我国工业陶瓷窑炉大多以煤炭为燃料。
The fuel of most industrial ceramic kilns depends on coal in China.
最后对陶瓷窑炉烟囱中烟气有害成分的治理提出几点建议。
Finally, we pointed out several advices about removal and control of harmful and exhaust gas in fumes of ceramic kiln.
在一层，建筑通过一条可以参观整个陶瓷窑炉的连续步行道路组织起来。
On the ground floor, the building is organized to be visited on a continuous walk among the pottery kilns.
本文介绍了陶瓷窑炉热工设计研究的内容，研究方法及前人所做的一些工作。
In this paper, the content and method of research on pyrology of ceramic kilns were introduced. And some work on of research was reported.
首先，本文介绍了目前陶瓷窑炉烧成过程自动控制的热点研究问题和研究现状。
First of all, the thesis describes the hot research questions and status of ceramic kiln firing process automation at present.
本文首先介绍陶瓷窑炉方面热工理论的研究以及神经网络在陶瓷工业中的应用情况。
Firstly, the research of thermal theory in kiln hood and the application of neural network in ceramic industry are introduced.
主要产品：稀土窑炉生产线、发泡(泡沫)陶瓷窑炉生产线、泡沫玻璃窑炉生产线、各类冶金窑炉生产线等。
Main products: rare earth kiln production line, foam (bubble) ceramic kiln production line, foam glass kiln production line, all kinds of metallurgical kiln production line, etc.
陶瓷窑炉作为陶瓷生产过程中的关键设备，如何提高其生产自动化水平，便成为众陶瓷生产商竞相追逐的焦点。
As the key equipment of ceramic production process, how to improve ceramic kilns' automation level, has become the public focus which are pursued by ceramic manufacturers.
介绍了陶瓷纤维在陶瓷窑炉上的应用，并针对应用中存在的一些问题提出了看法，为陶瓷纤维的实际应用提供参考。
Application of ceramic fiber for ceramic kiln has been introduced. Some opinions have been given on the problems in application, so this paper can be referred to in practical usage.
本文从提高日用陶瓷生产自动化程度的工作角度出发，以实际工程项目作为基础，将陶瓷窑炉温度测控系统作为研究对象。
This thesis starts from improve the ceramics 'production automation, it selects the actual project as a basis, ceramic kiln temperature measure and control system as a research object.
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.
经试验和实际运行结果表明，MCDBES系统对未知数学模型的被控对象，具有良好的控制性能。本文提出的MCDBES已成功地应用于燃油陶瓷窑炉计算机控制系统。
The experiments and the actual operating results showed that the MCDBES system has better control performance for unknown any mathematical model of a fuel-burning ceramic kiln.
经试验和实际运行结果表明，MCDBES系统对未知数学模型的被控对象，具有良好的控制性能。本文提出的MCDBES已成功地应用于燃油陶瓷窑炉计算机控制系统。
The experiments and the actual operating results showed that the MCDBES system has better control performance for unknown any mathematical model of a fuel-burning ceramic kiln.
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