These results will be helpful for optimization of the ultrasonic bonding transducer.

Research on the Ultrasonic Bonding Method for Polymer Microfluidic Chips

聚合物微流控芯片超声波键合方法研究

Mechanism and Reliability of Lead Free Joints Fabricated by Low Temperature Ultrasonic Bonding

无铅焊点低温超声互连的机理及可靠性研究

Design of ultrasonic bonding systems based on mass customization

大规模定制下超声波焊接系统的设计

Study on Interfacial Characteristics and Resistance of Electronic Device during Ultrasonic Bonding

电子器件超声键合接合部形成特征及电性能研究

Study on Process Model of Ultrasonic Bonding

超声焊接的研究和工艺模型

Selection of the underlying bonding material generally chromium iron-nickel alloy.

粘接底层材料一般选用铬铁镍合金。

Bonding material not present if required.

在有要求时，却没有粘贴物质。

Objective To discuss the utilization of Super Bond C& B bonding material in the post crown of anterior teeth with bad root canal shape and structure.

【目的】探讨Super bond C&B粘接材料在根管形态或结构不良的前牙桩冠修复中的运用。

Sticky carbon fiber reinforcement: matching bonding material is used, carbon fiber paste it into the concrete structures on the surface of a reinforcement method.

粘碳纤维加固：是采用配套粘接材料，将碳纤维材料粘贴到混凝土构件表面上的一种加固方法。

Analysis on characteristics of input power and interface wedge bonding of Al-Ni ultrasonic aluminum wedge bonds

Al-Ni超声楔焊中输入功率与界面键合的特征分析

The influences of ultrasonic power on heavy aluminum wire wedge bonding strength were investigated.

超声功率是影响粗铝丝引线键合强度的最主要因素之一。

Research Status of Reliability and Failure Mechanism of Ultrasonic Ball and Wedge Bonding With Copper Wire

Cu丝超声球焊及楔焊焊点可靠性及失效机理研究

Effect of Substrate Surface Smoothness on Thin Al Wire Wedge Bonding Strength

平整度对细Al丝超声引线键合强度的影响

Structure characteristics and evolution at wedge bonding interface

Ni-Al超声楔焊键合分离界面的结构特性及演变规律

Evolution of the Bond Interface During Ultrasonic Wedge Bonding Process

超声楔键合过程界面接合部演化规律研究

Effect of bonding time on thick aluminum wire wedge bonding strength

键合时间对粗铝丝超声引线键合强度的影响

Install the toilet flush line, the sink drain, the potable water lines, the bonding jumper, and the control cable.

安装马桶冲水管，洗手池排放，饮用水管，搭地线及控制钢索。

In order to meet the industrialized requirement, the explosive bonding for large and thick stainless steel with billet was experimentally investigated.

为了满足爆炸复合-轧制一体化技术的产业化要求，该文成功地进行了不锈钢/普碳钢大型厚板坯（复板厚20mm）的爆炸复合试验。

The data obtained from experiment will be useful to industrialization of explosive bonding for large and thick stainless steel with billet.

试验所得到的数据为不锈钢/普碳钢大型厚板坯的爆炸复合产业化提供了依据。

Explosive bonding parameters obtained from calculation show a proper window for explosive welding of stainless steel and regular steel billets.

爆炸焊接参数通过计算和优化设计，准确地预示了不锈钢/普碳钢大型厚板坯的爆炸焊接窗口；