水钉的作用，使土钉体外表面与土体界面接触粘结力与摩擦阻力显著降低。
By action of water to nail, Bond between soil and nail a was obviously reduced.
由于蠕变和应力松弛的影响，粘结层应变不可逆地增加，使TGO层的界面形貌出现起伏。
Impacted by creep and stress relaxation, the strain of bond coat layer increases irreversibly, and the TGO layer convolutes .
涂层剥落后，切削区产生的瞬时热量聚集使基体粘结相软化，从而导致硬质相颗粒脱落和基体的剧烈磨损。
After the coating broke off, the instantaneous heat builds up and softens the substrate's bonding phase, which results in breaking off of hard phase particles and sharp wear of substrate.
在高层建筑施工中采用大跨度无粘结预应力技术，并对其中的铺放技术、穴模加工、张拉设备等进行改造，使工程质量得到保证，成本也有降低。
The adoption of large-span bond-free prestressed concrete technology and tensioning device have ensured construction quality and saved construction cost of highrise building.
本工程注意选择配套锚具及张拉设备，控制张拉应力及伸长率，使无粘结预应力达到质量要求。
If mating anchorages and stretching devices are selected carefully, and tensile stress and elongation are controlled, the unbonded prestressing will certainly meet its quality requirements.
用桐油石灰抹缝，提高粘结性和抗渗性，使船舶具有很好的抗沉性。
Tung oil was also used in the shipbuilding to improve the caking property and impermeability of the watercraft.
偶联剂处理使高硅氧纤维与树脂基体的粘结强度增加，从而提高复合材料的弯曲强度。
After high silica fiber is treated by coupling agent, excellent interfacial cohesion and flexural strength of super-hybrid composite are obtained.
酸洗和改性界面剂措施共同使用使新老混凝土修补界面层微细观结构全面改善，粘结强度显著提高。
Two methodsbeing used together could improve microstructure of new and old concrete repairedinterface layer fully, leading to a significantly increase of bond strength.
采用一种特殊的混制工艺，使填料表面形成一层完整的均匀的粘结剂薄膜。
A layer of completely even caking agents thin films is formed on the sur-face of filling material by adopting a kind of special mixed technology.
研究选用磷酸作粘结剂，使碎磷矿粉粘结成型。
Phosphoric acid was selected as bond to make phosphate rock powder into ball material.
由于设有粘结剂，使施工更方便，干燥后不易出现脱落等现象。
Because of the adhesive, the construction is convenient and no shedding occurs after the wall is dried.
本发明的效果和益处是改善纤维编织网和混凝土粘结的强度，对混凝土结构进行限裂，使裂缝更加细密均匀。
The present invention can raise the binding strength between woven fiber net and concrete, and limit cracking in concrete for form fine, dense and homogeneous cracks.
本发明的效果和益处是改善纤维编织网和混凝土粘结的强度，对混凝土结构进行限裂，使裂缝更加细密均匀。
The present invention can raise the binding strength between woven fiber net and concrete, and limit cracking in concrete for form fine, dense and homogeneous cracks.
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