1) ceramic kiln
陶瓷窑
1.
This paper showed that how to apply virtual reality technology into 3D simulation of ceramic kiln.
本文阐述了如何将虚拟现实技术应用于陶瓷窑的三维仿真。
2.
In order to enhance using coefficient of heavy oil-fired ceramic kiln and make it give out potential,a operation optimun and intelligent decision support system had been developed base on synthetical modeling of artificial intelligence and analytic method.
为了提高燃重油陶瓷窑的利用系数 ,挖掘生产潜力 ,采用基于人工智能和解析方法相结合的集成建模方法研制了一套操作优化智能决策支持系统 ,该系统已成功地应用于燃重油陶瓷窑中。
3.
In this paper, applying expert system and CAD technique to the design of ceramic kiln, the specific design featuers of ceramic kiln develop the intelligent CAD system of ceramic kiln scheme design (CKICAD) with Object Oriented Programing technique, realizing more two way link of expert system and drawing system.
将专家系统和ＣＡＤ技术应用于陶瓷窑的设计中，针对建筑陶瓷窑设计的特点，应用面向对象的编程技术，开发研究了陶瓷窑方案设计智能ＣＡＤ（即ＣＫＩＣＡＤ）系统，并在此系统中实现了专家系统和图形系统之间良好的双向连接。
2) ceramic kiln
陶瓷窑炉
1.
FLUENT and its application on ceramic kilns;
FLUENT软件及其在陶瓷窑炉中的应用
2.
Application of 900 Series Microprocessor Temperature Controller in Ceramic Kiln;
900系列温控器在陶瓷窑炉中的应用
3.
The two-level comprehensive fuzzy evaluation method is introduced for the assessment of the advance in ceramic kiln, and a model established.
运用二级模糊综合评判评价陶瓷窑炉先进性的方法和模型,为用量化的办法客观、公正、科学、规范地做好陶瓷窑炉先进性评价工作提供了一种可供借鉴的模式。
3) Ceramic kilns
陶瓷窑炉
1.
Fuzzy control has been applied in the control of ceramic kilns .
模糊控制在陶瓷窑炉的控制中已有应用 ,本文分析人工神经网络结构特点及其在自动控制中应用的例子说明人工神经网络在陶瓷窑炉控制中应用的可行性及前景。
2.
In China, the industrial Ceramic Kilns plays an important role in the basic industries and traditional industries.
陶瓷窑炉设计的实验过程中会生成大量的窑内温度、压强等数据。
4) build kiln ceramics
建窑陶瓷
5) ceramic shuttle kiln
陶瓷梭式窑
1.
The energy saving mechanism with the application of high efficiency heat radiative coating in ceramic shuttle kilns is brought to light based on the theoretical analysis on the process of radiation heat transfer.
基于辐射传热原理,本文详细分析了高效热辐射强化剂在陶瓷梭式窑中应用的节能机理,理论分析和工业试验都表明在梭式窑中应用高效热辐射强化剂后可以有效地增强窑内的辐射换热,从而提高梭式窑的热效率,达到显著的节能降耗效果。
6) ceramic tunnel kiln
陶瓷隧道窑
1.
The necessity and the development of ceramic fast-firing technology were briefly reviewed, temperature distribution at cross sections in fast-firing ceramic tunnel kiln was described, and concrete measures of temperature equilibrium at cross sections in fast-firing ceramic tunnel kiln were offered.
简要说明了陶瓷工业实现快速烧成的必要性及其发展状况,介绍了快烧陶瓷隧道窑各烧成阶段的截面温度分布情况,提出了均衡陶瓷快烧隧道窑截面温度的具体措施。
2.
A VB language program for the calculation of the thermal balance on ceramic tunnel kiln was offered in this paper,the thermal balance calculation mainly including preheates-belt and fired-belt and cooling-belt and total kiln.
编制了陶瓷隧道窑热平衡计算VB程序,主要包括预热带及烧成带、冷却带和全窑热平衡计算。
补充资料：磁窑堡窑
| 磁窑堡窑 中国西夏的瓷窑。窑址在宁夏灵武县磁窑堡。西夏时期开始生产烧造白瓷、青瓷、黑瓷、褐釉瓷、茶叶末釉和酱红釉瓷等。种类包括生活用具、文房用具、娱乐用具、雕塑艺术品和建筑材料，如碗、盘、盆、馂、杯、盒、壶、罐、缸、瓮、灯、铃、帐钩、白瓷瓦等。以刻花、剔花、印花、雕塑、绘彩等技法作出装饰。风格属中原的磁州窑类型。生活用具又表现出明显的民族特点。该窑到元代继续生产。明清时期烧粗瓷大碗，规模小，工艺不精，已处于衰落状态。 |
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参考词条