直接证明粘结的机理是十分困难的。
型煤粘结剂是型煤生产的关键技术。
Briquette binder is a key technology in the area of briquette production.
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.
提高了叠合面的粘结力和咬合力；
The strength of felt and occlude on superposition surface are enhanced.
混凝土界面粘结强度的测试方法探讨。
第二个技术是无粘结柔性管。
建立了粘结应力沿锚固长度的分布模式。
The distribution model of bond stress over the splice length is developed.
在混凝土中水泥是粘结剂。
水泥的粘结强度高、用费少且运用便当。
Cement bond strength high, with very few and using the lunch.
因此，腐蚀与粘结有着紧密的交互作用。
Therefore, there is a close interaction between corrosion and bond.
水分对FRP材料和粘结界面均有影响；
Water influences the property of FRP material and the bonding surface.
将苯板用专用粘结砂浆按要求粘贴上墙。
If you have special reinforc the request, can us plastic expand screw to anchorage.
用熔体流动速度和粘结强度表示试样的特征。
The sample was characterized by melt flow rate and adhesion strength to aluminum.
在粘结之前，必须保证釉质有良好的干燥面。
It must be sure that enamel surface is quite dried before bond.
本文研究了新型BY粘结剂在型砂中的应用。
The application of new BY binder in molding sand was studied.
高技术的技工，正规粘结，效果也是很满意的。
High technology artificer fabrication, stardard cementation, effect is also very satisfied.
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.
高技术的技工，正规粘结，效果也是很满意的。
该丝网和中心管是环氧树脂粘结到去年底的上限。
The wire mesh and center tube are epoxy-bonded to the end caps .
对于叠合结构，应检查上层与下层混凝土的粘结强度。
For the composite structure, and should check the upper and lower bond strength of concrete.
在测试厚度方面，浇铸光片法优于投影法及粉末粘结法。
The improved method is better than theprojection method and the direct measurement of powder sample.
组合板叠合面上的粘结应力在单元长度范围内是均匀分布的；
The longitudinal shear stress is uniform distribution at the rage of element length;
所有的纸在本质上只是干燥的植物纤维，通过平板粘结在一起。
All paper is essentially dried up plant fibers, clinging together in a flat sheet.
无粘结预应力混凝土扁梁-平板结构体系是一种新型的楼盖体系。
Unbond prestressed concrete wide flat beam-slab structure is a new type of floor system.
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.
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.
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