernal and further developed by William G. Pfann in Bell Labs as a method to prepare high-purity materials, mainly semiconductors, for manufacturing transistors. Its first commercial use was in germanium, refined to one atom of impurity per ten billion, but the process can be extended to virtually any solute–solvent system having an appreciable concentration difference between solid and liquid phases at equilibrium. This process is also known as the float zone process, particularly in semiconductor materials processing.
