埋管抽放,gas drainaged by buried pipe
1)gas drainaged by buried pipe埋管抽放
2)drainage by pre-berriod pipeline预埋管路抽放
3)spile-drainage插管抽放
1.The origin and effusing pattern of gas at fully mechanized face with caving of roof coal in the inflammable coal seam,spile-drainage methods in mined area were introduced briefly,the experiences can be used for reference for gas drainage in the similar condition.简要介绍了易燃煤层综放工作面瓦斯来源及涌出规律、采空区插管抽放工艺等,为类似条件下的抽放瓦斯工作提供了借鉴。
4)bleed line放出管抽汽管路
5)burying pipe埋管
1.It analyzes causes on generating quality deficiency of drilling-grouting pile fromburying pipe、clipping pipe、water seepage of conduit and collapse and introduces relative prevention measures and its treatment,which to ensure quality of grouting pile and prevent various accidents.从埋管、卡管、导管进水、塌孔等方面分析了产生钻孔灌注桩质量缺陷的原因,并介绍了相应的防治处理措施,以保证灌注桩的质量,防止各种事故的发生。
英文短句/例句
1.Design of buried depth for vertical ground heat exchangers based on the energy efficiency degree基于换热能效度的竖直地埋管埋设深度设计
2.The Bury Way and Bury Spacing of Ground-Source Heat Pumps System in Chengdu;成都地区地源热泵系统埋管方式及埋管间距研究
3.Heat transfer performance and temperature field of soil around horizontal buried heat exchangers for ground-coupled heat pump system地埋管地源热泵水平埋管冬夏季工况换热性能及土壤温度场
4.Discussions on the Design of Pile Foundation and Burry Methods of Ground Heat Exchanger Pipes in Bored Pile钻孔灌注桩内地源换热器埋管的桩基设计和埋管方式探讨
5.Study on Bearing Capacity of Concrete Surrounding on Buried Pipe in Dam坝内埋管外围混凝土承载能力的研究
6.The embedding shank - serves to bury the drip line beneath the soil.掩埋臂—用于将滴灌管掩埋于土壤下面。
7.Buried Gas Pipeline under Shallow Buried Protection of Stress Analysis浅埋防护下埋地燃气管道的受力分析
8.buried-channel MOSFET埋沟ＭＯＳ场效晶体管
9.Design Methods of Tee Branch of Directly Buried Heat-supply pipeline直埋敷设供热管道三通支管设计方法
10.Double Layer SAW Pipe with Large Diameter for Transmitting Oil and Gas油气输送管道用大直径双层埋弧焊管
11.Standard for AC influence drainage protection of buried steel pipeline埋地钢质管道交流排流保护技术标准
12.Standard for D.C.drainage protection of buried steel pipelines埋地钢质管道直流排流保护技术标准
13.Technical specification for buried unplasticized polyvinyl chloride (PVC-U)pipeline of water supply engineering埋地硬聚乙烯给水管道工程技术规程
14.Code for structural design of buried steel oil and gas transmission pipeline埋地输油输汽钢管道结构设计规范
15.You"d better embed a wall bushing at the corner.最好在转角处预埋一个穿墙导管。
16.The distal end of the kinetochore tubule is firmly embedded in the pole.着丝点微管的末端牢牢地埋入纺锤极。
17.Aseismic design code of oil and gas buried steel pipeline输油（气）埋地钢质管道抗震设计规范
18.Buried polyethylene (PE) fittings for the supply of gaseous fuelsGB15558.2-1995燃气用埋地聚乙烯管件
相关短句/例句
drainage by pre-berriod pipeline预埋管路抽放
3)spile-drainage插管抽放
1.The origin and effusing pattern of gas at fully mechanized face with caving of roof coal in the inflammable coal seam,spile-drainage methods in mined area were introduced briefly,the experiences can be used for reference for gas drainage in the similar condition.简要介绍了易燃煤层综放工作面瓦斯来源及涌出规律、采空区插管抽放工艺等,为类似条件下的抽放瓦斯工作提供了借鉴。
4)bleed line放出管抽汽管路
5)burying pipe埋管
1.It analyzes causes on generating quality deficiency of drilling-grouting pile fromburying pipe、clipping pipe、water seepage of conduit and collapse and introduces relative prevention measures and its treatment,which to ensure quality of grouting pile and prevent various accidents.从埋管、卡管、导管进水、塌孔等方面分析了产生钻孔灌注桩质量缺陷的原因,并介绍了相应的防治处理措施,以保证灌注桩的质量,防止各种事故的发生。
6)immersed tube埋管
1.The convection heat transfer coefficient ofimmersed tube in the heat transferring zone is impacted by the velocity of the moving zone nearby and its data and change trend are obviously different with those of the common bubbling bed.垃圾焚烧系统中 ,内旋流流化床存在不同布风速度的移动区、流动区和换热区 ,处于换热区的埋管的对流换热系数受附近流动区气流参数的影响 ,其变化趋势及数值大小与普通鼓泡型流化床之间有明显不同 :最大的对流换热系数明显高于鼓泡床 ;换热区尚未流化时 ,对流换热系数已经大幅提高 ;整条换热曲线的变化比较平缓 ,易于流化床浓相床内换热。
2.Heat transfer coefficients betweenimmersed tube and bed materials in HSFB were measured with help of a fast response heat transfer probes.在自建的旋流流化床冷态实验台上,采用基于微型热流密度感应薄膜制成的传热探针,测量了旋流流化床中埋管与床料的传热系数,研究流化风速、颗粒粒径、探针位置和密相区二次风射流等因素对埋管传热系数的影响。
3.The heat transfer ofimmersed tubes in fluidized beds is influenced by the uneven distribution of fluidized air, and the coefficient of that is not only a function of fluidized air velocity in heat transfer zone, but also is correlative with the air velocity in fluidized zone nearby.非均匀布风对流化床埋管换热特性有一定的影响，埋管的对流换热系数不仅是埋管所处换热区流化速度的函数，而且与相邻的流动区流化速度有一定关系。
延伸阅读
输卵管结扎抽心包埋法输卵管结扎抽心包埋法是结扎输卵管的一种方法，在输卵管峡部将浆膜层与输卵管管芯分开，游离一段输卵管管芯并切除约2cm，近端结扎包埋于浆膜内，远端结扎后留在浆膜外，这样使输卵管二断端无法再自然接通，可降低失败率，并且损伤血管机会少，并发症少。这种结扎术操作较多，只能在开腹手术下进行。适用于小切口绝育术，剖宫产同时或其他妇科开腹手术同时。
