1) surface of welding wire
焊丝表面状态
1.
This paper select surface of welding wire which ties up with feedability as object, advance the criterion about feedability of welding-wire, then analysis surface of welding-wire parameter which is depicted by LD/LT and KY and estimate practically feedability to testing its applicability.
本文选取与送丝性能密切相关的焊丝表面状态作为研究对象,提出了判断焊丝送丝性能优劣的判据——焊丝表面判据。
2) surface state
表面状态
1.
The effects of the surface state of aluminum alloy on the microstructure and the property of the friction stir-welding joint are studied.
研究了铝合金表面状态对搅拌摩擦焊焊接接头组织和性能的影响。
2.
This paper briefly presents the controlled cooling technology for the medium section steel production line in the Section Steel Plant,contrasts and analyses the surface state of the steel,both incoming and outgoing,mi- crostructure,mechanical property and deformation of rolled pieces.
简要介绍了型钢厂中型线控制冷却技术,并对投入控冷前后产品的表面状态、显微组织、力学性能及轧件变形三方面进行对照分析。
3.
More micromorphology of carbon fibers were revealed, the difference on surface state of T300 and T800 were great.
纤维表面状态的这些差异体现在其复合材料的界面力学性能
3) surface condition
表面状态
1.
Effects of surface conditions on spot welded joint of magnesium alloy;
表面状态对镁合金点焊接头质量的影响
2.
Icfluence of Non-Metallic Inclusion and Surface Condition on Fatigue Property of High Strength Spring Steel;
非金属夹杂物和表面状态对高强度弹簧钢疲劳性能的影响
3.
Experimental study of influence of surface condition on laser enhancement of N80 tubing;
表面状态对N80油管激光强化影响的试验研究
4) surface status
表面状态
1.
The surface status of Ni-P elecroless plating coating on blanket was evaluated by SEM, XPS and conductivity meter.
针对微型电机外壳在装配过程中时有出现与内部磁条粘结性能较差问题,采用扫描电镜(SEM)、X射线光电子能谱(XPS)、电导率仪等对外壳的化学镀镍层表面状态进行分析。
5) coated solid-wire
表面覆层焊丝
1.
Research on coated solid-wire for metal argon gas welding;
表面覆层焊丝用于纯氩MIG焊接
6) surface coating welding wire
表面涂层焊丝
补充资料：参考状态
分子式：
CAS号：
性质： 对于非理想的热力学系统，确定组分的逸度或活度的数值时所必须事先规定的某个状态。对逸度，规定压力为100kPa下某个指定温度的理想气体为参考态。因此，逸度的参考态就是气体的标准态。对于溶液中的溶剂的活度，规定纯溶剂为参考态，因而也就是液体的标准态。对于溶液中的溶质的活度，则规定一个服从亨利定律的假想纯溶质为参考态。
CAS号：
性质： 对于非理想的热力学系统，确定组分的逸度或活度的数值时所必须事先规定的某个状态。对逸度，规定压力为100kPa下某个指定温度的理想气体为参考态。因此，逸度的参考态就是气体的标准态。对于溶液中的溶剂的活度，规定纯溶剂为参考态，因而也就是液体的标准态。对于溶液中的溶质的活度，则规定一个服从亨利定律的假想纯溶质为参考态。
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