The old submission system will be replaced by a new version at 4 p.m. on August 29, 2020 (UTC-8:00), for the following journals: CMC-Computers, Materials & Continua, Intelligent Automation & Soft Computing, Computer Systems Science and Engineering, Journal of Quantum Computing, Journal of New Media, Journal on Internet of Things, Journal of Information Hiding and Privacy Protection, Journal of Cyber Security, Journal on Artificial Intelligence, and Journal on Big Data. After the switch to the new submission system, the old submission system for the journals mentioned above will no longer be accessible. The new submission system is expected to be operational within one day.

Journal of Advanced Optics and Photonics

About the Journal

As an addition to the journal line under Tech Science Press, this upcoming Journal of Advanced Optics and Photonics is devoted entirely to provide academics and professionals an expanded and trusted platform to disseminate knowledge and advances in rapidly evolving areas of optics and photonics.

Indexing and Abstracting

Portico

  • Optical design and performance comparison of various hyperspectral imagers based on Fery prisms
  • Abstract The paraxial ray-tracing model of Fery prism is illustrated in this paper, and the three-order aberration coefficients are calculated. According to the solutions for minimal aberrations, four types of imaging spectrometers are designed based on Fery prism, accommodating for different requirements. The image quality is evaluated to ensure that MTFs are larger than 0.6 at Naquist frequencies, and the spectral resolutions are all higher than 5 nm. The advantages of these imaging spectrometers are analyzed by comparison of the volume, spectral resolution and field of view. The potential competence of Fery prism in hyperspectral imaging is indicated since the field… More
  •   Views:693       Downloads:485        Download PDF
  • Solid Core Photonic Crystal Fiber for Dispersion tailoring in Optical Tele Communication systems
  • Abstract The studies have been carried out on the viability in realizing fully infiltrated solid core photonic crystal fiber based dispersion compensating fiber with suitable high index infiltrate and tapered solid core large mode area fiber for optical communication networks in telecommunication band. The commercial fiber LMA-20 can be made to stretch negative dispersion by suitable fluid infiltration in all air holes of fiber cladding hexagonal structure and can be used as an alternative of existing dispersion compensators (PCFs with low pitch values). More
  •   Views:709       Downloads:452        Download PDF