1.
The Raman Spectroscopy Broken the Diffraction Limitation --Introduction to the near field optics and the near field Raman spectrum
突破分辨率极限的拉曼光谱学——简介近场光学与近场拉曼光谱
2.
Research on the Near-field Optics Theory and Key Techniques of Non-probe Near-field Optical Microscope;
近场光学理论和非探针近场光学显微镜关键技术研究
3.
The Comparison Between Traditional Optical Microscopy and Near-field Optical Microscopy;
传统光学显微镜与近场光学显微镜之比较
4.
Primary Investigation on the Measurement of Distribution of Light Field Optical Waveguides Using SNOM;
光波导近场光学显微检测关键技术研究
5.
The Time-domain Methods for Numerical Electromagnetic Calculations of Near-field Optics;
近场光学电磁场数值计算中的时域方法
6.
Near-field Optical Microscopy Using High Q Factor Tuning Fork as Force Sensor;
高Q值音叉调制近场光学扫描显微镜研究
7.
A New Near-field Optical Microscope Imaging Numerical Simulation;
一种新型近场光学显微镜成像数值模拟
8.
The Research of the Best Resolution to the Medium under a Near-field Optical Microscope;
近场光学显微镜对介质的最佳分辨研究
9.
Research of image fusion technology for near-field optical scanning microscopy images;
近场光学扫描显微镜图像融合技术研究
10.
Dielectric-loaded surface plasmon polariton studied by using scanning near-field optical microscopy
介质加载表面等离激元的近场光学观测
11.
The optical near-field distribution of nanometric apertures wasinvestigated using the finite-difference time-domain( FDTD) method.
扫描近场光学显微镜突破了传统远场光学的衍射极限，能够获得超高光学分辨率。
12.
Near field optical data storage using solid immersion lens is an effective ways to pursue super high storage density.
固体浸没透镜的近场光学存储是一种有效的超高密度光存储方法。
13.
Design of Automatism Etching for Fabricating Fiber Probes of Scanning Near-field Optical Microscope
制备扫描近场光学显微镜光纤探针的自动化腐蚀方法
14.
Applications of Green Function-Complex Conjugate Gradient Method-Fast Fourier Transform in Near-field Optics Images;
格林函数—共轭梯度法—快速傅立叶变换在近场光学成像中的应用
15.
Research on Tip Position Control and Signal Collection Technology of Scanning Near-field Optical Microscope;
近场光学显微镜探针位置控制及信号采集技术的研究
16.
Application of W-MRTD in near-field optics
基于小波函数的时域多分辨分析在近场光学中的应用
17.
The result reveals that the polarized incident wave becomes depolarized after passing through the aperture.
亚波长尺寸的小孔作为扫描近场光学显微镜中常用的金属膜光纤探针的简化模型。
18.
Near-field Scanning Optical Technologies and High Density Optical Data Storage;
近场扫描光学显微技术与高密度光存储