纳米金基因芯片表面原子排列构象的形貌研究

来源 :ChineseOpticsLetters | 被引量 : 0次 | 上传用户:webgame1209327274
下载到本地 , 更方便阅读
声明 : 本文档内容版权归属内容提供方 , 如果您对本文有版权争议 , 可与客服联系进行内容授权或下架
论文部分内容阅读
Conformations of surface atoms in various stages of nanogold-based genechip testing are scanned by the atomic force and scanning tunneling microscope. We intuitively observe the process and differences in probe combination, nucleic acid hybridization, and silver staining, which might be useful to validate the assay method of genechip. We hope to use this technology to make the other invisible chemical or biochemical reaction become visible and convincible in the future.
其他文献
With the development of the micro/nanolithography, the optic–optic or optic–electronic modulation devices with different pixel shapes and sizes can be used for three-dimensional (3D) dynamical holographic display. The influence of different parameters of
为了在热仿真时得到可靠的有源层温度分布,采用基于芯片封装结构原型的808 nm高功率半导体激光器单管有限元模型,引入条型区、热沉覆铜层和键合引线等影响因素,研究了高功率半导体激光器单管稳态工作时有源层的热分布特性。在简易模型的基础上分别单独引入并计算了条型区、热沉覆铜层和键合引线对器件有源层平均温度的影响,将这些影响因素同时引入得到了本文新模型,并使用该模型和简易长方体堆叠模型仿真了半导体激光器单管稳态工作下的温度分布,得到有源层的平均温度分别为42.089 ℃和46.405 ℃,使用实验数据计算得到器件
期刊
An improved Z-scan analysis approach is proposed by establishing and solving the saturable absorption (SA) and reverse-SA (RSA) models, respectively. Near-infrared femtosecond Z-scans are carried out on the synthesized gold nanorods (NRs) possessing the a
傅里叶变换干涉成像光谱仪的光谱重构过程主要基于光源光谱和其对应干涉图的傅里叶变换对关系。采用傅里叶变换或余弦傅里叶变换方法可完成重构,但该两种方法由于没有消除变换过程中由引入相位信息和边界条件而产生的误差,会给光谱重构精度尤其是光谱强度重构精度造成负面影响。针对该问题,提出了一种针对傅里叶变换干涉成像光谱仪的共轭校正光谱重构方法,利用傅里叶变换的共轭性质,首先对预处理后的干涉图作共轭对称,然后采用傅里叶变换求得共轭光谱项及共轭校正项,再通过这两项校正得到真实光谱。经仿真和利用氦灯进行实验,可以验证,相对传
PET和PBT在淬火或退火时可分别生成正常球晶或变态球晶,本文用小角激光散射法考察了变态球晶的形成条件和光散射图形,用有效偶极矩模型,结合傅里叶变换原理,分析了变态球晶光散射图形的成因,指明了变态球晶中分子链的排列方式.
An integrated optical coherence tomography (OCT) and video rigid laryngoscope have been designed to acquire surface and subsurface tissue images of larynx simultaneously. The dualmodality system that is based on a common-path design with components as few
描述了基于外差干涉仪原理的用于精密空间光学的准直方法,分析了该方法进行光学系统准直的系统误差;结果表明,只要较好地控制倾斜误差和照明光源的质量,系统误差就可以消除。实验结果说明,系统的测量误差接近探测元件的分辨率。
A 360° light field 3D display system is presented, which consists of a liquid crystal display, a novel triplet lenses array, and a holographic functional screen (HFS). The mapping relationship among pixels, 3D objects, and viewing positions are investigat
包括调制和开关技术在内的光波导技术,由于它们适用于光通讯和逻辑而引起了人们很大兴趣。我们已实验过一种新的、在电光晶体内以电学方法产生可控低损耗光波导结构的方法。用简单的介质波导分析可以定性地了解所观察到的波型结构和偏振现象。
期刊