煤灰的烧结和熔融是电站锅炉灰沉积的重要过程，熔体的结构特性是沉积物生长和强度形成的决定性因素。
Sintering and melting of coal ash is a key process of ash deposition in furnace of utility boilers. Melt structure characteristics is a determining factor in deposit growth and strength development.
提出一种在生长温区前进行短暂熔融处理的工艺手段，提高了薄膜的致密性和浸润效果。
The density and contact effect of the film were improved by the introduction of a transitory high temperature treatment ahead of epitaxial growth.
采用熔融织构生长（MTG）工艺结合籽晶技术制备出大尺寸YBCO超导块材。
The fabrication of large, bulk high temperature superconducting YBCO samples was accomplished by MTG process using a seeding technique.
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