1) plastering control
抹灰控制
2) plastering
[英]['plɑ:stəriŋ] [美]['plæstərɪŋ]
抹灰
1.
Air entraining concrete wall surface plastering makes excellent;
加气混凝土墙面抹灰创优
2.
Cold-process construction for external and internal wall plastering in winter;
冬期内外墙面抹灰冷作施工
3) plaster
[英]['plɑ:stə(r)] [美]['plæstɚ]
抹灰
1.
Putting on full-scale steel wire net to ensure construction quality of plaster in the joint between the shuleshe plate and structure;
满挂钢丝网保证舒乐舍板与结构接缝处的抹灰成活质量
2.
This paper introduces construction technique of pouring together with concrete wall in the construction of heat preservation system on outside wall of steel wire net pile polyphenyl plate and problems that should be paid attention to when plastering the wall in decoration stage.
文章介绍了钢丝网架聚苯板外墙外保温体系在施工中采用与砼墙体一次浇筑的施工工艺及装饰阶段抹灰时应注意的问题。
3.
Outer insulation system of external wall of thin-plastered EPS board was used in a high rise residential building in Shijiazhuang.
石家庄某高层住宅楼外保温采用EPS板薄抹灰外墙外保温系统。
4) rendering mortar
抹灰灰浆
5) plasterer's float
抹灰工抹子
6) grey control
灰色控制
1.
Then the control technologies developed in the past about 20 years in the EDM are introduced, including adaptive control, expert control, genetic algorithm, fuzzy control, artificial neural network, grey control and the corresponding hybrid intelligent control algorithms.
介绍了电火花加工原理及其加工过程中涉及的主要控制问题 ,论述了近 2 0年来应用于电火花加工过程中的控制技术 ,即自适应控制、专家控制、遗传算法、模糊控制、神经网络控制、灰色控制及其相应的混合智能控制。
2.
In order to reveal the variation relation of ice storage capacity with time of the encapsulated ice-storing unit accurately so as to control the system efficiently,grey control theory is applied to predicting ice storage time of ice storage air conditioning system.
为了比较准确的掌握冰蓄冷空调系统中封装式蓄冰单元蓄冰量随时间的变化关系,以便有效地对冰蓄冷空调系统进行控制,将灰色控制理论有效地应用于冰蓄冷空调蓄冰时间的预测,建立了GM(1,1)基础模型,修正模型,建立拓扑模型并编制了相应的计算程序,实例计算结果表明:修正模型生成数列和拓扑模型生成数列准确性较高,利用其能够高效、准确地完成对达到某蓄冰厚度所需时间的预测,从而为有效控制冰蓄冷空调系统的运行提供可靠依据。
3.
This paper put forward the methord of applying grey control theory to predicting ice - stored time of ice - stored air conditioning and accomplished building the basic GM(1,1) model,modifying the model,building metabolic model and predicting data by using program.
提出了将灰色控制理论应用于预测冰蓄冷空调蓄冰时间的方法,借助程序完成了建立GM(1,1)基础模型, 修改模型,建立拓扑模型和数据预测,运行结果表明此方法能够高效、准确地完成对达到某蓄冰厚度所需时间的预测,从而为有效控制系统运行提供了可靠的依据。
补充资料：抹灰
1.涂灰。比喻使之不光彩。
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