1.
Detailed siress analysis was carried out for a section of the pipeline including an eccentric reducer on which long cracks appeared twice.
进而对曾两次出现长裂纹的偏心异径管管段进行细部应力分析。
2.
Malleable cast iron pipe fittings--Type size--Medium-less eccentric reducing tees
GB/T3289.16-1982可锻铸铁管路连接件型式尺寸中小偏心异径三通
3.
Malleable cast iron pipe fittings--Type size--Eccentric reducing male joints (sockets)
GB/T3289.25-1982可锻铸铁管路连接件型式尺寸偏心异径外接头
4.
Twin-roller eccentricity and different diameter caster with caster mouth of adjustable obliquity
铸嘴倾角可调的偏心异径双辊铸轧机
5.
radial beam tube
径向偏转电子射线管
6.
Tips on Controlling Shaft-eccentricity in Anticorrosion and Heat-insulation Construction of Large-diameter Pipeline by One-step Method
控制大口径管道防腐保温“一步法”作业偏心问题的做法
7.
(2)Measures 141expamples patients'trachea,the bronchial tube diameteral wire value existence big individual difference.
均偏小。 2所测 14 1例病人的气管、支气管的径线值存在较大的个体差异。
8.
reducing extension piece
异径内外螺纹管接头
9.
Analysis of Disturbing Torque in Electrostatic Field Caused by Rotor Radial Disbalance in ESG
静电陀螺转子径向偏心干扰力矩分析
10.
Radial runout is the difference between the high and low points on the tire or wheel.
径向偏摆是指轮胎或车轮上的高低点之差异。
11.
Research on Meng Kang s Pitch-Pipes of Different Diameters;
西晋孟康异径管律考证──中国古代最早的异径管律管口校正方案
12.
Polypropylene (PP) pipes-Tolerances on outside diameters and wall thicknesses
GB/T13019-1991聚丙烯(PP)管材外径和壁厚极限偏差
13.
Polyethylene (PE) pipes-Tolerances on outside diameters and wall thicknesses
GB/T13018-1991聚乙烯(pe)管材外径和壁厚极限偏差
14.
Optical Design of the Reflective Eccentric-pupil Collimator with Large-aperture and Long Focal Length
大口径长焦距反射式偏瞳平行光管光学设计
15.
Diversity: The Path for the Cultivation of University Competition Competence;
差异化:大学核心竞争力培育的途径
16.
Experimental Research on the Behavior of Reinforce Concrete Special-shaped Column with Different Length of Limbs under Axial Compression and Biaxial Bending;
钢筋混凝土不等肢异形柱偏心受压试验研究
17.
The Reinforcement of the Special-shaped Columns under Bi-directional Eccentric Load by Computer;
双向偏心受压异形柱计算机辅助配筋计算
18.
Research on Behavior of Inequiaxial Specially Shaped Column Subjected to Biaxial Compression;
不等肢异形截面双向偏心受压柱性能研究