The development of submicron-sized optical fiber sensors is the technology based on nanofabricated optical fiber tips [2, 3].
The development of a technology based on the use of cucurbit[n]urils for the pH-controlled release of auxin molecules in plant systems represents an opportunity to exploit these macrocyclic compounds in a variety of agricultural applications.
In the design and development of technology based self-management tools for the treatment of hypertension, flexibility and security are vital to allow and encourage patients to customise, personalise and engage with their devices.
Nanoident, a start-up focusing on the development of photonic sensor technology based on organic semiconductors, was founded in the same period in Austria.
The article will also review the development of CVD technologies based on different heating methods, and the type of precursor used which has led to different variants of CVD methods including thermally activated CVD, plasma enhanced CVD, photo-assisted CVD, atomic layer epitaxy process, metalorganic assisted CVD.
With the development of the digital substation technology based on IEC61850, the substation-area communication already has a perfect scheme and will be continuously improved.
As part of a broad strategy to develop Singapore into a vibrant biomedical hub, EDB and A*STAR are gearing up efforts to sustain the growth of this industry through continual strengthening of the technology base, development of innovative R&D, and the enhancement of workforce capabilities.
After the development of the technology-based assessment, a technology check was conducted by an online test to ensure an error-free assessment.
Development of novel technologies based on nanomaterials which can be successfully used for easy, rapid and highly sensitive chemical analysis, is documented in numerous studies.
Japanese research projects aimed of scientific earthquake prediction have primarily focused on a better understanding of the mechanism of earthquake occurrence and the development of predictive simulation technologies based on physical modeling of earthquakes (Hirata, 2004).
This chapter outlines the program designed to accelerate the development of CO2 sequestration technologies based on above-ground mineral carbonation and presents the current status of the research efforts.
