1) mixing MgO in full section
全断面外掺MgO
1.
8 m,the dam body above elevation 730∽755 m is gravity dam mixing MgO in full section and it is firs dam mixing MgO in full section in China.
8 m,730~755 m高程的坝体为全断面外掺MgO微膨胀碾压混凝土重力坝,采用左、右块全断面通仓薄层连续交替上升施工工艺浇筑。
3) concrete mixed with MgO
外掺MgO混凝土
1.
The tests revealed the effects of temperature on mechanics properties of concrete mixed with MgO.
对外掺MgO混凝土在不同恒温和变温场中的基本物理力学及变形性能进行了全面和系统的试验研究,揭示了温度对MgO混凝土力学性能的影响程度,并提出了与温度和龄期相关的经验公式。
2.
The Qingxi Gravity Dam in Guangdong Pr ovince was firstly built quickly by using concrete mixed with MgO in China in1 990,and then the technology was successfully used in Changsha Arc h Dam in1999.
1990年广东省在全国率先全面使用外掺MgO混凝土快速筑坝技术建成了青溪水电站重力坝,1999年又将该新技术应用至混凝土拱坝,并在长沙拱坝获得了成功。
3.
Based on engineering practice,an experimental research is done on autogenous deformation of concrete mixed with MgO at four curing temperatures of 20℃,30℃,40℃,50℃ and three MgO mixing amount of 3.
外掺MgO混凝土由于自生体积变形具有良好的延迟性微膨胀而被成功应用于多个水利水电工程。
4) MgO doping
MgO掺杂
1.
94NbO3+xMgO(LKNNMx) were prepared by conventional sintering technique,the influences of sintering temperature and MgO doping contents on the crystalline structure and performances of LKNNMx ceramics were investigated.
本文采用传统烧结法成功制备了MgO掺杂的Li0。
6) full section
全断面
1.
The application of full section driving construction technique of the crushing section of Changling tunnel;
长岭隧道破碎地段全断面掘进施工技术应用
2.
It has been measured and summarized that using u-shaped full section round supporting while coal cutting up and down can ensure safety production.
采区上(下)山采取U型支架全断面园形支护措施,经观测表明,可确保采区上(下)山安全使用。
3.
Base on the mining practice,supposing the overlying strata as a elastic slab,the tend towards main section plane prediction model,the incline main section plane prediction model and the ground full section subsidence prediction model with elastic slab theory.
基于矿山开采的实际情况,将上覆受采动影响的岩层假设成弹性薄板,应用弹性板理论,建立了开采沉陷中的走向和倾向主断面预计模型以及地表全断面预计模型。
补充资料：异形断面钢材(见异形断面型材)
异形断面钢材(见异形断面型材)
special section steel
，一、u以uu、’“飞豆on gQngC01异形断面钢材(speeial Seetion steel)见异形断面型材。
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