perfect surface meaning in Chinese
完善表面
Examples
- Pss ' s extreme transparency is made possible by applying perfect surface technology to ultra pure solid silver
Pss的声音表现深具透明度，归因于应用”超细表层技术”处理特纯银之结果。 - Abstract : anticorrosive process for the drinkable water container of world is described , and wide - ranging applied epoxy is stressed . the different material , such as steel , cement and plastics container is explained . application of coating : paint designs , paint process , on - the - spot management , after paint handling are illustrated by the aminopolyimide epoxy . the conclusion is that the year of anticorrosive result can reach 5 years with perfect surface process and aminopolyimide epoxy painted
文摘:简介国内外生活饮用水容器应用涂料进行防腐处理的情况，就其中应用最广泛的环氧树脂涂料着重进行说明，根据生活饮用水容器的不同基材，就钢质容器、混凝土水池和塑料容器的基材表面处理进行了论述，以聚酰胺环氧树脂为例，从涂装设计、涂装过程、现场管理、涂装后处理等方面对涂料的应用进行阐述；文章认为，只有基材表面处理恰当，采用聚酰胺环氧树脂进行防腐处理，饮用水防腐效果可以满足5年以上。 - It is not only the satisfactory substrate used for the epitaxy growth of infrared detector material hgcdte , but also attractive candidates for the manufacture of high quality x - ray or y - ray detectors , photoelectronic modulator , solar cell , and laser windows etc . no matter what the crystal is used as detectors or epitaxy substrate , it is of vital importanteto obtain high quality cdznte crystals with perfect surface
它不仅是生长红外探测器材料hgcdte最理想的外延衬底，而且还被广泛用于制备高性能x射线或射线探测器、光电调制器、太阳能电池和激光窗口等。获得高性能、高质量的czt晶体是至关重要的。无论是作探测器还是作外延衬底等都要求它的表面质量要非常高，因为表面质量会直接影响到器件的性能。 - In this thesis , three systems , namely , perfect and defect sno _ 2 ( 110 ) surfaces , ti and ru - doped surfaces and the adsorptions of small molecules on above perfect surfaces have been studied in details by using the first - principles method with the combination of pseudopotential plane - wave and atomic basis sets . the structural stability , surface states and the surface chemistry of undoped and metal doped sno _ 2 ( 110 ) surfaces have been discussed , which can provide the theoretical rules to improve the surface properties of this special functional material
为了深入了解sno _ 2表面的电子结构本质及其化学反应性质,本论文采用赝势平面波和原子轨道基组相结合的第一性原理方法,详细考察了三种类型体系,即sno _ 2 ( 110 )完整和缺陷表面、 ti和ru掺杂表面、以及典型小分子在上述完整表面的吸附,揭示了sno _ 2 ( 110 )及其金属掺杂表面的构型稳定性、表面态及其对表面化学反应性的影响,为该类型表面功能材料的改性提供理论依据。