1) A-power supply
丝极电源
2) wire-beam electrode
丝束电极
1.
The corrosion potential distribution of wire-beam electrode in different depth was obtained by estimated corrosion potential in 10% NaCl solution.
应用3×3阵列丝束电极模拟研究了混凝土中钢筋的腐蚀。
2.
The potential distribution of steel in different contents of NaCl solution was investigated with wire-beam electrode,and the effect of NaNO2 on the potential distribution of steel and the protective behavior of NaNO2 was analyzed.
采用丝束电极多电极电化学法研究钢铁在不同浓度的NaCl溶液中的电位变化,并分析NaNO2的加入对体系电位的影响和NaNO2对钢铁的防护作用。
3.
The corrosion conditions of rebar embedded in the concrete which was immersed in 10% sodium chloride solution(pH=12) for 9 d was studied by using the wire-beam electrode.
用丝束电极模拟混凝土中钢筋表面的不同位置,研究了浸于pH=12,浓度为10%的NaCl溶液中直至9 d的混凝土中钢筋的锈蚀状况。
3) wire beam electrode
丝束电极
1.
The results of wire beam electrode measurement agreed with that of the classic measurement.
通过丝束电极测试电阻分布,研究了水基防锈液的防锈性能。
2.
The effect of sodium nitrite on the crevice corrosion of mild steel was studied by applying the wire beam electrode technique.
在5%NaCl溶液和5%NaCl+5%NaNO2溶液中,采用丝束电极技术测量了低碳钢缝隙内、外的自腐蚀电位和电化学阻抗谱,研究了亚硝酸钠对低碳钢缝隙腐蚀的影响。
3.
Fast electrodepositing behavior of nickel was studied by using wire beam electrode, and the effects of different electrode materials and bath on the electrodepositing were discussed.
采用丝束电极(铜质和铁质)研究了金属镍的快速电沉积行为。
4) electrode wire
电极丝
1.
The major effect factor of wearing out or breaking off electrode wire in wire out EDM for die & mould is analysed,for example electric-gage performance of pulse electric-source,process parameter of cut machining,machine transmitting-accuracy of equipment and so on.
分析模具线切割加工中电极丝损耗或断丝的主要影响因素,如脉冲电源的电规准、切割加工的工艺参数及机械设备传动精度等。
2.
The paper describes the effects of electric property,mechanical property,geometry and heat physics of electrode wire on the surface smooth degree,geometry accuracy,cut efficiency of machining components.
阐述电极丝的电气、机械、几何、热物理特性对加工工件的表面光洁度、几何精度、切割效率的影响。
3.
Six main factors of filament break in high speed wire cutting machine were analyzed in details,such as the use of operating factors,storage and transportation silk filament institutional factors,the work piece machining factors,high-frequency electric power parameters,processing of factors,and the choice of electrode wire.
针对高速走丝电火花线切割加工过程中经常出现的断丝现象,详细分析了电极丝断丝的六个主要因素:操作使用的因素、贮丝和运丝机构因素、被加工工件因素、高频电源电参数设置因素、加工液因素、电极丝的选择等,并提出了与之对应的预防和解决办法,希望对我们同行业中经常遇到此问题的一些工人和技术人员提供帮助。
5) wire electrode
电极丝
1.
The flexure and filament breakage of wire electrode in wire electrical discharge machining(hereafter is in short form-WEDM) have always been influencing to the machining precision and machining efficiency.
线切割中电极丝的挠曲和断丝问题一直是影响加工精度和加工效率的主要问题,传统的线切割加工电极丝仅仅沿轴线方向快速或者慢速移动,这种磨损是一种不对称的单边磨损。
2.
By theory and numerical analysis,expounded the vibration of wire electrode of HSWEDM machine tool.
通过理论和数值分析,阐述了高速走丝电火花线切割机电极丝的振动情况。
3.
Wire electrode tension has considerable influence to frequency by numerical analysis,adjusting the wire electrode span can change its frequency and acted workpiece changed the mode of vibration,so offered the base of a theory for reducing the wire vibration.
利用大型通用有限元软件ANSYS模拟电极丝振动,比较理论计算与ANSYS模拟的误差仅为0。
6) electrode-wire
电极丝
1.
Analysis and calculation for electrode-wire offset in wedm programming;
线切割编程中电极丝偏移量的分析与计算
2.
According to analysis and calculation for center path of electrode-wire on WEDM,is determined correct eccentric traveling distance,to be improved machining accuracy for punching & blanking die in this paper.
通过电极丝中心运动轨迹的分析与计算,确定其合理的偏移补偿量,以提高冲裁模具的加工精度。
3.
Based on the process property of WEDM,the cause of eccentric traveling distance of electrode-wire is analyzed.
针对电火花线切割的工艺特征,分析加工过程中电极丝偏移量产生的原因。
补充资料：丝束
分子式：
CAS号：
性质：化学纤维纺丝后，由相当多的单股长丝集合成为丝束。由于用途不同可分下列加工方法：(1)纺丝后集成丝束，经拉伸、上油、卷曲、干燥定型后，切成短纤维；(2)醋酯纤维或丙纶经纺丝、集束、拉伸、卷曲后，以长丝束制作香烟滤嘴棒；(3)经纺丝、拉伸定型后长丝束，再经制条机直接制成毛条(tow-to-top)，用于毛纺厂纯纺或混纺；(4)纺丝后经牵切纺成粗纱条。
CAS号：
性质：化学纤维纺丝后，由相当多的单股长丝集合成为丝束。由于用途不同可分下列加工方法：(1)纺丝后集成丝束，经拉伸、上油、卷曲、干燥定型后，切成短纤维；(2)醋酯纤维或丙纶经纺丝、集束、拉伸、卷曲后，以长丝束制作香烟滤嘴棒；(3)经纺丝、拉伸定型后长丝束，再经制条机直接制成毛条(tow-to-top)，用于毛纺厂纯纺或混纺；(4)纺丝后经牵切纺成粗纱条。
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