1) antiskid capacity
抗滑能力
2) skid resistance performance
抗滑性能
1.
Research course,actuality and existed problems of skid resistance performance of asphalt pavement are discussed in this paper.
介绍了国内外抗滑表层的主要形式,论述了沥青路面抗滑性能的研究历程、研究现状以及存在的问题,提出了进一步研究的方向。
2.
The skid resistance performance is one of the main indexes influencing the safety and quality of the tunnel.
本文针对影响隧道水泥混凝土路面抗滑性能的几种因素:隧道路面结构与材料、抗滑构造、路表污染、交通荷载等几种因素,提出了采用刻槽技术对隧道水泥混凝土路面进行抗滑性能改善。
3.
The skid resistance performance of different grades bituminous mixture was revealed,and skid resistance s movement regular pattern with wheel acting number was presented, and its regression equation was derived.
结合中国沥青混合料抗滑级配类型的研究成果 ,选用 AK- 1 6A、SMA- 1 6和 OGFC- 1 6三种抗滑级配类型 ,在分析其高温稳定性、低温抗裂性、抗疲劳性、水稳性等力学性能的基础上 ,系统地研究了不同抗滑级配混合料抗滑性能的优劣 ,以及分析了其抗滑性能随轮载作用次数的变化规律 ,通过建立相应的回归方程 ,更加明晰了其抗滑性能的特点及变化规律。
3) anti-skidding performance
抗滑性能
1.
Influence of gradation on anti-skidding performance of asphalt pavement;
集料级配对沥青路面抗滑性能的影响
2.
Mutual relations among exposed-aggregate point,texture depth and surface anti-skidding performance are illuminated,meanwhile,test methods and appraisal degrees t.
从露石水泥混凝土路面的行车安全和行驶质量入手,通过大量室内实验、实验路段的施工及性能测试,对露石水泥混凝土路面的露石表面离析问题、抗滑性能、行车噪声、露石表面平整等主要评价指标进行了分析。
3.
Through simulating test in the laboratory,further anti-skidding performance of exposed-aggregate cement concrete pavement was studied.
针对露石水泥砼路面的抗滑性能进行研究。
4) skid resistance
抗滑性能
1.
The principle of the microscopic profile s influence on road surface skid resistance performance was analyzed.
介绍了沥青路面形貌对路面使用性能的影响,分析了微观形貌对路面抗滑性能影响原理,并分别对沥青路面微观形貌信息各种采集方法、微观形貌特征统计参数、图像处理技术与分形等在微观形貌特征描述中的应用、基于沥青路面微观形貌特征的摩擦系数预测与评价、沥青路面宏观纹理对路面水膜深度的影响等研究现状进行概述,建议开展沥青路面微观形貌图像三维恢复、沥青路面微观形貌特征分形描述、运用人工智能分析的方法对路面摩擦系数预测与评价等研究,并在沥青路面水流生成影响因素分析的基础上,开展路面水流过程建模与仿真方法研究。
2.
Through analyzing the mechanism of skid resistance decrease and the impact of skid resistance and visibility on traffic safety,based on the investigation of the traffic accidents in bad weather on some freeway in our country,this paper summarizes traffic accident rates and types in bad weather,and puts forward some suggestions of traffic accidents research and statistic methods in bad weather.
在对不良天气导致路面抗滑性能下降的机理及路面抗滑性能、能见度对交通安全的影响等进行了分析之后,通过对我国某高速公路不良天气交通事故发生特点的调查和分析,总结了不良天气交通事故发生率和发生形态,并对我国进行不良天气道路交通事故研究和统计方法等提出了建议。
3.
On the basis of the tests of texture depth and pendulum tester,the characteristics of skid resistance of tunnel pavements are surveyed in Guizhou Province, etc.
采用手工铺砂法和摆式仪对贵州、云南等省的隧道路面抗滑性能进行了现场实测 ,调查的结果表明 ,隧道水泥混凝土路面的抗滑耐久性较差 ,使隧道交通存在着一定的安全隐患。
5) Anti-slide performance
抗滑性能
1.
According to the problem of high level asphalt pavement anti-slide perforemence, based on the analysis of the reason to pavement anti-slide and several years engineering experience, the SAC, OGFC, SMA, BBDr and BMA pavement form to the engineering were presented combined practice to improve pavement anti-slide performance.
针对目前高等级路面的抗滑问题,通过对影响路面抗滑性能因素的分析和多年施工经验的积累,结合工程实践提出了采用多碎石沥青混凝土(SAC)、开级配沥青磨耗层(OGFC)、沥青玛蹄脂碎石混合料面层(SMA)、法国透水性沥青路面(BBDr)和天然沥青路面(BMA)等路面类型来提高路面的抗滑能力。
6) skid resistance
抗滑力
1.
Correlativity between macro-texture and micro-texture of surface and the traffic security in the conditions with different velocities is analyzed based on the mechanism of skid resistance formation.
根据抗滑力构成机理,对不同车速情况下路表微观构造、宏观构造与道路交通安全状况的相关关系进行分析,同时对我国现行标准与规范中涉及摩擦系数评价的有关规定提出修改建议。
2.
According to the slope protection action mechanism of the vegetation and the stress-strain pattern analysis,the reinforcement mechanics model is established,the general mathematical formulas of skid resistance of the plant root system and the mathematical formulas of reinforcement ability of the plant root system are derived.
根据植被护坡作用机理和应力应变模式分析,建立了加固作用力学模型,导出植物根系的抗滑力一般计算式,并推导了植物根系加固能力的计算式。
3.
This paper reaches a conclusion that the relationship between accident and skid resistance of pavement on motorway is not clear according to the fuzzy analysis of the two year s data on seven motorways in China.
根据对我国 7条高速公路在两年时间内的事故与抗滑力调查 ,用模糊分析的方法对所取得的数据进行了分析 ,得出了高速公路上事故与路面抗滑力关系不明显的结论。
补充资料：继电保护设备抗干扰能力
继电保护设备抗干扰能力
interference withstand capability of protec-tive relays and relay systems
J一d一on boohu shebel kangganrao neng(-越电保护设t抗千扰能力(interfereneewithstand ea邵bility of proteetiverelay systems)relays and见变电所二次回路干扰。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条