| 1. | Progress in diffusion - rolling bonding mechanism of metal plate
扩散复合机理研究进展 |
| 2. | Moving stiffness analysis on the parallel bonding mechanism of ic chip die
芯片粘片机并联焊头机构的动刚度分析 |
| 3. | This article analyzes the solid phase bonding mechanism and main factor influencing bond strength
本文从深层次上分析了双金属复合板的复合机理及影响复合强度的因素。 |
| 4. | A study on bonding mechanism of water - based modified starch adhesive used in the packaging of middle density fiberboard of kenaf stalk
水性改性淀粉胶在包装用麻秆中密度纤维板中胶合机理的研究 |
| 5. | Through these results , further studies on the 1st bonding mechanism and corresponding routines would benefit from presented work above
采用正交试验法对相关因素进行了研究试验，取得了相应的试验结果，为深入?解第一键合点质量的影响机理和规律提供了依据。 |
| 6. | At the same time , the organizational bonding mechanism between the agribusiness organizational bodies and the peasant households is not perfect and lacks rational restraining mechanism
产业化经营组织主体与农户的组织联结机制还不完善，缺乏合理的约束机制。 |
| 7. | After analyzing the bond mechanism and the strengthening arts , we pointed out that pressure is one of the three factors that ensure the bond strength , and the failure is mainly because of no pressure to the bonding interface
对粘结机理和既有加固施工方法进行了分析，指出粘结失效的主要原因是施工中未提供粘结加压(保证粘结强度三要素之一)所致。 |
| 8. | Bond behaviors of the interfaces between 3 surface patterns of prestressing tendons and concrete were compared , the bond mechanisms between the helical prestressing tendons and concrete were explained , and the main influencing factors on bond anchorage performance were discussed
根据试验结果，给出3种高强预应力钢筋在等幅重复荷载作用下的特征荷载值与应力水平上限的关系式。 |
| 9. | Based on tests of 41 pull - out cfrp specimens in the paper and other references of the experimental results , the bond mechanism , failure mechanism and bond strength of frp bars to concrete are studied systematically , some phenomena are explained and beneficial results are gained
基于41个碳纤维塑料筋的拉拔试验，并综合分析其它文献的结果，对纤维塑料筋与混凝土的粘结机理、破坏机理和粘结强度进行了较为深入的研究。 |
| 10. | The research overcomes the shortcomings of primers in common use , and breaks through the traditional astriction of absence of chemical bond between new and old concrete . both macrostructure and microstructure as well as bond mechanism was discussed and some further research advice was put forward
本研究克服了以往的界面剂仅能改善界面层宏观或微细观结构的缺点，突破了新老混凝土粘结层主要依靠范德华力提供界面粘结力而几乎不存在化学键作用的缺点。 |
