| 1. | Study on the adsorption property to n2 on the surface of - semiconductor nanocrystals
族半导体纳米晶体表面对氮分子的吸附作用 |
| 2. | The destination of our research is to obtain high precision , non - damages and clean surface
本文的主要目的是获得高精度、无损伤且洁净的晶体表面。 |
| 3. | Furthermore , we also demonstrate theoretically and experimentally that the surface state in photonic crystals exists indeed
本论文还对光子晶体表面态进行了理论计算和实验验证，证明了表面态的存在。 |
| 4. | We also research some basic questions , like the movement of atoms in crystal surfaces and how electric fields effect changes in materials
我们也研究一些基础问题，比如原子在晶体表面的运动及电场引起的材料变形。 |
| 5. | The diamond crystal is coated with ni , which can increase the cohesive strength between bond and diamond , it also prolongs the life of tools
在金刚石晶体表面镀上一层镍金属层，增加磨料与结合剂之间的结合力，提高工具的寿命。 |
| 6. | Results finally theoretically it concludes the rule that the change of the coefficient of thermal conductivity of the solid ' s surface follows the change of the temperature
结果理论推导出与实验事实相符的晶体表面导热系数随温度的变化规律。 |
| 7. | Design and fabrication of the broadband infrared antireflection coating on pbmoo4 single crystal in vacuum are explored theoretically and experimentally
本文从理论和实验两个方面讨论了钼酸铅晶体表面的宽带红外增透膜的设计以及其在真空环境中的制备。 |
| 8. | It is our goal to fabricate such materials and to investigate their unique natures utilizing our knowledge gained from the studies of crystalline surfaces
我们的研究目的即在从了解晶体表面的物理性质出发，尝试制作极微小的结构，同时研究它们的各种物性。 |
| 9. | Electric film ’ s facture on surface of crystal was investigated , 30 . 4 m poled period was designed , and the effect on periodically structure of aster chisel craft was analyzed
研究了晶体表面导电掩膜的制作,设计了30 . 4 m的极化周期,分析了光刻工艺对周期性结构的影响。 |
| 10. | In addition , conventional surface analytical tools , i . e . , leed and aes , are also equipped to provide surface information of long - range order and elemental identity
传统的表面分析设备如低能电子绕射仪( leed )及欧杰电子能谱仪( aes ) ，则用来决定晶体表面的长程结构和元素成份。 |
