1) third party damage
第三方破坏
1.
Based on the explanation of the form of third party damage to oil and gas pipelines and its serous consequences,the analy-sis is given to the cause of third party damage to pipelines.
在阐述管道第三方破坏的形式以及所造成的严重后果的基础上,对管道第三方破坏的成因进行了分析,结合国内外管道第三方破坏评价的研究进展,对管道第三方破坏的预防措施按照管理和技术两类进行了功能分析,并就每种预防措施的技术特点以及实用效果进行了讨论,最后针对我国油气管道如何预防第三方破坏提出了建议。
2.
Complex and extraordinary random,and very difficult to forecast and control is one of the major factors for oil and gas pipeline s third party damage.
随机性强,不易预测和控制是油气管道第三方破坏的主要特点,为此建立了油气管道第三方破坏故障树模型。
3.
Causes and hazards on the pipeline damaged by third party are analyzed,risk factors of this damage to pipelines are determined and pipeline sectioning principle suitable for assessment on third party damage of pipeline is developed.
分析了长输管道受第三方破坏的原因和危害,确定了管道受第三方破坏的风险因素,制定了适用于管道受第三方破坏风险评价的管道分段原则。
2) third-party damage
第三方破坏
1.
The types of the third-party damage of offshore pipelines' failure were pointed out,the reasons were analyzed,and corresponding measures were presented.
对第三方活动致使海底管道失效的各个原因进行系统分析,建立以“第三方破坏严重”为顶事件的故障树。
2.
The third-party damage is the main factor of the failure of buried pipe for city gas,which includes minimum depth of cover,humans activity level,aboveground facilities,buried establishment around pipe,public education,right-of-way condition,management and maintenance level and so on.
城市燃气管道失效的主要因素是第三方破坏,其影响因素包括埋设深度、人在管道附近的活动状况、地上设备状况、管道附近有无埋地设施、管道附近居民素质、管道沿线标志是否清楚、管道维护管理水平等。
3) Third Party Damage on Pipeline
管道第三方破坏
1.
And among the causes of leakage, it s the "Third Party Damage on Pipeline" that mostly happens.
伴随着管道运输网络在我国的迅猛发展,管道泄漏成为一个日益严重的问题,而各种泄漏原因中又以“管道第三方破坏”最为常见。
4) destruction equation
破坏方程
5) destroying method
破坏方法
1.
By means of destroying method,paste carton was changed to folded carton after many tests.
折叠纸盒与粘贴纸盒各有其优缺点,提出几种将2种纸盒的优点结合的新型创意纸盒,采用破坏方法进行实验设计,将粘贴纸盒设计成可折叠结构,分析其结构方案图,并制作出其实物,为用于礼品包装的高端纸盒设计与制作提供一种新思路。
6) Damage mode
破坏方式
1.
By analysing the damage modes and their results of the computer system that would be faced with in wartime,strategies against these damage were introduced and a DSL solution was particularly recommended.
分析了战时计算机系统面临的若干种破坏方式及其后果,并提出应对策略,特别推荐的是一种战时操作系统的解决方案——DSL。
2.
) involved in geo-stress level controlling the stability of surrounding rock,through triaxial test of red sandstone in Jurassic,the paper analyses on the deformation and failure characteristics of red sandstone under different conditions by triaxial loading and unloading,and reveals the damage modes and mechanical properties difference by different stress conditions.
针对大量地下工程(交通隧道、水电站地下厂房等)涉及的不同地应力环境对围岩稳定的控制作用,通过对四川盆地普遍分布的侏罗系红砂岩三轴试验研究,系统分析了红砂岩在三轴加载和卸载应力条件下的变形破坏特征以及强度特性,揭示了红砂岩在不同应力路径下所表现出来的破坏方式以及性质差异,表明加载应力环境下以剪切破坏为主、卸载应力环境下则以拉裂破坏为特点,且前者的破裂角要明显大于后者。
补充资料：方石岭战斗(见中央苏区第三次反“围剿”)
方石岭战斗(见中央苏区第三次反“围剿”)
Fangshiling, Battle of
fQngsh盛1主ng Zhandou方石岭战斗(Fangshiling Battl。。f)土地革命战争时期，红军第一方面军主力在江西省兴国县方石岭地区对国民党军的追击战，歼其1个师、1个炮兵团又1个营，俘5000余人。见中央苏区第三次反“围剿”。
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