Peter L. HagelsteinBrett E. BoumaMark E. BrezinskiBrent E. LittleShu NamikiViktor P. MikhailovMartin H. MuendelProgress ReportMartynovitch E.E., Martynovitch E.F. and Polityko S.I. ; Optics and Quantum Electronics, 27, 725-734 (1995)...
Nonlinear Optics and Quantum Electronics 作者:Max Schubert/Bernd Wilhelmi 出版社:Wiley-Interscience 出版年:1986-07 页数:752 定价:USD 280.00 装帧:Paperback ISBN:9780471088073 豆瓣评分 评价人数不足 评价: 推荐 + 加入购书单
想要论文周期快的话，可以试一试IEEE photonics journal，感觉20几天就能出结果。OSA旗下的OL，OE，OME...
12、Quantum Electronics JCR Q3;IF=1.184;CiteScore=2.2;SJR=0.526 期刊官网网址: 13、APL Photonics JCR Q1;IF=4.864;CiteScore=6.9;SJR=2.165 期刊官网网址: 14、Journal of Lightwave Technology JCR Q1;IF=4.288;CiteScore=8.9;SJR=1.634 期刊官网网址: 15、Optics and Lasers in Engineering JCR Q1;IF=4....
The wave and quantum nature of light, its velocity, wavelength, polarization, diffraction, and interference may be found in light. The analysis of light into its component colours by prisms and gratings forms the basis of the extensive field of spectroscopy, the principles of which are discussed...
Improving information storage with light is necessary for the development of photonic technologies in communications and quantum optics. Here the authors demonstrate lasing from bound states in the continuum with topological charges as high as −5, 7, −17 and 19. ...
Colloidal quantum dots shine in liquid Liquid-state lasing has so far relied primarily on organic dyes. Charge management in colloidal quantum dot heterostructures enables optical gain and stable lasing in liquid solutions. F. Pelayo García de Arquer ...
In the present article the image-forming properties of lenses, mirrors, and other devices that make use of light are considered. Thewaveandquantumnature of light, its velocity, wavelength, polarization, diffraction, andinterferencemay be found in light. The analysis of light into its component col...
IEEE JOURNAL OF QUANTUM ELECTRONICS 0018-9197 工程技术3区 IEEE PHOTONICS TECHNOLOGY LETTERS 1041-1135 工程技术3区 Journal of Astronomical Telescopes Instruments and Systems 2329-4124 工程技术3区 Lighting Research & Technology 1477-1535 工程技术3区 ...
Graphene-based quantum electronics Graphene, which was discovered in 2004, is one of the most recent nanomaterials. Its uncommon physical properties and its potential applications in the are... M Dragoman,D Dragoman - 《Progress in Quantum Electronics》...