改路

改路改路
  1. 对高含碳矿物改性路用沥青进行了研究。

    We modified asphalt with a high carbon content mineral in this paper .

  2. 分别选取中日两国为新兴市场国家和发达国家的代表,分析其各自汇改之路,比较其汇改的异同之处。

    It selects China and Japan separately for the emerging market country and developed country representative , analyzes their exchange rate form , collects place which of the similarities and differences compared with it changes .

  3. 金石SBR改性沥青路用性能分析

    Analysis on Pavement Performance of Kin Shi SBR Modified Asphalt

  4. 纳米SiO2和纳米TiO2改性沥青路用性能研究

    Study on road performance of nano SiO_2 and nano TiO_2 modified asphalt

  5. 该模块将以往的串行扫描过程改为四路并行扫描,同时利用FIFO平均每级流水的处理延时,使整个流水线高效率地运行。

    The module adopts four-channel parallel scan instead of serial process . In addition , by using FIFO , the processing delay of each stage is averaged to insure higher efficiency of block-level pipeline .

  6. 不去。你到银行那一站就得下车,改乘A52路的。

    No , You 'll have to get off at the bank and take the A52 .

  7. 在第三站下车,改乘21路公共汽车。

    Get off at the third stop and take bus No21 .

  8. 特立尼达湖改性沥青路用性能及其应用

    Road performances of Trinidad lake modified asphalt and its application prospect

  9. 元改府为路,仍领河间。

    Yuan to change government for the road , still receive Hejian .

  10. 废胶粉-SBS复合改性沥青路用性能的试验研究

    The scrap rubber powder-SBS compound modified asphalt road uses the performance experimental study

  11. 千里达湖改性沥青路用性能研究

    The Research on Road Performance of Trinidad Lake Asphalt

  12. 南通坚持因地制宜的墙改节能之路

    Nan Tong : Sticking to Energy-efficient Wall Reform in Light of Local Conditions

  13. 路的驾驶人士可改经治河路。

    May travel via Chi ho road to .

  14. 无刷励磁机之励磁机电枢绕组由多路并联改为一路并联,可减少端部连线,减少故障环节。

    The windings of brushless excitation generator have been changed to one paralleled circuit from multi-paralleled circuits , which can reduce the connections of end and the trouble .

  15. 如果上路,在路过立交桥时,可改走辅路,避免多次上下桥的危险。

    If set out , while passing by an interchange , can change to walk to assist road , avoid for many times up and down the risk of bridge .

  16. 室内试验与试验路结果表明,北美岩沥青能显著提高沥青混合料的高低温性能、水稳定性能,改性沥青路面具有良好的抗车辙能力和耐久性,能提高道路的服务水平。

    Experimental result shows that natural bitumen can improve the performance of mixture with bitumen at low and high temperature , and the capacity of moisture-resistance damage . The test proves that pavement with natural bitumen has good rutting-resistance and durability .

  17. PE改性沥青的路用研究

    A Study of PE Modified Bitumen in Road

  18. 本文通过沥青胶浆和沥青混合料的相关试验,全面地评价RA沥青复合改性剂的路用性能。

    By asphalt-related test , a comprehensive evaluation of RA asphalt compound modifier road performance .

  19. 本文在辽宁省交通科研项目(GrantNo.200610)的资助下,开展了纤维对改性沥青混凝土路用性能影响机理的研究。

    Funded by the Traffic Scientific Research Funded project of Liaoning Provincial ( Grant No.200610 ) .

  20. 改性沥青试验路施工技术与工艺研究

    A Study on Construction Techniques of Experimental Road for Modified Asphalt

  21. 天然沥青的改性机理及路用性能研究

    Mechanism of natural asphalt 's modification and its performance

  22. 石灰改性膨胀土路用质量控制

    Quality Control for Lime - treated Expansive Soils as a Filling of Highway Embankment

  23. 研究了该种改性沥青的路用性能,并对改性机理进行了探讨。

    The performance and the modification mechanism of the modified asphalt have been studied .

  24. 元代磁局的管理者,在泰定间已由中央政府派员管理改为饶州路总管监督;

    The manager of supervisors of Yuan dynasty Bureau of Ceramics in Raozhou road supervisors ;

  25. 最后结合工程铺筑试验路,发现使用一年后的丁苯聚合物改性砼试验路路面性能良好。

    Last this paper discovers that the performance of polymer cement concrete test pavement is good after using a year .

  26. 同时,通过沥青混合料的试验,对两种改性沥青的路用性能进行比较,并且结合实际工程铺筑试验路对室内试验的结果进行验证。

    Then the road use performance comparison of the asphalt mixtures was studied by the mixture test . Furthermore it validated the test results by building test road .

  27. 改性硫磺颗粒的制备及其改性沥青路用性能

    Preparation of modified sulphur pellets and its effect on properties of asphalt pavements

  28. 介绍了橡胶改性沥青、树脂改性沥青、硫磺改性沥青、金属有机皂改性沥青、表面活性剂改性沥青等路用改性沥青的开发动向及应用。

    Development trends and applications of modified asphalt for pavement are described , such as rubber modified asphalt , resin modified asphalt , sulfur modified asphalt , metal organic soap and surface active agent modified asphalt .