助手标题
全文文献 工具书 数字 学术定义 翻译助手 学术趋势 更多
查询帮助
意见反馈
共[17]条 当前为第1条到17条
 

相关语句
胶结料
    CARBIDE SLAG-FLUIDIZED FURNACE SLAG CEMENTING MATERIAL AND CFA CONCRETE
    电石渣沸腾炉渣胶结料及其混凝土
    PERFORMANCE EVALUATION OF FC-1 CEMENTING MATERIAL FOR COLOUR ROAD SURFACE
    FC-1彩色路面胶结料主要性能评价
    The paper study the high strength and high performance concrete which has the properties of high mobility,high elastic modulus,low slump loss,shrinkage reducing and big ration of tension to compression etc while the unit cementing material use just is 540kg/m 3.
    本文从高性能混凝土用外加剂的研究出发 ,仅用 5 40kg/m3 的胶结料配制出大流动性、高弹性模量、低坍落度损失、低收缩及高拉压强度比的高强度高性能混凝土。
    Experimental investigation of performances of composite cementing material for earth
    复合土壤胶结料的性能试验研究
    Producing Study on Cementing Material with High Content of FA-GBS
    高掺量粉煤灰-矿渣超细粉建筑胶结料生产研究
    Experimental Investigation of Performances, Mechanism and Appliction in Project of Composite Cementing Material for Earth
    复合土壤胶结料的性能试验、机理研究及工程应用
    The hydration reaction of carbide slag with fluidise furnace slag was studied under the steam temperature of 100℃ and 60℃. At the same steam temperature, CF cementing material and CFA concrete were manufactured from carbideslag and fluidies furnace slag, also their properties of physics and mechanics were measured.
    本文对电石渣沸騰炉渣在60℃和100℃的饱和蒸汽中的水化反应进行了研究,并对在上述条件下制得的电石渣沸腾炉渣胶结料(CF)及其混凝土(CFA)的主要物理力学性质进行了测试。
    In this paper, the hydration of the carbide slag-fluidized furnace slag cementing material CF under 60℃/100℃ saturated steam are studied. The main physical mechanic properties of CF and CFA concrete are tested.
    本文对电石渣沸腾炉渣在60℃和100℃的饱和蒸汽中的水热合成反应进行了研究,并对在上述条件下制得的电石渣沸腾炉渣(CF)胶结料及其混凝土(CFA)的主要物理力学性能进行了测试。
    A newly developed FC-1 series cementing material for colour road surface was evaluated. The evaluation result showed that the main performance of the said material can meet the technicalrequirement of the heavy traffic road asphalt in China and in Japan as well.
    简要介给了FC-1系列彩色路面胶结料研制开发的国内外技术背景,并通过对其主要性能评价试验说明,FC-1彩色路面胶结料的主要技术指标符合我国重交通道路沥青及日本同类产品的技术要求。
    According to chemical analysis and SEM figure observation show that:the mechanism of strengthening and reduced shrinkage is principaaly due to the micropowder action of XF dust,the action of its chemical composition and Ca(OH) 2 from flyash cementing material produces C S H gel not soluble in water,and produces E salt with high strength and microexpand. 〔
    通过化学分析和扫描电镜形貌观察证明 :增强和减缩机理主要是由于XF粉尘的微粉作用、其化学组成与粉煤灰胶结料中的Ca(HO) 2 反应 ,生成不溶于水的C—S—H凝胶、生成强度高且微膨胀的E盐所致。
    The coal gangue hollow block is a new wall material,made from coal gangue,lime and gypsum as raw materials which are cementing material of grinding mixture,coal gangue or other industrial waste slag as rough and fine aggregates,via dosing,mixing,forming and steam curing.
    煤矸石空心砌块是以煤矸石、生石灰和石膏为原料的混合磨细物为胶结料 ,煤矸石或其它工业废渣等为粗细骨料 ,经配料、搅拌、成型、蒸汽养护而成的新型墙体材料。
    This paper introduces main raw materials such as coal gangue,lime and gypsum,and their mix ratio the processes and relative parameters for production of cementing material,preparation of mixture ,forming and curing of block,and piling of finished product.
    介绍了煤矸石、生石灰、石膏等主要原材料及其配合比 ,胶结料的生产、混合料的制备、砌块成型、养护、成品堆放等工艺及相关参数。
    By adding compound retarder M.III, the tests show it can greatly retard the initial setting time of the cementing material, increase the fluidity of slurry and improve using property of mixture. At the same time, this retarder also can increase the water resistance of the product.
    Ⅲ型复合缓凝剂 ,可大大延缓胶结料的初凝时间 ,提高料浆的流动性 ,改善了拌和物的使用性能 ,同时 ,该缓凝剂还能提高制品的耐水性能。
    Then the mechanism of the curing, hardening and compaction of the acid proof cementing material is discussed thoroughly. It is showed that the compressive strength of the acid proof concrete can reach as high as 32.8 MPa, which is higher than the concrete prepared with liquid soluble silicate whose strength is about 25.1MPa. Besides, the performance of acid proof and fire proof is better than the later too.
    研究表明,采用粉状耐酸胶结料配制的耐酸混凝土强度可达32.8MPa,高于采用液体水玻璃配制的混凝土强度(25.1MPa),并具有良好的耐酸性和抗高温性能。
    By means of a large number of experiments in lab,the performances of composite cementing material for earth as well as the influence of various factors such as mixing amount of cementing material,consolidated objects,and maintenance conditions on these performances are analyzed and discussed. The compressive strength and microstructure of earth consolidated with such cementing material are compared to those of cemented earth.
    通过大量的室内实验,分析讨论了复合土壤胶结料材料的性能,以及掺量、固化对象、养护条件等因素对材料性能的影响,并对比分析了胶结料固化土和水泥土的抗压强度及微观结构.
    The investigation result shows that,after the cementing material being mixed with earth,the hydration takes place and the earth particles are consolidated by the hydrating product with gummosity,forming plate like structure.
    研究结果表明:复合土壤胶结料与土壤拌合后,发生水化作用并形成具有胶凝性的水化产物使土粒固结,形成板体结构.
    Gypsum is a kind of energy-saving cementing material,and gypsum concrete can be effectively used for single-story residence and enclosure structure. Its water resistance can be improved by means of mineral admixture,chemical additive,resinous polymer and pressure shaping and etc.
    石膏是一种节能型的胶结料,石膏混凝土用于单层住宅建筑承重围护结构是有效的,用矿物掺合料、化学外加剂、树脂聚合物、压制成型等方法,能够改善石膏混凝土的耐水性。
 

首页上一页1下一页尾页 

 
CNKI主页设CNKI翻译助手为主页 | 收藏CNKI翻译助手 | 广告服务 | 英文学术搜索
版权图标  2008 CNKI-中国知网
京ICP证040431号 互联网出版许可证 新出网证(京)字008号
北京市公安局海淀分局 备案号:110 1081725
版权图标 2008中国知网(cnki) 中国学术期刊(光盘版)电子杂志社