Adoption of the frugality factor would entail a change in design philosophy whereby designers would constantly make avail of a rigorous design process coupled with material-saving schemes for realizing products that are benign to the environment.
In materials processing, controlling the material structure is of primary importance for realizing high material performance and functions.
Understanding and controlling defect functionality in ferroelectric materials is as critical for realizing their reliable applications in ferroelectric memories.
Such multifunctional materials could emerge as promising for realizing future energy storage and conversion approaches.
Therefore, establishing design manuals and codes for tools, dies and blank materials for microforming is important for realizing high-precision forming.
Heterogeneous NWs formed of an epitaxial alloy of these materials would therefore be promising for realizing future electronic/photonic devices with enhanced properties and novel applications.
This work shows that thin MoS2 nanosheets can be fully integrated into the photodetector manufacturing process, which holds promise for realizing 2D materials in a variety of optical electronic and optical devices.
This article reviews recent advances in solution-based MOx dielectric materials, with a specific focus on the extensive categorization of their structures/compositions and on advanced approaches for realizing ultimate material properties and next-generation device platforms.
