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Both methods have broad potential application to nanoelectronic device architectures.
This chapter discusses the open CL device architectures.
The proposed approach is efficient and robust, and it can be generally applied in all common processes and device architectures.
These artificial nanostructures provide an approach for high spatial resolution colour filtering and spectral imaging with extremely compact device architectures.
This effect is even more pronounced for inverted device architectures.
Furthermore, numerous fabrication techniques and device architectures are summarized.
Lukatskaya, M. R., Dunn, B. & Gogotsi, Y. Multidimensional materials and device architectures for future hybrid energy storage.
We discuss several areas, including device architectures, deposition methods, scalable deposition of perovskite and charge transport layers, device stability, module-level characterization and techno-economic analyses.
Arsenide III-V semiconductor nanowires promise novel device architectures and superior (opto)electronic properties.
We suggest device architectures based on the charge carrier dynamics for better efficiency and lifetime.
The materials and device architectures of TENGs are highly compatible with emerging wearable technologies.
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