MICRON

作品数：201被引量：291H指数：9
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Trapping and revolving micron particles by transformable line traps of optical tweezers被引量：1
《Chinese Optics Letters》2022年第5期53-57,共5页Lingyao Yu Yuan Jia Xujin Hu Shaofei Wang Hongyu Chen Shuai Liu Hongchang Deng Maowen Wang Jun Yin 
This work was supported by the National Natural Science Foundation of China(No.61965008);Guangxi Natural Science Foundation(No.AD21220086);Scientific Research Project for Guangxi University(No.2020KY05022);Guangxi Key Laboratory(Nos.YQ21109 and GD21103).
Optical line tweezers have been an efficient tool for the manipulation of large micron particles. In this paper, we propose to create line traps with transformable configurations by using the transverse electromagneti...
关键词：optical line tweezers transformable line traps optical manipulation 
Deep learning for position fixing in the micron scale by using convolutional neural networks被引量：1
《Chinese Optics Letters》2020年第5期6-10,共5页Hongye Li Hu Liang Qihao Hu Meng Wang Zefeng Wang 
the Out standing Youth Science Fund of Hunan Provincial Natural Science Foundation(No.2019JJ20023);the National Natural Science Foundation of China(NSFC)(No.11974427).
We propose here a novel method for position fixing in the micron scale by combining the convolutional neural network(CNN) architecture and speckle patterns generated in a multimode fiber. By varying the splice offset ...
关键词：fiber optics fiber optics sensors fiber optics imaging 
Diffraction-limited microfocusing generated by polymer microlines separated by 1.12 μm
《Chinese Optics Letters》2019年第8期81-86,共6页Azeddine Tellal Omar Ziane Patrice L.Baldeck 
The diffraction of a dielectric microline pair is optimized by numerical simulations to generate an efficient focusing pattern with a micron-scale footprint. Microlines separated by 1.12 μm are fabricated by two-phot...
关键词：optical MICRON its is be 
Titanium dioxide-based Q-switched dual wavelength in the 1 micron region
《Chinese Optics Letters》2016年第9期48-52,共5页H.Ahmad M.A.M.Salim Z.A.Ali M.F.Ismail K.Thambiratnam A.A.Latif N.Nayan S.W.Harun 
the University of Malaya for the research funding under LRGS(2015)NGOD/UM/KPT,RU007/2015,and GA010-2014(Professor Ulung)
In this work a passively Q-switched dual-wavelength ytterbium-doped fiber laser using a titanium dioxide-based saturable absorber is proposed and proven. The system also utilizes a side-polished fiber in a ring cavity...
关键词：Titanium dioxide-based Q-switched dual wavelength in the 1 micron region 
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