All this work will provide theoretical guidance to the actual engineering application of this structure.
To demonstrate the potential application of this structure, the nanocomposite with different polyelectrolyte architecture was tested on dye removal by taking two different types of dye as the model system, namely cationic Methylene Blue (MB) and anionic Methyl Orange (MO).
As a proof of the possible application of this structure, we performed a sensing experiment in a flow cell and monitored the position of the reflectance band in real-time for a sample fabricated with a period time of T = 200 s, a total of 300 cycles, and a pore-widening post-treatment of tpw = 5 min (Figure 5).
We present several applications of this structure and methodology in real studies at early process development, including process/design reliability evaluation, bake retention, control gate stress, programming pulse optimisation.
Potential applications of this structure, based on photonic and optoelectronic devices utilizing the higher-lying band gaps, such as optical filters, dual-mode and three-mode lasers, are discussed briefly.
But the practical application of this new structure is what needs to be resolved".
MIT has applied for a patent, application No. 61/874390 related to the design and application of this material structure.
He gave an application of this new structure to formulate a suitable test for lazy data flow deadlock in Kahn's model of parallel computation by means of a partial metric version of the celebrated Banach fixed point theorem (Matthews in Theor. Comput. Sci. 151 195-205, 1995).
Besides the application of sensors, this structure can be used as filters due to its low transmittance at the resonant wavelength.
In addition, preliminary experiments and simulations of microplasma generation and extraction confirm the application feasibility of this structure in parallel microplasma etching.
