The substrate is first covered by a mask .
首先在基片上覆盖一个掩膜片。
The device can be utilized on any substrate.
利用该装置可在任何基材上。
Outstanding adhesion to bare steel substrate.
与裸钢的附着力极好。
The substrate is placed into a process chamber.
基板置于处理腔内。
Substrate surface must be clean dry and no oil.
将要施涂的表面必须完全干净、干燥及无油脂。
Many bacteria can thrive upon very simple substrate.
很多细菌在很简单的基质中也能很好地繁殖。
Both substrate and product can inhibit the reaction.
底物和产物对反应有抑制作用。
We shall consider the case of a flat substrate first.
我们首先考虑平面基底的情况。
The substrate must be dry, solid, and free from dust.
墙面基层必需干燥、牢固、无尘埃。
Ability to hide the substrate at a given film thickness.
一定厚度遮盖住基材的能力。
This is to prevent damage to the archaeological substrate.
这是为了防止损坏考古基质。
The substrate type ISFET is a chemically sensitive device.
衬底型ISFET是一种化学敏感器件。
Glass substrate is the key basic material in FPD manufacturing.
玻璃基板是平板显示产业中不可或缺的关键基础材料之一。
The package includes a chip carrier which has a metal substrate.
所述封装包括有金属基片的芯片支座。
Push device is firm, good distance for changing substrate material.
该推动装置设计坚固，推动距离大，方便基材料的穿越。
Set up the substrate well, this is the main part of the non CO2 tank.
底床一定要设置好，这对于无CO2添加的缸来说至关重要。
The rate of substrate change is dependent of substrate concentration.
被酶作用物变化速率取决于被酶作用物的浓度。
At least one trench extends through the body region and the substrate.
至少有一条凹槽延伸穿过体区和衬底。
The gate is disposed on the substrate and straddled the fin structure.
栅极设置于基底衬底上，横跨鳍状结构。
The assessment of energy and metabolic substrate was also made in this.
同时也阐述病人能量代谢与代谢底物的评估。
Introduce the key manufacture technology and control of LTCC substrate.
本文介绍了LTCC基板制造的关键技术和性能控制。
The concentration of substrate was nearly linear with the reaction time.
底物浓度与反应时间存在近似的线性关系。
The substrate packing device comprises a box body and a separation unit.
此基板包装装置包括箱体与分隔单元。
Method of surface treatment, crystal substrate, and semiconductor device.
表面处理方法，晶体基材，和半导体设备。
The effects of substrate material and surface roughness on it are studied.
研究了衬底材质及表面粗糙度对薄膜结构的影响。
The method of thin target with thick substrate was used in the experiment.
在实验中采用了薄靶厚衬底新方法。
There is an effect of island decoration near the step of substrate surface.
它们在基底膜表面台阶处有小岛的装饰效应。
The first gate and the second gate are separately disposed on the substrate.
第一栅极及第二栅极分开配置于所述基底上。
The other root (seen below) is actually able to grow down into the substrate.
另一根(下面所示)实际上是能够成长向下到衬底。
At the same time, tin dioxide as a substrate for gas sensor is highly welcome.
同时，以二氧化锡为基材的气敏传感器备受亲徕。
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