Borophene and silicene are two-dimensional crystalline forms of boron and silicon, respectively. They possess unique electronic and mechanical properties that make them promising candidates for various applications in electronics and energy storage.
Addressing the need for smaller, faster, and more energy-efficient electronic devices and batteries through the use of novel materials that can enhance performance beyond traditional silicon-based technologies.
These materials exhibit anisotropic electrical conductivity due to their atomic structure, which can be tailored by controlling the number of layers. Their high surface-to-volume ratio allows for efficient charge transport and interaction with other materials at interfaces.
Manufacture involves precise atomic layer deposition or exfoliation techniques to create thin films with controlled thickness. Current methods are limited by scalability and reproducibility issues.
The process typically starts with substrate preparation, followed by the growth or exfoliation of borophene or silicene layers using chemical vapor deposition (CVD) or mechanical cleavage from bulk crystals.
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