Twitter [direct link]
This is LIM Jun Long Twitter account for online news and social networking service where users post and interact with messages.
His username is @limjunlong
His hashtags are #limjunlong #jllim
Flickr [direct link]
Flickr is LIM Jun Long online picture galleries for social networking, chat, groups, and photo rating. All images are belongs to their respective owner(s).
Other direct links are: https://www.flickr.com/photos/limjunlong/albums and https://www.flickr.com/photos/limjunlong/favorites
DR-NTU Thesis Download[direct link] [direct download link]
Mirror cluster #1: [Google Drive] [Dropbox] [4Shared] [Mediafire] [OneDrive-1] [OneDrive-2] [iCloud] [mega.nz]
Mirror cluster #2: [Google Drive] [Dropbox] [Mediafire] [pcloud] [4Shared] [academia.edu]
Thesis title: Design and analysis of solid-core microstructured optical fiber sensors for sensing surrounding refractive index and surrounding temperature
Author: Lim, Jun Long
Thesis published date on DR-NTU: 4th October 2018
Number of pages: 219
Degree: Doctor of Philosophy
Abstract: The microhole collapsing effect technique is a relatively simple fabrication process that produces Photonic Crystal Fiber (PCF) refractometer using modal interferometry in the range of 10−5 refractive index resolution. The repeatable method preserves the same 125 μm structural integrity of the optical fiber for various applications such as multi-parameter sensing and bioaffinity. Compared to previous reports for conventional strain or temperature sensing using a single microbubble, the use of two microbubbles in the in-line microbubble structure significantly increases the light-molecule interaction for developing ultra low concentration biosensor. It has also been demonstrated as a potential reusable and label-less PCF biosensor platform. For temperature sensing, another low complexity approach for fabricating a PCF directional coupler structure, without costly masking or precision marking laser, is also discussed. Numerical simulations have also been investigated on the PCF directional coupler structure to validate experimental result and on the microfluidic optical fiber device to rapidly find optimal fabrication-sensitivity design.
Summary: Developing temperature and refractive index sensors using special optical fibers and numerical simulations.
Citation: Lim, J. L. (2018). Design and analysis of solid-core microstructured optical fiber sensors for sensing surrounding refractive index and surrounding temperature. Doctoral thesis, Nanyang Technological University, Singapore.
Nature Index [direct link]
A profile at Nature Index, which tracks the affiliations of high-quality scientific articles. Updated monthly, the Nature Index presents research outputs by institution and country.
Impactstory [direct link]
Impactstory is an open-source website that helps researchers explore and share the the online impact of their research. By helping researchers tell data-driven stories about their work, they are helping to build a new scholarly reward system that encourages and values web-native scholarship. They are funded by the National Science Foundation and the Alfred P. Sloan Foundation and incorporated as a 501(c)(3) nonprofit corporation.
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Google+ Collections [Obsolete link]
Closed on April 2019
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- 15th Oct. 2020
- 26th Oct. 2020
- SpaceX on Unsplash
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