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Abstract
During recrystallization, potassium-doped tungsten wire develops a favorable stable structure of elongated grains. This is caused by a special bubble structure which is produced by the doping agent, potassium. The paper aims at a coherent semiquantitative model describing the formation of sinter pores, of potassium bands during deformation, of the bubble structure, and of driving and dragging forces during recrystallization.
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