surface science造句

• Scanning probe microscopy ( spm ) related surface science and nanotechnology
  与扫描探针有关的表面科学和纳米技术
• Richardson , n . v . , holloway , s . ( eds . ) , handbook of surface science vol . 1 : physical structure , north holland , elsevier , 1996
  闻立时， 《固体材料界面研究的物理基础》 ，科学出版社，北京， 1991 。
• Research interests : surface science ; semi - conductor physics , scanning tunneling microscopy , surface atomic and molecular dynamics ; mechanism of epitaxial growth
  研究兴趣：表面科学、半导体物理、扫描穿隧显微术、表面原子、分子动态学、磊晶成长机制。
• Wang yongqian , liao xianbo , ma zhixun , et al . solid - phase crystallization and dopant activation of amorphous silicon films by pulsed rapid thermal annealing [ j ] . applied surface science , 1998 135 : 205
  薛清,郁伟中,黄远明.利用快速退火法从非晶硅薄膜中生长纳米硅晶粒[ j ] .物理实验, 200222 ( 8 ) : 17
• To help answer these questions , the probe carries a surface science package ( ssp ) , which will emit sound waves in the final stage of the descent to gauge the roughness of the surface
  为回答这些问题，探测器载有一套表面科学仪器组（ ssp ） ，将在降落的最终阶段发出声波，以测定表面的粗糙度。
• Fachun lai , limei lin , zhigao huang , rongquan gai , yan qu ， effect of thickness on the structure , morphology and optical properties of sputter deposited nb2o5 films , applied surface science 253 ( 4 ) , 1801 - 1805 ( 2006 )
  李雪蓉,赖发春,林丽梅,瞿燕,测量条件对掺锡氧化铟薄膜电学测量结果的影响,物理实验已接受待发表( 2007 )
• Research interest : surface science ; kikuchi electron holography ; electron multiple - scattering techinques ; molecular dynamical simulations ; ab initio total energy calculations ; self - diffusion on metal surfaces ; dissociative adsorption of h2 on metal surfaces
  研究兴趣:表面科学，电子全像术，电子多重散射分析理论技术，分子动力学模拟，第一原则总能量计算，表面原子动态学，氢分子的解离吸附。
• A brief introduction about surface science characterization methods was reviewed firstly . then , the mechanism of spm and tio2 surface studies by spm were discussed . finally , some experiment studies on based - titanium whiskers were introduced in detail
  本文首先对表面科学的表征方法进行了概述，然后讨论了spm的原理及spm在tio _ 2表面应用国内外研究，最后是利用afm对钛基晶须研究的实验工作的介绍。
• Piezoelectric acoustic wave sensing technique has been applied to numerous fields , including analytical chemistry , life science , environmental monitoring and surface sciences because of it ' s small size , high sensitivity , simplicity , low power consumption and broad sensing spectrum
  压电声波传感技术因其灵敏度高、响应谱广、结构简单和成本低廉等特点已经被广泛应用于分析化学、生物化学、环境监测及分子生物学等众多领域。
• Piezoelectric quartz crystal ( pqc ) sensor has found its extensive application in various fields including analytical chemistry , life science , pharmaceutical chemistry , membrane science , surface science , and environmental monitoring because of its outstanding advantages such as high sensitivity , simple construction , convenient operation and low cost , etc . however , due to its broad sensing - spectrum , the selectivity of pqc is poor
  压电石英晶体（ pqc ）传感器因其具有灵敏度高、结构简单、操作方便、成本低廉等优点而广泛应用于分析化学、生命科学、药物科学、表面科学、膜科学和环境科学等诸多领域。然而其响应具有广谱性，选择性能差。
• Because of its low cost , high sensitivity and simple construction , pqc technology has been applied in various fields , including analytical chemistry , clinic immunology , pharmaceutical science , surface science , environmental detection and etc . the biochemical analysis has become more and more important with the development of the biochemistry
  其后经过近几十年的开拓性发展， pqc技术由于其简单、方便、成本低等特点已经应用于多种研究领域，包括分析化学、临床科学、表面科学、环境检测、药物分析以及生物化学和分子生物学等。随着生物化学的迅猛发展，生化分析也显得越来越重要。
• The piezoelectric quartz crystal impedance analysis is a new method to study the quartz crystal resonance . it has been well established as a powerful tool capable of responding in situ to an electrode mass change down to the nanogram level and the change of the solution viscosity and density , and it is also expected to find wider applications in chemistry , life science , surface science , food science , environment monitoring and so on
  压电石英晶体阻抗分析法是研究石英晶体谐振的新技术，可获取多维压电信息，从而现场动态监测电极表面低至纳克级的质量及溶液粘密度等响应，可广泛应用于化学、生命科学、表面科学、食品科学、环境检测等领域。
• Piezoelectric sensing technique has been applied to many fields , including analytical chemistry , life science , environmental monitoring and surface sciences because of it ' s small size , high sensitivity , simplicity , low power consumption and broad sensing spectrum . piezoelectric immunosensors possess high selectivity provided by antibodies or antigens and sensitivity response directly to the mass change of proteins . immobilization technologies of biomolecules are of paramount importance in order to preserve their biological activity
  压电免疫传感技术利用压电晶体与抗原抗体特异性免疫反应结合的特征，通常在压电石英晶体表面先固定抗原(抗体) ，响应溶液中抗体(抗原)引起的质量、密度和粘度等性质的变化，它兼具有压电质量响应的高灵敏性和生物化学反应的高特异性。