| 1. | Section 13. 3 covers the thermocompression bonding process itself and also tape automated bonding .
133节的内容既涉及热压连接工艺本身，也涉及了自动连接的传送带技术。 |
| 2. | Connecting technology for cable and special connecter
电缆与特种插头连接工艺 |
| 3. | Solid - state plasticized joining for aluminum alloy lf
6的固态塑性连接工艺 |
| 4. | Study on superplastic diffusion bonding of different steels
异种钢材的超塑性扩散连接工艺研究 |
| 5. | Connecting technology for rf cable and high frequency connector
射频电缆与高频接插件连接工艺 |
| 6. | Riveting is a kind of connection technique which can not be disassembled during service period
铆接是一种不可拆卸的连接工艺。 |
| 7. | Section 13 . 3 covers the thermocompression bonding process itself and also tape automated bonding
13 3节的内容既涉及热压连接工艺本身，也涉及了自动连接的传送带技术。 |
| 8. | Through experiment , rational joint technology was defined and matrix of diamond saw blade with noise damping was prepared
试验出合理的基体连接工艺，并成功地制备出具有消音功能的金刚石锯片的基体。 |
| 9. | Vacuum diffusion welding of refractory steel to heat resistant alloy was investigated in this paper . the effect of welding parameters on the deformation ratio of joints was examined
针对耐热合金与耐热钢的真空感应扩散焊，研究了扩散焊连接工艺参数对接头变形率的影响、接头变形率与接头性能的关系以及不同接头变形率的微观形态。 |
| 10. | In this study , advanced laser surface treatment , superplastic , solid - joint technologies were used to the bond of a - tial alloy to realize the high quality bond of this alloy at low temperature and short time
本文将先进的激光表面处理，超塑成形，扩散连接工艺结合在一起，实现- tial合金低温、短时、高质量的固态连接。 |
