[PDF][PDF] 基于一体化微球物镜的超分辨成像系统
宋扬， 杨西斌， 闫冰， 王驰， 孙建美， 熊大曦 - 物理学报, 2020 - researching.cn
… 首先研究半封装于PDMS 中的不同直径 BTG 微球形成的光子纳米射流(photonic nanojet, PNJ)
… White-light super-resolution imaging, proposed in 2011, has been achieved by combining …
… White-light super-resolution imaging, proposed in 2011, has been achieved by combining …
[PDF][PDF] 基于微球调制光场的超分辨成像及荧光增强
邱雪， 王保举， 刘海春， 詹求强 - Laser & Optoelectronics …, 2023 - researching.cn
… fluorescence of microsphere combined with surface … Photonic nanojet enhancement of
backscattering of light by nanoparticles: a potential novel visible-light ultramicroscopy technique…
backscattering of light by nanoparticles: a potential novel visible-light ultramicroscopy technique…
[HTML][HTML] 从超振荡透镜到超临界透镜： 超越衍射极限的光场调制
秦飞， 李向平， 洪明辉 - 光电工程, 2017 - cn.oejournal.org
… Combined with the confocal technique, the label-free superresolution imaging could be
realized in far field with purely non-invasive manners. Compared with the traditional optical lens, …
realized in far field with purely non-invasive manners. Compared with the traditional optical lens, …
[PDF][PDF] 激光超衍射光刻原理与技术
梁紫鑫， 赵圆圆， 段宣明 - Laser & Optoelectronics Progress, 2022 - researching.cn
… spatial spectral OAI [14]; (c) combination of bow-knot aperture structure and plasma cavity …
Chen 等[33]认为微球能够实现超分辨 成像源于微球的“Photonic Nanojets”效应. Hao 等[60,79]使…
Chen 等[33]认为微球能够实现超分辨 成像源于微球的“Photonic Nanojets”效应. Hao 等[60,79]使…
[PDF][PDF] 激光双光镊在单分子生物物理中的研究进展
巩凡， 任煜轩 - Chinese Journal of Lasers, 2023 - researching.cn
… 13 Combination of ultra-high resolution imaging technology with tweezers[147]. (a) Beam
path in experimental setup of STED combined confocal microscope and dual-trap optical …
path in experimental setup of STED combined confocal microscope and dual-trap optical …
[PDF][PDF] 先进节点图案化晶圆缺陷检测技术
刘佳敏， 赵杭， 吴启哲， 冯献瑞， 赵翔宇… - Laser & …, 2023 - researching.cn
… Emerging techniques such as nanophotonics, computational imaging, quantitative phase
imaging, optical vortex, multibeam scanning electron microscopy, thermal field imaging, and …
imaging, optical vortex, multibeam scanning electron microscopy, thermal field imaging, and …