- initial setting time
- period of initial
- presetting time
- time of final setting
- time of initial setting
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初凝时间的英文
例句与用法
- Initial setting time
初凝时间 - In the study , a new kind inorganic anchoring material was developed , which consisted of special binder and aggregate , the former is made from clinker , blast furnace slag and compound admixture , and the later is superfine sand . effects of the factors such as clinker / slag , binder / sand , solution / binder and constituent of solution on the strength , set - time and contraction of the matrix made from the anchoring material were studied
上述分析研究得出以下结论：新型无机锚固材料具有早强、快硬、高强特点， 10h .抗压强度可达26 . 5mpa ， 365天强度可达144 . 0mpa ；初凝时间在40min . 3h .之间,且初终凝时间差在15分钟以内；在保湿条件下具有微膨胀性，膨胀率在0 . 5 %以内。 - Abstract : the cause of underwater concrete reinforcing cage up - floating accident is improper operation , such as loose - placement of reinforcing cage , fast - drawing of conduct pipe , improper embedded depth of conduct pipe ; and the poor quality of concrete , for example , the slump , sand percentage , adhesiveness and initial setting time don " t meet requirement
文摘:水下混凝土浇注钢筋笼上浮事故的原因是操作不当，如钢筋笼固定不牢、提升导管过猛、导管埋深不当等，以及混凝土品质差，如坍落度、含砂率、粘聚性、初凝时间等不合要求。 - The cause of underwater concrete reinforcing cage up - floating accident is improper operation , such as loose - placement of reinforcing cage , fast - drawing of conduct pipe , improper embedded depth of conduct pipe ; and the poor quality of concrete , for example , the slump , sand percentage , adhesiveness and initial setting time don " t meet requirement
水下混凝土浇注钢筋笼上浮事故的原因是操作不当，如钢筋笼固定不牢、提升导管过猛、导管埋深不当等，以及混凝土品质差，如坍落度、含砂率、粘聚性、初凝时间等不合要求。 - In order to study the direct relation between oil - base drilling fluid performance and cement job quality , a new developed evaluation method ( artificial core method ) was adopted ; the effects of the oil - base drilling fluid system and its main components on the shear cementing strengths of the first and second interfaces in cementing operation were investigated ; and those of the different mix slurry ratios on the gel strength , initial set time , final set time of slurry and the compressive strength of bond cement were examined too
摘要为了研究油基钻井液性能和固井质量之间的直接关系，采用新建立的评价方法人工岩心法，考察了油基钻井液体系及其主要组分对固井作业中第一、第二界面剪切胶结强度的影响规律，以及不同混浆比例下对水泥浆胶凝强度、初凝时间、终凝时间和水泥石抗压强度的影响规律。