cementitious material中文是什么意思

• 胶结材料
• 粘结材料

• material    adj. 1.物质的(opp. spiritual)。 ...
• cementitious material consumption    胶凝材料用量
• ratio of water to cementitious material    水胶化
• cementitious    胶结的; 具胶结性的; 似水泥的; 粘结的
• cementitious agent    胶结物; 粘结剂
• cementitious content    水泥成分; 水泥质成分
• cementitious decks    水泥板
• cementitious materials    胶结材料
• cementitious products    水泥楼屋面板和垫层
• cementitious sheet    水泥粘合板
• cementitious and reactive waterproofing    水泥基及改性防水材料
• cementitious corrugated panel    水泥波纹板
• material    adj. 1.物质的(opp. spiritual)。 2.身体上的，肉体上的；物欲的，追求实利的；卑俗的。 3.有形的，实体的；物质性的。 4.重要的，实质性的，必需的。 5. 【逻、哲】实质上的，实体上的，内容上的 (opp. formal)；【法律】本质的。 the material universe 物质世界。 material civilization 物质文明。 material comforts 使物质生活舒适的东西〔食品、衣服等〕。 material pleasure 肉体的快乐。 material point 【理】质点。 a material being 有形物。 material property 有形财产。 a very material difference 重大的差别。 a point material to one's argument 论证要点。 material element 要素。 be material to 对于…重要。 in material form 用具体的形式。 n. 材料，原料；(军用)物资；织物，料子；资料；题材；素材；〔pl.〕必需品，用具；设备；品质；人材，人物。 building material(s) 建筑材料。 raw material(s) 原(材)料。 condemned material(s) 报废器材。 material for a novel 小说素材。 writing materials 笔墨纸类，文具。
• s and material    关于便利旅游海关公约有关进口旅游宣
• material material    材料
• match material ids to material    按材质匹配
• material circumstance; material fact    主要事项
• mixed material synthetic material    综合材料
• a orbing material    吸波材料
• a versatile material    有多方面用途的材料
• ablating material    烧蚀材料
• ablation material    烧蚀材料; 拖材料; 拖壳材料
• ablative material    烧蚀材料; 烧蚀性
• abrasive material    磨平材料; 研磨材料/磨蚀物质/磨料; 研磨剂
• absorbed material    吸收物质

• The cement exposed to water hydrates immediately in the cementitious materials of concrete , and produces ca ( oh ) 2 with the prolonging of hydration time , which is the important cause to reduction of corrosion resistance of concrete
  混凝土胶凝材料中的水泥遇水即发生水化，随着水化龄期的延长生成大量的ca （ oh ） _ 2 ，这是造成混凝土抗侵蚀性能降低的重要原因。
• In this paper , the ratio of water to cementitious material , the mass of fly ash , silicon fume and superplasticizer are selected for four factors of experiment . after the orthogonal experiment , the material ingredients of c50 and c60 high - strength concrete with 60 percent fly ash are determined
  在本文的正交试验中，取水胶比、粉煤灰掺量、硅粉掺量和减水剂掺量四个因素安排试验，再经过扩展试验确定了掺60粉煤灰c50和c60高强混凝土的推荐配合比。
• And a design principle of excellent performance on ion transfer resistance , wear resistance and corrosion resistance is brought forward . the physical chemistry performances of pigments and their application in cementitious materials are studied . the sorts and optimum quantities of them are determined through test and comparison
  研究探讨了颜料的物理化学性能及其在水泥基材料中的应用，通过测试与比较确定颜料的种类及最佳掺量；通过研究材料彼此间性能的相互作用与影响，复配出hpch的颜色体系，同时选择合理的生产方式，以保证hpch的材料性质。
• On this base , a more precise volume model of concrete is established and one conception of dry mortar volume is brought forward . at the same time the author absorbed the concept of the best ratio between paste and aggregates and used mathematical method to induce the formulas of water content and ratio between fine aggregate and coarse aggregate in concrete : ratio between fine aggregate and coarse aggregate : if the two formulas are connected with the classical rule of water cementitious materials ratio ( bolmy formula ) , the contents of all materials in concrete can be determined completely by calculation and overall calculation proportioning is realized
  在此基础上建立了普遍适用的更精确的混凝土体积模型，提出了“干砂浆体积”概念，同时吸收国外关于最佳浆集比概念，用数学方法推导建立了混凝土用水量和砂率的计算公式：用水量公式：砂率公式：这两个公式结合传统的水胶比定则(保罗米公式) ，即可全面定量地确定混凝土的所有组成材料的用量，实现混凝土的全计算配合比设计。
• Conclusion is drawn that 150 # mortar can be manufactured , adopting industrial waste slag , yellow sand and cement after which are ground , and with the proportion design of cementitious component : sand of 1 : 4 , cement : phosphor slag : flying - ash : gypsum of 30 : 45 : 23 : 2 in cementitious materials , and cement : mortar of 6 percents . it leads economical , social , and environmental benefit
  试验结果表明，采用昆明本地的工业废渣、黄砂和水泥，通过适当的细磨、复配技术，在胶：砂= 1 ： 4 ；胶凝材料中水泥：磷渣：粉煤灰：石膏= 30 ： 45 ： 23 ： 2 ，干拌砂浆中水泥的质量只占6的条件下，可以配制出150 #砂武汉理工大学工程硕士学位论文浆。
• Depending on the densified system containing homogeneously arrayed ultra - fine particles ( dsp ) and the basic principles of reactive powder concrete ( rpc ) adopted by foreign researchers specialized in building materials , considering the characteristics of ultra - fine addition which can improve the workability and micro - structure of cement based materials and enhance the cementitious materials " packing density , we added blast slag silica fume crushed quartz superplasticizer and steel fiber into portland cement to produce the rpc by normal technology methods
  本文以活性粉末混凝土( reactivepowderconcrete ，简称rpc )的基本配制原理为基础，结合近几年来人们对高性能混凝土研究所提出的要求，选择适合本地实情的材料，在传统rpc的配制基础上，掺入矿渣组分，配制出了抗压强度达135mpa的活性粉末混凝土材料。本文对掺矿渣rpc的配制技术及其相关的性能作了系统的研究。
• In this paper , the performances of macroscopic physical mechanics , durability , and microstructure are analyzed and studied . the results of macroscopic properties indicate that the workability and relevant physical mechanics are matched best with the scientific introduction of auxiliary cementitious materials . at the same time , the compatibility between stained materials and cement - basic materials is improved , as well as the resistant abilities of the ions transference and environmental corrosive damages
  宏观性能测试结果表明，科学合理的引入辅助胶凝材料在一定程度上使hpch材料的工作性及相应物理力学性能得以最佳匹配，同时改善了着色物质与水泥基材料的相容性，增强了hpch材料对离子迁移的阻碍能力及对环境侵蚀破坏的抵抗能力。
• R & d of high strength hpc with strength grade c50 - c80 was conducted using high belite cement ( abbreviated as hbc ) as the main component of cementitious material . the workability , physical mechanical properties , durability and sub - microstructure of hbc concrete have been researched systematically in comparison with hbc using ordinary portland cement ( abbreviated as opc )
  本研究以高贝利特水泥( hbc )为主要胶凝材料，成功配制出了强度等级为c50 c80的高贝利特水泥高性能混凝土，该级别范围内的高贝利特水泥高性能混凝土初始坍落度180mm ， 90min坍落度损失40mm ，且抗冻等级f300 ，抗渗等级w25 ，氯离子渗透值1000库仑。
• At the same time fly ash and silica fume also can repress the anti - sulfate attack and the alkali - aggregate reaction ; in addition , the relation between air - entraining admi xture , cementitious materials quantity with freezing - thaw property of concrete were studied ; and according to the different affecting factors the durable life of concrete was estimated
  同时粉煤灰、硅灰还可以抑制硫酸盐侵蚀及碱集料反应；此外，分析了混凝土中含气量、胶凝材总量等与混凝土抗冻性的关系。并且，根据相应影响因素对混凝土耐久性寿命进行了预测。

• cementitious materialとは意味：cementitious material セメント状用材[化学]