总结了型煤技术基础理论中煤的粘结机理、几种成型假说；
Summarized are the binding mechanism, one of the fundamental theory of briquette technology, and several briquette hypotheses;
通过粘结机理说明用纤维布粘贴混凝土时施加压力的重要性。
Via bonding mechanism, the importance of exerting pressure to the bonding interface between fiber sheets and concrete was indicated.
通过粘结机理说明用FRP粘贴混凝土时施加压力的重要性。
Then, Via bonding mechanism, the importance of exerting pressure to the bonding interface between FRP and concrete was indicated.
并使用正交实验方法研制了ZJ型复合粘结剂及其粘结机理。
Moreover, the ZJ type composite adhesive is developed by cross experiment design, and its mechanism is analyzed.
这将有利于进一步研究PAN基高模炭纤维氧化机理和粘结机理。
Those were beneficial to investigate the oxidation and adhesion mechanism of PAN-base HM CF.
首先，分析了型钢与混凝土之间的粘结机理，并与普通钢筋混凝土结构进行了比较。
At first, the bond mechanism between shape steel and concrete compared with that of normal reinforced concrete is analysed.
讨论了磷酸铝粘结剂的制备工艺及粘结机理，陶瓷型过滤片的原料组成和配比，烘干和烧结工艺。
The preparation and mechanism of bonding for aluminum phosphate as binder, raw materials and its ingredient, drying and sintering for the flat ceramic filter have been discussed.
论述了混凝土材料的粘结机理以及新旧混凝土结合面的粘结机理，提出了混凝土结合面的质量控制措施。
This article treats the binding mechanism of concrete materials and that of their new-old interface, some quality control policies on the concrete interface have been recommended.
通过对钢筋与金属套筒之间采用植筋胶粘结的拉伸抗剪试验，探讨了植筋胶的粘结机理和拉伸抗剪破坏模式。
Through pullout tests for shear resistance of the adhesive steel bar in the metal tube, the bond principals and failure modes of adhesives are studied.
指出陶瓷刀具材料切削磨损时的基本机理仍然是磨料磨损、粘结磨损、化学反应与扩散磨损。
It is finally pointed out that the main wear mechanisms of the ceramic tool materials are still abrasive, adhesive, chemical reaction and dispersion wear.
直接证明粘结的机理是十分困难的。
FRP与混凝土之间通过界面层传递内力，研究界面层的粘结性能和内力传递机理是FRP加固技术的关键。
So bonding performance of the interface and internal force translating mechanism between FRP and high strength concrete are crucial in FRP strengthening technology.
磨损机理主要是粘结磨损、扩散磨损以及疲劳磨损。
The main wear mechanisms are adhesion, diffusion and fatigue.
为阐明粘结抗拉机理提供翔实的试验依据，并为混凝土修补工程提供参考。
The obtained experimental results can provide the evidence for clarifying adhesive tensile mechanism as well as the reference for the practical concrete structural repair methods.
还讨论了煤焦油、偶联剂、树脂与粘结体之间的作用机理。
The action mechanism of coal tar, coupling agent, resin and consolidating body was also discussed.
研究了混凝土保护层胀裂时及胀裂前锈蚀对无横向约束光圆钢筋混凝土试件粘结性能的影响机理。
The effect of corrosion on the bond between concrete and plain bar reinforcement without stirrups is studied during cover cracking and before cover cracking.
介绍了连铸粘结性漏钢产生的机理和过程，以及宝钢利用人工神经网络技术建立的一套新的漏钢预报系统。
This article presents the mechanism and process of sticking breakout occurring, as well as the newly built prediction system for sticking breakout in Baosteel based on neural network technology.
阐述了粘结漏钢的形成机理和漏钢预报系统的基本原理。
Formation mechanism of sticking breakout and basic principle of molten steel leakage prediction system are explained.
本文新型CO_2硬化酚醛树脂粘结剂的制备技术以及硬化机理的研究就是为适应这一要求而研究开发的。
Researching on the new producing technique and curing mechanism of CO_2-cured phenolic resin binder in this paper is developed to be meet the requirement.
介绍一种新型气化型煤粘结剂的制备方法和粘结作用机理。
The preparation of a new type of binder for coal for gasification and its reaction mechanism are presented.
这种粘结破坏按形成机理及破坏部位的不同可分为板端剥离破坏和跨中受弯裂缝导致的粘结破坏。
According to different failure mechanism and displaying part, the failure modes are divided into plate end debonding failure and intermediate crack induced interfacial debonding failure.
并对新老混凝土粘结面冻融损伤机理进行了探讨。
The freezing deteriorate mechanism of concrete itself and adherence of new-old concrete were discussed.
对新老混凝土粘结的微观机理进行了分析，认为新老混凝土粘结层呈叠层结构。
The micro mechanism of new old concrete bond is analyzed firstly, and the new old concrete is considered as a kind of layered composite material.
复合锚杆的内部工作机理研究表明，管材的弹性模量与杆材的弹性模量比值、内粘结剂的剪切模量等对楠竹复合锚杆内部荷载传递影响较大。
Composite anchor mechanism of the work show that pipe-elastic modulus and the elastic modulus influence the material value of the shear modulus of the binder such as bamboo.
研究内容包括：粘结破坏模式、破坏机理、粘结性能影响因素、粘结剪应力—滑移关系等。
This paper focuses on bond failure modes, failure mechanics, factors influencing bond behavior, bond shear stress-slip relationship.
本文着重论述了近年来在混合造粒技术机理方面的研究进展，特别是粘结剂对于成粒过程和产品质量的影响，并对造粒过程中的控制条件优化进行了评述。
The mechanisms of multi-component, especially the influences of binder on the product and the process of granulation were reviewed and the conditions of controlling were compared and predicted.
研究内容包括：粘结破坏模式、破坏机理、粘结性能影响因素、粘结剪应力—滑移关系及极限粘结承载力等。
This thesis focuses on bond failure modes, failure mechanics, factors influencing bond behavior, bond shear stress-slip relationship and bond failure load.
直接证明粘结的机理是十分困难的。
Direct proof of the mechanis. of adhesion is. quite elusive.
借助XPS和SEM微观分析的方法，探讨了水玻璃粘结剂改性方法及材料对水玻璃粘结剂的改性机理。
The mechanism of the modification methods and materials was discussed and analyzed using XPS and SEM.
借助XPS和SEM微观分析的方法，探讨了水玻璃粘结剂改性方法及材料对水玻璃粘结剂的改性机理。
The mechanism of the modification methods and materials was discussed and analyzed using XPS and SEM.
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