施釉是陶瓷生产中的一个重要环节，也是陶瓷生产中较易实现自动化的环节。
Spray painting is an important process in the production of ceramics, and it is a sector easier to implement automatic manufacturing.
此次的毕业设计工作所要实现的是将施釉过程实现自动化。
The graduation of the design work to be achieved by the glazing process is automated.
本文采用线性化技术对陶瓷坯釉配方进行了设计，化分模块，建立数学模型，并用计算机可视化VB语言进行编程。
In this paper, the module of the ceramic batch formula is designed using linearization technology. The models are programmed with Visual Basic (VB) language.
由于陶瓷窑中使用环境恶劣，不但有气氛问题，更有各种釉料产生的釉汽的侵蚀、水汽侵蚀及高速气流的搅动，故陶瓷纤维在陶瓷窑炉中高温粉化严重。
Ceramic fibre is widely used in the ceramic kiln as a heat insulating material to save energy and plays an important role in economizing energy and reducing consumption in ceramic industry.
由于陶瓷窑中使用环境恶劣，不但有气氛问题，更有各种釉料产生的釉汽的侵蚀、水汽侵蚀及高速气流的搅动，故陶瓷纤维在陶瓷窑炉中高温粉化严重。
Ceramic fibre is widely used in the ceramic kiln as a heat insulating material to save energy and plays an important role in economizing energy and reducing consumption in ceramic industry.
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