1) abnormal concrete
变态混凝土
1.
,this article discusses the possibility of RCC dam construction with layer thickness of 50 cm,and puts forward the proposal of increasing slump,reducing the difficulty of abnormal concrete vibrating a.
根据洪口水电站碾压贫胶砂砾料围堰施工实践和中国水利水电科学研究院等单位在贵州黄花寨水电站进行的碾压混凝土坝大层厚现场试验成果,对按碾压层厚50 cm施工碾压混凝土大坝的可行性进行探讨,并提出大坝上游变态混凝土采用掺HF外加剂拌制,增大坍落度,降低变态混凝土振捣难度,使变态混凝土更均匀密实,并增加混凝土强度的设想。
2.
As a primary control device of abnormal concrete grout-sprinkling machine, miniature PLC block LOGO! which is made by SIEMENS can simplify control system for that any other control elements are not necessary, only 12V direct current supply is needed .
,作为变态混凝土洒浆机控制系统的主控设备,可以简化控制系统,不需要其它控制元件,只需12V直流供电,并可实现车载,而且控制逻辑修改方便,故障率低。
3.
Aiming at the main relative factors of separately continuously changing the pouring mode, pouring quantity,each layer thickness and vibration equipment of abnormal concrete construction at the different rising layers and the different poured positions,the article observes the appearance quality of abnormal concrete after the formwork is dismounted.
该文针对变态混凝土施工中,在不同的升层和不同的浇筑部位,通过分别不断改变变态混凝土施工的加浆方式、加浆量、每层厚度以及振捣设备等主要相关因素,观察模板拆除后变态混凝土的外观质量,通过试验得出的变态混凝土的密实度,进行对比分析,选优去差,可供类似施工参考。
2) metamorphic concrete
变态混凝土
1.
Application of metamorphic concrete in the construction of the RCC dam for Jiangya Water Control Project;
变态混凝土在碾压混凝土坝施工中的应用
2.
Application of metamorphic concrete to roller compacted concrete dam projects;
变态混凝土在RCCD工程中的应用
3) mineral fiber distorted concrete
矿物纤维变态混凝土
1.
Through the analysis on a lot of indoor and engineering experimental results on RCC,this paper presents the technical methods through mixing,spraying and painting,which took consider into the following factors: mineral fiber distorted concrete,interbedded binding material,impervious crystal seepage control pa.
经过对大量的碾压混凝土室内和工程试验结果的分析,提出掺矿物纤维变态混凝土、防渗区层面喷洒层间结合剂和表面涂抹渗透结晶型防渗涂料的联合防渗工艺思路,可增强碾压混凝土抗拉强度、层间抗剪强度和抗渗性能,形成性能高、工艺简化的碾压混凝土高坝防渗结构体系。
4) eco-concrete
生态混凝土
1.
Thermal stress analysis of eco-concrete;
生态混凝土温度应力分析
2.
Effect of Eco-concrete on improvement of eutrophic source water quality;
生态混凝土对富营养化水源地水质改善效果
3.
Application of eco-concrete for controlling stormwater pollution from urban sloping-land;
利用生态混凝土控制城市坡面暴雨径流污染试验研究
5) ecological concrete
生态混凝土
1.
Purification of source water quality in simulated rivers embanked by ecological concrete
生态混凝土护砌模拟改善水源地水质
2.
Aiming at the flooded field slope protection,and to improve the traditional techno-method of slope protection,a new techno-method of ecological slope protection is proposed,which combines a new ecological vegetation material,ecological concrete(porous,dank concrete),scree(natural stone) and adjacent natural materials,in the design and protection of the slope of the flooded field.
针对淹水区坡面进行护坡的必要性和传统护坡技法的缺陷,提出了应用生态型护坡技法———中日植生材料(一种新型生态植生材料)、生态混凝土(多孔、透水性混凝土)、卵石(自然石)等近自然界材料的组合,进行设计、护坡。
3.
The definition of ecological concrete was expatiated,and necessity of ecological concrete was also discussed by the viewpoints of society,resource and environment.
对生态混凝土的定义进行了阐述,并从社会、资源与环境的角度对生态混凝土存在的必要性进行了论述,同时叙述了生态混凝土的研究现状,最后对生态混凝土的发展趋势进行了展望。
6) fluid concrete
流态混凝土
1.
The question about the high strength fluid concrete mix design;
高强流态混凝土配合比设计注意事项
2.
Research for the mix technology of fluid concrete;
流态混凝土配制技术研究
补充资料：Ⅰ型变态反应
Ⅰ型变态反应
allergic reaction Ⅰ
又称“过敏反应”。临床上最常见的变态反应，为速发型。这种反应不需补体参加。见于异性皮炎、荨麻疹、支气管哮喘、过敏性鼻炎、过敏性休克等。
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