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特种水泥
相关语句
  special cement
     The Study of Polymer modified Special Cement Composite
     聚合物特种水泥基复合材料的研究
短句来源
     Quick-acting Analysis & Automatic Dispensing in Raw Material of the Special Cement
     特种水泥原料成分快速分析和自动配料
短句来源
     Producing special cement from stone coal and tailings of cooper-lead-zinc ore
     应用石煤、铜铅锌矿尾矿烧制特种水泥
短句来源
     Opinions on development of aluminosulphate cement-a special cement
     开发特种水泥─对硫铝酸盐水泥发展的几点意见
短句来源
     Low radioactive rare-earth waste(containing 232 Th,specific activity5000~8000Bq/kg)were diluted20times by cement,sand and carbide ash and were made into special cement. The radioactivi-ty of this special cement complied with the healthy protection standard for radioactive materials(GB6566-86).
     以低剂量放射性稀土废渣为原料(含232Th,比活度5000~8000Bq/kg),用水泥、砂子、工业废渣(如:电石渣等)做20倍稀释后制成特种水泥产品,其放射性剂量符合GB6566-86放射卫生防护标准。
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  specific cement
     TECHNOLOGLCAL STATUS OF SOLIDIFICATION OF SPECIFIC CEMENT WITH SPENT RADIOACTIVE ION EXCHANGE RESIN
     放射性废离子交换树脂的特种水泥固化技术进展
短句来源
  asc cement
     STUDY ON SOLIDIFICATION OF SPENT ION EXCHANGE RESIN USING ASC CEMENT
     特种水泥固化放射性废离子交换树脂的初步研究
短句来源
     Study on Efficient Cementation of Simulated Radioactive Resins Using ASC Cement
     模拟放射性树脂特种水泥固化提高包容量的研究
短句来源
     Solidification of Radioactive Resins by Using ASC Cement and Zeolite Blends
     模拟放射性废树脂的沸石和特种水泥混合物固化
短句来源
     In this paper, a new type of cement, named ASC cement, is used to solidify spent ion exchange resin (IER).
     本文采用一种新型的 ASC特种水泥 ,研究了放射性废离子交换树脂的水泥固化技术。
短句来源
     The solidification of simulated spent radioactive resins is investigated using ASC cement and zeolite blends.
     利用特种水泥(ASC)和沸石的混合物研究固化放射性废树脂的行为。
短句来源
  “特种水泥”译为未确定词的双语例句
     Application of PLC to Preheat Unit of the Cement Sintering Kiln
     PLC在特种水泥烧结窑预热装置中的应用
短句来源
     The experimental research on the pivotal technique of high performance special cementitious composites (HPSCC)
     高性能特种水泥基复合材料(HPSCC)的关键技术研究
     STUDIES ON KEY TECHNOLOGY AND MECHANICAL BEHAVIORS OF HIGH PERFORMANCE CEMENT-BASED COMPOUND MATERIAL
     高性能特种水泥基复合材料的关键技术与力学行为研究
短句来源
     The Manufacture of High-Performance Specialty Cement with Slag or Fly Ash
     利用矿渣或粉煤灰生产高性能特种水泥
短句来源
     Sulphoaluminate (C 4A 3S) is not only a very stable desulfuration product in high temperature(not higher than 1 400 ℃), but also the material of a new special type of cement mostly.
     硫铝酸盐 (C4 A3S)是一种高温下 (低于 14 0 0℃ )非常稳定的固硫物相 ,又是新型特种水泥的主要原料 .
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  special cement
The pore structure and low-temperature dilataion behaviour of a traditional hydrated Portland cement paste and a special cement paste of high initial strength were investigated.
      
In this study this method was applied to follow the hydration of the new family of portland cements containing C12A7* and C11A7·CaF2 addition as well as special cement with C3A replacement by calcium sulphoaluminate.
      
More over introduction of special cement that would accommodate mildly salty sand will go a long way in reducing the water use by this process.
      
The reduction of the class PZ 35 in Germany points to the increase of special cement types for particular constructions.
      
The three companies listed below make special cement products that are ideal for use with warm water radiant floor heating.
      


In the paper, geological formation, chemical compositions, mineral constitute of alunite and its hydration in cement are introduced. The hydration mechanism of ettringire activated by alkali-sulphate is proposed. Also the achievements as raw material for special cements and agents, and as additives of portland cement in China are summarized.

本文系统地介绍了我国明矾石的地质成因、化学成份和矿物组成及其在水泥中的水化硬化,提出了明矾石在碱-硫酸盐激发下形成钙矾石的水化机理,综述了我国利用明矾石作为特种水泥、外加剂的原料及作为普通水泥的混合材所取得的应用成果。

In this paper, the development of the cement technology and variety since foundation of the People's Republic of China was expounded. After early stage of modelling the experience of the Soviet Union, new varieties of cement were developed on the basis of china's own research results. The task of cement technology development, the major experience of new cement variety development and special type cement system in particular were comprehensively introduced.

本文阐述了新中国成立后水泥技术和品种的发展过程,提出了技术发展任务和开发新品种的主要经验,并对我国已经形成的特种水泥体系作了较详细的介绍。

The paper investigates the current situation of energy consumption in cement industry and holds the point, that studies on fundamental research and development of new types of cement should be carried out with energy saving as a key task. The paper describes the possibilities of saving fuel by quickening the formation of clinker, lowering the clinkering temperature and reducing the loss of heat in the process of burning. A series of possible means are also proposed for saving electricity in the process of grinding....

The paper investigates the current situation of energy consumption in cement industry and holds the point, that studies on fundamental research and development of new types of cement should be carried out with energy saving as a key task. The paper describes the possibilities of saving fuel by quickening the formation of clinker, lowering the clinkering temperature and reducing the loss of heat in the process of burning. A series of possible means are also proposed for saving electricity in the process of grinding. It is suggested that fundamental studies be carried out to achieve the above goal. The paper indicates that using industrial wastes as raw materials and active additions will be one of the most important ways to develop new types of cement from now on. Studies should be proceeded for finding more effective means of activation and new admixtures for special cements.

分析了我国水泥工业耗能现状,认为今后应以节能为中心,开展水泥基础理论研究和发展新品种水泥。从加快熟料形成过程,降低熟料煅烧温度和减少熟料烧成过程的热损失等三个方面探讨了熟料煅烧过程中节约燃料的可能性。同时对粉磨过程中的节电问题也提出了一系列可能的措施。为达到上述节能目的,建改进行多方面的基础理论研究。作者认为,利用工业废渣作为原料和活性混合材是今后发展新品种水泥的重要途径之一。为此,应研究更有效的活性激发手段和特种水泥外加剂。

 
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