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Multifaceted Approaches to Engineer Fluorescence in Nanomaterials via a Focused Laser Beam被引量：2
《Light(Advanced Manufacturing)》2022年第1期51-70,共20页Eng Tuan Poh Sharon Xiaodai Lim Chorng Haur Sow 
Fluorescent nanomaterials have long been recognized as essential contributors to the advancement of material technologies.Over the years,the rapid expansion in this massive selection of materials has led to the emerge...
关键词：Multifaceted APPROACHES Engineering Fluorescences NANOMATERIALS FOCUSED 
A Focused Laser Beam:A Useful and Versatile Tool for 1D Nanomaterials Research:A Review
《Journal of Materials Science & Technology》2015年第6期616-629,共14页Junpeng Lu Sharon Xiaodai Lim Chorng Haur Sow 
One-dimensional(1D) nanomaterials have generated considerable interest amongst researchers because of their potential as fundamental building block in future nano- and micro-electronic devices.In this article,we prese...
关键词：Laser NANOMATERIALS Composite OPTOELECTRONIC ELECT 
Optimal injection scheme for electron acceleration by a tightly focused laser beam
《Chinese Physics B》2005年第7期1407-1412,共6页陈民 盛政明 张杰 
Electron acceleration in a tightly focused laser beam被引量：1
《Chinese Optics Letters》2005年第6期364-366,共3页贺新奎 李儒新 帅斌 葛晓春 徐至展 
This work was supported partially by the National Natural Science Foundation of China (No. 69925513 and 19974058)Chinese Ministry of Science and Technology ( No. G1999075204)Chinese Academy of Sciences (No. KGCX2-SW-10 and KGCX2-SW-114) Major Basic Research Project of Shanghai Commission of Science and Technology.
Electron acceleration in a tightly focused ultra-intensity linear polarized laser beam is investigated numerically. It has been found that the acceleration is strong phase dependent and is periodic to the variety of t...
关键词：ACCELERATION Continuous wave lasers ELECTRONS Laser beams 
Supercontinuum Generation in Atmospheric-Pressure Nitrogen Using a Tightly Focused Intense Femtosecond Laser Beam
《Chinese Physics Letters》2000年第6期413-415,共3页QIN Yuan-Dong ZHU Chang-Jun YANG Hong GONG Qi-Huang 
Supported by the National Climbing Project of China,and the National Natural Science Foundation of China under Grant Nos 19884001 and 19525412.
Supercontinuum generation in atmospheric-pressure nitrogen by a focused intense femtosecond Ti:sapphire laser was studied at various pulse durations and energies.The generated supercontinuum was greatly blue-broadened...
关键词：Focus pulse FEMTO 
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