1) Surface state
表面态
1.
Synthesis and surface state studies of nanocrystalline TiO_2;
纳米晶TiO_2的合成及表面态研究
2.
Porous Silicon Light Emission Mechanism──Application of Nonometer Quantum Confinement Effect and Surface State in Light Emitting;
多孔硅发光的物理机制──纳米量子限制效应及表面态在发光中的作用
3.
The surface state which consist of Ni3d_(yz) and 3d_(xz) is found.
通过态密度分析发现,Ni/TiO2(110)体系是由Ni3dyz和3dxz组成的表面态,正是该表面态提高了完整TiO2(110)面对CO催化分解活性。
2) Surface states
表面态
1.
For the VC(001) surface, the surface states are mainly located around 3 0eV below t.
对于VC(0 0 1)面 ,表面态主要处在 - 3 0eV附近 ,其主要成分为表层C原子的 2pz轨道 。
2.
The surface structures, energy levels and their distribution of the surface states were measured by the powder conductivity.
采用粉末电导法初步研究了纳米半导体薄膜催化剂的表面结构,测定了表面态能级相对于半导体导带边的位置。
3.
For the NbC(111) surface, the surface states are centered in the range of 0.
计算结果表明,对于NbC(001)表面,其表面态主要集中于费米能级(EF)下方约4。
3) surface state
表面状态
1.
The effects of the surface state of aluminum alloy on the microstructure and the property of the friction stir-welding joint are studied.
研究了铝合金表面状态对搅拌摩擦焊焊接接头组织和性能的影响。
2.
This paper briefly presents the controlled cooling technology for the medium section steel production line in the Section Steel Plant,contrasts and analyses the surface state of the steel,both incoming and outgoing,mi- crostructure,mechanical property and deformation of rolled pieces.
简要介绍了型钢厂中型线控制冷却技术,并对投入控冷前后产品的表面状态、显微组织、力学性能及轧件变形三方面进行对照分析。
3.
More micromorphology of carbon fibers were revealed, the difference on surface state of T300 and T800 were great.
纤维表面状态的这些差异体现在其复合材料的界面力学性能
4) surficial shape
表面形态
1.
Characteristic on surficial shape of electric field oriented PVC/liquid crystal composite membrane;
取向聚氯乙烯/液晶复合膜表面形态特征研究
2.
Characterization on surficial shape of electric field oriented PU/liquid crystal composite membrane;
取向聚氨酯/液晶复合膜血液相容性材料的表面形态表征
3.
The surficial shape characteristic of the composite membranes were observed by Optical Polarization Microscopy, Scanning .
利用偏光显微镜(POM)、扫描电子显微镜(SEM)和原子力显微镜(AFM)等技术手段，观察取向／非取向复合膜的表面形貌特征，研究了不同取向条件、液晶含量复合膜的相分离程度、取向性能、液晶畴体积、液晶畴形状等表面形态及其与电场强度、液晶含量的相关关系和理论机制。
5) surface condition
表面状态
1.
Effects of surface conditions on spot welded joint of magnesium alloy;
表面状态对镁合金点焊接头质量的影响
2.
Icfluence of Non-Metallic Inclusion and Surface Condition on Fatigue Property of High Strength Spring Steel;
非金属夹杂物和表面状态对高强度弹簧钢疲劳性能的影响
3.
Experimental study of influence of surface condition on laser enhancement of N80 tubing;
表面状态对N80油管激光强化影响的试验研究
6) Surface shape
表面形态
1.
The research of the surface shape and ultrastructure for the special kind of the animal fiber;
特种动物毛纤维表面形态和超微结构的研究
2.
The mechanical properties were studied by universal material testing machine,the crystalline structure by XRD,the surface shape by SEM,and the pore structure by Mercury Porosimetry,so the effect of structure on mechanical properties was obtained.
用万能材料测试机、XRD、SEM、压汞仪测试纤维的力学性能、晶态结构、表面形态和孔结构,得到结构对力学性能的影响规律。
补充资料：表面态
分子式：
CAS号：
性质：在半导体的表面，由于存在自身缺陷、吸附物质、氧化物或与电解液中的物质发生作用等原因，表面电子之量子状态会形成分立的能级或很窄的能带，称为表面态。它可以俘获或释放载流子，或形成复合中心，使半导体带有表面电荷，影响其电性能。故半导体器件制作时需要超净处理，半导体电极的性质也比金属电极复杂。
CAS号：
性质：在半导体的表面，由于存在自身缺陷、吸附物质、氧化物或与电解液中的物质发生作用等原因，表面电子之量子状态会形成分立的能级或很窄的能带，称为表面态。它可以俘获或释放载流子，或形成复合中心，使半导体带有表面电荷，影响其电性能。故半导体器件制作时需要超净处理，半导体电极的性质也比金属电极复杂。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条