1·With stainless steel liner, stir evenly, easy to operate.
采用不锈钢内胆，翻炒均匀，操作方便。
2·Another: impervious Steel Liner electric kettle is to do this.
另：不透水钢衬电热水壶是做到这一点。
3·A carbon steel liner is utilized to provide a leak proof vapor barrier for containment of concrete construction.
为防止混凝土结构的安全壳泄露，其内部有碳钢的衬垫。
4·Therefore, the study of scupper flow channel whether steel liner as well as different steel liner thickness on the impact of orifice stress is necessary.
因此研究泄水孔流道有无钢衬以及不同钢衬厚度对孔口应力的影响很有必要。
5·In order to satisfy the service of heat-engine plant mill, a kind of abrasion resistant cast steel liner that has high strength and toughness was developed.
为了满足火电厂磨机的安全运行，开发了一种高强度、高韧性低合金耐磨铸钢衬板。
6·Scuppers whether changing the thickness of steel liner or lining the steel liner or not does not affect the basic structure of upper and lower cantilever stress state.
泄水孔有无钢衬以及钢衬厚度的改变基本不影响上下游悬臂结构的应力状态。
7·Because the stainless steel liner technology is easy to implement, production equipment, development cost is low, the market more than 90% products using a stainless steel liner.
由于不锈钢内胆技术容易实现，生产设备、研发成本较低，市场上90%以上产品采用的是不锈钢内胆。
8·This results in large liner consumption. In this paper the abrasion reason of high-manganese steel liner is analyzed. The result indicates inapplicability of manganese steel to making liner.
本文针对高锰钢衬板的损坏原因进行了分析，指出了锰钢材料作为衬板的不适应性，并对低碳低合金钢在管磨机上的试验使用情况作了介绍。
9·Analytical results show that steel-line thickness has a significant effect on peak dynamic stress concentration of the pipe, The thinner steel liner, a higher level of dynamic stress concentration;
研究结果表明：管道内钢衬的厚度对管道的环向动应力集中峰值有很显著的影响，钢衬越薄，动应力集中程度越高；
10·Wear resistance high manganese steel 11-14%, for the excavator bucket, ball mill liner.
含锰11 - 14%的钢有极高的耐磨性，用于挖土机铲斗，球磨机衬板等。