1) ceramic roller
陶瓷辊棒
1.
Development of The Composition and Property of Foreign High Temperature Ceramic Roller;
国外高温陶瓷辊棒组成与性能的研究
2.
The changes of crystal structure and properties of ceramic roller during its application in the roller hearth kiln were studied.
采用XRD和SEM方法表征不同位置辊棒的晶相结构与显微结构来探讨陶瓷辊棒在实际窑炉使用过程晶相结构和性能变化。
3.
By virtue of microwave sintering characteristics,this paper studied a mixed electric field model,designed a continuous microwave sintering system and succeeded in continuous microwave sintering of ceramic rollers in 402400(mm) size.
本文利用微波烧结的特性，研究了混合场的模型，设计了微波连续化烧结系统，并在该系统上成功地实现了Φ４０×２４００ｍｍ的陶瓷辊棒的微波连续化烧结。
2) ceramic roller tube
陶瓷辊棒
1.
The conditions of quasi_static sintering of alumina ceramic were obtained based on the experimental results, and ceramic roller tube with a size of 40 mm× 2 400 mm was prepared sucessfully using microwave continuous sintering .
在实验研究基础上得到Ａｌ２Ｏ３ 陶瓷的准静态烧结条件，并成功地实现了４０ ｍｍ ×２ ４００ ｍｍ 陶瓷辊棒的微波连续化烧结。
2.
In the microwave joining equipment made by our lab, ceramic roller tubes which diameter is φ40 mm were joined by microwave successfully in the suitable conditions of temperature, pressure and temperature preservable time.
在自制的微波焊接装置上，在合适的温度、压力和保温时间条件下成功地进行了４０ ｍ ｍ 陶瓷辊棒的微波焊接，并分析了实验结果和微波焊接的机制。
3) ceramic bar
陶瓷棒
1.
The effect of a volumetric heat source induced by pulse laser heating in the temperature fields of a fine round ceramic bar was investigated experimentally and theoretically.
用脉冲激光模拟微小圆柱陶瓷棒的脉冲内热源情形 ,实验研究了脉冲内热源对圆柱陶瓷端面温度场变化施加的影响 。
4) the roller of porcelain and ceramics
陶瓷辊道
1.
Aiming at the phenomenon that the roller of porcelain and ceramics is destroyed in the current glass production because of the driving problem,the method of taking the leather belt spreads to move as the main driving is presented in this paper.
针对当前生产中由于传动问题导致陶瓷辊道被破坏的现象,提出皮带传动作为玻璃钢化炉的主传动。
6) press bar of porcelain
陶瓷压力棒
1.
Introduction is done to the press bar of porcelain regarding the working philosophy,specification,requirement of relocation.
介绍了陶瓷压力棒的作用原理、用材、结构尺寸、安装位置要求,通过陶瓷压力棒在不同纺纱工艺上的使用并与压力棒上销纺纱效果的比较分析,指出陶瓷压力棒表面光滑、纱条阻力小、距中上罗拉的距离可按品种调整,表明其成纱质量优于附加压力棒上销。
补充资料：辊辊
1.犹混混。形容苟且混世。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条