快速阅读打开了介于两者间的所有过渡层。
Speed reading is about opening up all the intermediate layers.
铬过渡层对银膜光学性质及附着力的影响。
Effect of Cr Interlayer on the Optical Properties and Adhesion of Ag Films.
还研究了放热效应，金相组织与涂层过渡层。
Exothermic efficiency, metallographical structure and transition region of coating layer were also investigated.
中间过渡层的三角形网格随物体运动而变形。
Meanwhile, the triangular grids are deformed according to the motion of solid bodies with a 'spring' analogy approach.
在过渡层中存在大量缺陷，这就是所谓界面缺陷。
There are a large number of defects in the transition layer, they are called the "interface defects".
深厚的逆温层，同时也是东北风与西南风的过渡层。
The deep inversion layer is actually the transitional level of NE and SW wind.
研究分析了合金过渡层与金属基体接合界面组织结构。
The microstructure between alloy transition layer and base metal has been studied.
对过渡层广义反射系数的计算提出进一步改善的算法。
Some improvement is also made in the method of computation of the generalized reflection coefficients.
结果表明，钝化膜是由表层和过渡层组成的双层结构。
It was found that the passive films were composed of an outer layer and an inner layer.
过渡层可以制备成单层膜结构，也可制备成多层膜结构。
The interlayer can be in form of monolayer as well as multilayer.
白亮层中的粘结相以及过渡层的组织均为混合的马氏体组织。
The structure of adhesive phase and transition layer in bright layers are mixed type of martensite.
一般用一维电子密度相关函数来计算结晶聚合物的过渡层厚度。
The thickness of transition layer of crystal polymer is generally calculated by one dimensional electron density correlation function.
采用钛铝-钼过渡层，金刚石膜和铜衬底间的结合力大大提高。
Results showed that adhesion between film and copper substrate could be greatly improved using such interlayers.
依次由耐高温灼烧层，过渡层，有机隔热层，强力层及耐热层组成。
Followed by the high temperature burning layer, transition layer, the organic insulation layer, a strong heat-resistant layer and layer.
同时还研究了过渡层金属的种类、厚度及线膨胀系数对接合强度的影响。
The catalogue of transition-metals, thickness and the thermal expansion coefficient which influence the strength of the bonded places are studied as well.
钎焊过渡层和减薄陶瓷块厚度可降低钎焊复合挺柱中陶瓷块的残余应力。
Residue stress in the ceramic chip of the composite tappet rod may be reduced by intermediate layer of soldered connection and by decreasing thickness of ceramic chip.
通过对过渡层成分及结构的设计，提高金属基体与涂层之间的结合强度。
By the design of the composition and structure of intermediate layer of the coating, the adhesive force between substrate and coating has been raised.
结果表明，梯度过渡层的组织形态为细小的柱状晶-胞状树枝晶-树枝状晶。
The results indicated that the microstructure of the transition layer is a structure of fine columnar crystal-cystiform dentrite-dentrite.
并发现以紧密而孔径小的闭口空胞组成的过渡层对不对称膜的气体分离有利。
It is found that the transition layer composed of closed-cell with tight and smaller pore-size pores makes the asymmetriC membrane benefit of gas separation.
粘结层是在陶瓷层与金属基体之间的一层改善陶瓷层与基体粘结性的过渡层。
Bond coat is a kind of coating that improved the interface conjunction between the bond coat and the top coat.
研究了胶粉的壳改性理论，即胶粉-基质胶间合理过渡层交联结构及形成机理。
The shell modification theory of waste rubber powder (WRP), including the shape of the interim layer structure between WRP and the matrix and its formation mechanism, was studied.
并得到了几种新颖结构的微孔，如具有过渡层结构以及直径呈双峰分布的微孔等。
Several novel cell structures were prepared in this way, such as cells with transitional layers and bimodal size distribution cells.
为了解决金刚石膜脱膜开裂的问题，尝试了一种复合衬底，即镀有钛过渡层的钼衬底。
A type of composite substrate was explored to solve the problem of crack in the deposition of diamond films, that is, mo substrates with ti interlayer.
阐述了各工艺步骤的配方及操作条件。过渡层采用高堆积碱铜，工作层为快速刷镀镍。
Formula and operating conditions of the procedures were described, high-packed alkaline copper deposit was adopted to act as interlayer and fast nickel brush deposit as working layer.
提出了金属—氧化物过渡层—玻璃的接头结构形式及静电场条件下离子扩散及接合模型。
The models of "metal oxides glass" of joining structure and ions diffusion bonding are indicated.
研究了在玻璃基底上采用不同厚度的铬膜作过渡层，对银膜的光学性质及其附着力的影响。
Optical properties and adhesion of Ag films with Cr interlayer of different thickness on glass substrates were investigated by using spectrophotometer and X-ray diffraction (XRD).
半刚性基层沥青路面作为过渡层时，可以有效改善半刚性基层收缩裂缝的反射裂缝的发生。
Unbound aggregate base can efficiently retard the reflexion of cracks to asphalt pavement surface, which is aroused by the shrinkage crack of semi-rigid base in the inverted structure.
为解决这一问题，研究了油水过渡层加厚的原因，研制了可防止这一现象出现的原油破乳剂。
To solve this problem, the causes of IL growth are investigated and a novel demulsifier is developed.
为解决这一问题，研究了油水过渡层加厚的原因，研制了可防止这一现象出现的原油破乳剂。
To solve this problem, the causes of IL growth are investigated and a novel demulsifier is developed.
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