水泥含量的英文

• cement content
• cementcontent
• cementfactor

• "水泥"英文翻译    cement; -lith
• "含量"英文翻译    content
• "指定水泥含量" 英文翻译 :    specified cement content
• "水泥含量；洋灰含量" 英文翻译 :    cement content
• "水泥含量少的水泥浆" 英文翻译 :    lean cement
• "水泥含量高的混凝土" 英文翻译 :    rich concrete
• "污泥含量" 英文翻译 :    sludge content
• "污泥含水" 英文翻译 :    sludge moisture
• "污泥含水量" 英文翻译 :    sludge moisture content
• "含量" 英文翻译 :    content 净含量 net contents; 牛奶的乳糖含量 the lactose content of the milk; 油的脂含量 the ester content of oil
• "石棉水泥中木纤维含量的测定方法" 英文翻译 :    standard test method for determination of wood fiber in asbestos cement
• "水泥" 英文翻译 :    cement; -lith 水泥是由石灰石造成的。 cement is made from limestone.; 水泥刨花板 cement-bonded wood chipboard; 水泥板(铺砌)路面 cement flag pavement;水泥泵[机械工程] cement pump; 水泥标号 strength of cement; cement grade; 水泥船 concrete boat; plastered boat; 水泥粉尘 cement dust; 水泥敷面[粉刷] cement dressing; 水泥管 cement pipe;水泥灌浆 [土] cement grout; 水泥混合料 cement admixture; 水泥混凝土 cement concrete; 水泥加固 cement stabilization; 水泥库 cement bunker; 水泥牌号 cement brand; 水泥喷枪 concrete-gun; 水泥喷射器 wondergun; 水泥砂浆 cement plaster; compo; composition; 水泥沙浆拌合机 cement mixer; 水泥瓦 cement tile; 水泥外加剂 cement additive; 水泥窑 [工业] cement kiln; 水泥罩面 cement finish; 水泥制品养护 cement products curing; 水泥砖 [材料] cement brick
• "石棉水泥制品中有机纤维含量的试验方法" 英文翻译 :    standard test method for organic fiber content of asbestos-cement products
• "水硬性水泥用灰浆的空气含量的试验方法" 英文翻译 :    standard test method for air content of hydraulic cement mortar
• "gc含量" 英文翻译 :    gc content; gc-content
• "氨含量" 英文翻译 :    ammonia content
• "尘含量" 英文翻译 :    dust content
• "氮含量" 英文翻译 :    nitrogen content
• "等含量" 英文翻译 :    equal size; equalsize
• "酚含量" 英文翻译 :    phenol content
• "高含量" 英文翻译 :    high assay
• "硅含量" 英文翻译 :    silica content
• "含量；容量" 英文翻译 :    content
• "含量低" 英文翻译 :    ozl
• "环含量" 英文翻译 :    ring content

• Test method for cement content of freshly mixed soil - cement
  新调制的掺土水泥中水泥含量的试验方法
• Test methods for determining the cement content of freshly mixed concrete
  测定新搅拌混凝土中水泥含量的试验方法
• Standard test method for cement content of hardened soil - cement mixtures
  硬化土-水泥混合料中水泥含量的标准试验方法
• Testing concrete - methods for testing cement in a reference concrete
  混凝土试验.第131部分.混凝土试样水泥含量测试方法
• Standard test method for portland - cement content of hardened hydraulic - cement concrete
  硬化水硬水泥混凝土的硅酸盐水泥含量的标准试验方法
• The structural strength of man - made cement structural loess can be changed according to moisture content and cement content , and its structure characteristics can also be changed by adjusting moisture and cement content
  水泥结构性试样的结构强度随水泥含量及含水量的不同而变化，所以可通过调节水泥含量和含水量来改变人工结构性黄土试样结构性的强弱。
• The reduced minimum cement contents shall only be used when trial mixes have verified that concrete with a maximum free water / cement ratio not greater than that given for a particular condition can be consistently produced and it is suitable for the conditions of placing and compacting
  如果混凝土与最大限度的水灰比的试配比发生了变动，只有当这种变动未超过给定的可连续生产的特殊条件并符合混凝土的浇筑与压实条件，才能减少最低水泥含量。
• For silt , the relationship between the strength of stabilized soils with various cement contents and the cement content was investigated experimentally , and the formula of cement contents for wrapping soil particle and filling pore during the structural formation of the stabilized soil was derived
  摘要以粉砂土为研究对象，对水泥土抗压强度与水泥含量关系进行了试验研究，推导了水泥土结构形成过程中水泥浆包裹土颗粒和填充孔隙所分别对应水泥量的理论计算公式。
• The important meaning in which this direction studied has lain in establishing the connection between the material science of concrete and civil engineering , analyse the strength in terms of material microcosmic or the mesoscopic , have important meaning to understanding , know the essential law of the strength of concrete . this text divides six chapters altogether . chapter one reviewed the pore structure in nowadays domestic and international research current situation , including the concrete examines research , research of the pore structure model and the research current situations of pore structure and strength relation of the pore method , have introduced some most important achievements of structure research of pore ; chapter two narrated much yardstick of the material mesoscopic structure of concrete and principle of examining pore technology of material of concrete , and the commonly used sign parameter in discussedding the pore and material pore of quito of cement and analyse , have explained that the influence factor of mip to the result of study of pore , has pointed out the limitation in mip in the pore structure ; analyse porosity and strength relation development course of model emphatically , and has carried on comparative analysis to the existing model , has pointed out the weak point of the original model ; on the basis of " ing integrate synthetically " , propose concrete pore structure compound body model and pore physical model of systemlex body ; chapter five carried on the corresponding test data to compares to the model parameter appearing in model of chapter four with and analyses , have received k value of the characteristic of strength of matrices of reflecting according to the method to return to analysis , and calculate the influence produced on the strength of concrete in revision that can probed into the content of cement , elastic mould and surface energy , exactness of the inspection model ; chapter six is the conclusion , according to studying the survey this text to some research conclusions of the pore structure and making corresponding prospect to the structure development of pore
  第一章回顾了孔结构在当今国内外的研究现状，包括混凝土测孔方法的研究、孔结构模型的研究及孔结构与强度关系的研究现状，介绍了孔结构研究方面的一些最重要的成果；第二章叙述了混凝土材料细观结构的多尺度性及混凝土材料测孔技术的原理，并讨论了水泥基多孔材料孔隙分析中常用的表征参数，也说明了压汞法测孔对研究结果的影响因素，指出了压汞法在孔结构研究中的局限性；第三章是着重分析了孔隙率与强度关系模型的发展历程，并对已有的模型进行了比较分析，指出了原有模型的不足之处；第四章在“综合集成”的基础上，提出了混凝土孔结构复合体模型和孔系统的物理模型，并模拟了该模型下由各单体并联形成的复合体的断裂过程，最后根据所建模型编制了相应的计算程序，可根据输入的孔径分布与水泥含量等参数，实现混凝土理论强度的计算；第五章对第四章模型中出现的模型参数进行了相应的试验数据对比分析，根据回归分析的方法得到了反映基体强度特征的k值，并从理论上探讨了水泥含量、弹性模量和表面能的修正对混凝土强度计算产生的影响，检验模型的正确性；第六章是结论与展望，根据研究综述了本文对孔结构的一些研究结论并对孔结构发展作了相应的展望。
• Then , the relationship between effect of cement content on the structural formation and the increase of the strengths of the stabilized soils with various cement contents was analyzed , and it was shown that the structural formation of stabilized soil consisted of soil particle cementing and pore filling
  在此基础上，对水泥含量不同时，水泥在固化土结构形成过程中所起不同作用及其与水泥土抗压强度增长规律相互关系进行了分析，提出固化土结构形成由固化剂胶结土颗粒与填充孔隙两部分构成。