1) site of crossing the fault
断层通过区
1.
In view of the complex geological environment and bad engineering geological condition of a construction site on site of crossing the fault in karst Area,the paper puts forward evaluation route of the effect of fault to stability of the building sit and foundation on this area and the evaluation route is described.
在该区进行工程建设时,鉴于断层通过区建筑场地复杂的地质环境与不良工程地质条,本文提出断层对场地地基稳定性影响的评价体系,并结合理论与规范对该评价体系进行阐述。
2) crossing fault
过断层
1.
Taking an example of seam No11 panel No311 face No81116 in the Tongjialiang Coal Mine the paper introduces some successful experience of crossing faults for the fully mechanized mining face.
以大同煤矿集团公司同家梁矿11#层311盘区81116综采工作面过断层为例,介绍了综采工作面过断层的经验。
3) passing through fault
过断层
1.
Technology for fully mechanized coal mining face in inclined seam separately and completely rapid passing through fault;
倾斜长壁综采工作面分合式快速过断层技术
2.
Aimed at the shortcomings of coalface passing through fault as low speed, low efficiency and low-quality coal and so on, a new technique was suggested.
针对采煤工作面过断层速度慢、效率低且影响煤质等缺点,提出工作面快速无矸石过断层清洁开采技术。
3.
The construction technology and method for the heading machine passing through fault were continuously optimized.
不断优化掘进机过断层施工工艺和方法,并试验了掘进机过断层降尘添加剂,效果显著,使机掘巷道施工环境面貌得到较大改观。
4) fault
[英][fɔ:lt] [美][fɔlt]
过断层
1.
Discussion on Over fault Measures at Top-end Coal Working Faces
浅谈高档普采工作面过断层措施
2.
This paper focuses on the typical case how Shigetai mine\'s #71203 longwall face traverses faults with throws larger than 6.
5m的断层为典型实例,从过断层的方案、工艺及采取的特殊措施等方面入手,总结出了综采工作面过断层的关键技术。
5) fault passage
断层通道
1.
According to analysis, three factors should be existed during the forming of mud volcano, mud source, fault passage and natural gas bearing.
经分析认为,泥火山的形成须具备泥浆源、断层通道和含天然气三大要素。
6) regional fault
区域断层
1.
Research purposes:During tunnel excavation procedure,the geological predictions in advance for the area in front the construction site,especially the prediction of scale,nature and influencing scope of the regional faults are very important to the construction quality,schedule and safety.
研究目的:在隧道施工中,准确预报施工前方地质条件,尤其是区域断层的规模、性质和影响范围,将影响施工质量、工期与安全。
补充资料：泊位通过能力
泊位通过能力
泊位通过能力在单位时间内(年、月)一个泊位所能装卸船舶运载货物的最大数量。它是确定港口通过能力的基础，也是安排港口生产任务的主要技术依据。一般以吨为计量单位。泊位是供船舶停靠和作业的位置，分为码头泊位、浮筒泊位和锚地泊位，而常指码头泊位通过能力。其通过能力大小主要取决于它所能停靠的船舶吨位等级、船型和作业条件，装卸货物的类别，码头机械设备数量、技术性能及其对货物的适应程度，以及生产作业组织水平、船舶到港的均衡状况和实际可作业的时间等多种因素。泊位年、月通过能力的测算公式为:泊位年通过能力(吨)泊位月通过能力X12装卸工作月不平衡系数泊位月通过能力(吨)3。·〔2二-每昼夜泊位非生产作业时间(小时)船舶一次装.一，‘:*L。，十训J丫卜业目丁!司船舶一次作业的辅助及技术作业时间(小时)(小时)或泊位月泊位装卸通过能船舶效率力(吨)(船时量)又抨旦夜伸悴x 装训J件山二目丁J旬(小时)泊位月实际装卸天数
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