浙江高速公路

浙江高速公路浙江高速公路
  1. 基于RFID的浙江省高速公路联网收费多义性路径识别研究

    The Research on the Ambiguous Path Identification Technology of Zhejiang Provincial Expressway Networking Tolling Based on RFID

  2. 基于软土粘塑性蠕变本构模型,应用FLAC软件对浙江某高速公路的蠕变沉降变形规律进行了分析。

    Based on viscoplasticity creep constitutive model , the settlement creep deformation law of a highway roadbed in Zhejiang Province is analyzed by FLAC software .

  3. 浙江省高速公路应急救援体系的建设与实践

    Establishment and Practices of Emergency Rescue System for Highway in Zhejiang Province

  4. 浙江省高速公路长上坡路段沥青路面专项设计

    Special Design of Long Uphill Section Asphalt Pavement of Expressway in Zhejiang

  5. 浙江台州高速公路呈南北向穿越浙江东部沿海平原。

    Taizhou superhighway passes through the coastal plain in eastern part of Zhejiang Province .

  6. 民间资本在浙江省高速公路建设中的投融资模式研究

    Study on Investment and Financing of Civilian Capital on Expressway Construction in Zhejiang Province

  7. 既有市场条件下浙江省高速公路建设管理体制创新思考

    Innovation of Expressway Construction Management System of Zhejiang Province under the Present Market Economic Conditions

  8. 随着浙江省高速公路网不断延伸、加密,逐渐出现了多重嵌套的多义性路径情况。

    With the fast development of National Expressway Network , the problem of ambiguous expressway route identification has appeared in the practice of online tolling .

  9. 浙江省高速公路发展迅猛,截止2004年底,已开通1442公里,位居全国前列。

    The development of Zhejiang highway is very quick , the highway distance has been 1442 kilometers , and it is the head in china .

  10. 从宏观层面上重点探讨了目前影响民间资本投融资浙江省高速公路领域的障碍因素,在调查分析的基础上就这些障碍提出了相应的政策建议。

    After emphasizing the obstacles which influence investment and financing of civilian capital in expressway macroscopically , suggestions for these obstacles are given on the basis of survey .

  11. 简述数字视频信息管理系统的总体设计原则、设计方案说明,以及数字视频信息管理系统在浙江省高速公路监控联网中的应用。

    This paper briefly introduces general design rules of digital video information management system , design description , application of digital video information management system in Zhejiang Provincial Expressway monitoring network .

  12. 接着通过综合运用几种决策方法,从指标体系的确立到模型的构建,提出了一种切实可行的定量、直观的浙江省高速公路项目融资效果评价方法。

    Then by synthesizing three decision-making methods , this paper establishes an feasible quantificational and visual evaluation system , which is used to evaluate financing effect of expressway projects in Zhejiang province .

  13. 大部分从上海到邻近省份如江苏、浙江的高速公路,以及市区和郊区之间的道路上,长长一排缓慢移动的车辆遇到了严重的卡壳。

    Most expressways connecting Shanghai to nearby provinces , such as Jiangsu and Zhejiang , as well as between downtown and the suburbs , saw serious gridlocks with long lines of slow-moving vehicles .

  14. 浙江台州高速公路一期工程软土地基综合处理效果分析&以浙江台州黄岩软土地基试验路段为例

    ANALYSIS ON COMPREHENSIVE TREATMENT EFFECT OF SOFT GROUND FOUNDATION IN PERIOD 1 TAIZHOU SUPERHIGHWAY PROJECT , ZHEJIANG & A case study for the Tested Part of the Way in Taizhou'Huangyan , Zhejiang Soft Ground Foundation

  15. 其次本文进行了民间资本进入浙江省高速公路领域的机制分析,推荐了两种符合实际的投融资模式,从理论和实证两方面做具体分析。

    Secondly , analyzing the investment mode of civilian capital in area of expressway construction in Zhejiang province , this paper recommends two kinds of actual investment and financing modes , with the explanation in theory and demonstration .

  16. 针对当前高速公路联网收费网络状况及面临的安全问题,结合浙江省高速公路建设,构建了高速公路联网收费网络安全模型,提出了联网收费网络安全防范体系层次。

    This article is based on the status and security problem of high way fee charging network with reference to specific condition of Zhejiang province , to develop a safe module of high way fee charging network and to set up network fee charging security system with different levels .

  17. 浙江省内所有高速公路也采取关闭或限流措施。

    Local traffic authorities also closed off or imposed traffic flow restrictions on all expressways in Zhejiang .

  18. 浙江黄衢南高速公路衢黄段所辖隧道岩组成分复杂,地质条件较差。

    The tunnels , located in the Qu-Huang segment of Huang-Qu-Nan expressway of Zhejiang Province were in bad conditions in respect to the lithology and geology .

  19. 以浙江省诸永高速公路K96+030~K96+250段边坡为例,进行了边坡稳定性影响因素分析,支护设计和稳定可靠性评价。

    Taken the freeway slope of zhu yong in Zhejiang province , K96 + 030 ~ K96 + 250 as a typical example to analysis the stability influence factors , shoring design and stability reliability value .