Publications by authors named "Kaiwei Fu"
Article Synopsis
- - The alkylation of isobutane/2-butene involves complex reactions with many side reactions, requiring a detailed understanding of the pathways to enhance product selectivity for clean fuel components.
- - A custom reaction device was used to study these reactions, and analytical methods like capillary gas chromatography were employed to identify and quantify the alkylates, achieving high precision and recovery rates.
- - The study identified 79 volatile substances from the alkylates, with notable selectivity for certain chemicals, and established a complex reaction network detailing how main products and by-products form over time.
Graph theory has been extensively applied to the topological mapping of complex networks, ranging from social networks to biological systems. Graph theory has increasingly been applied to neuroscience as a method to explore the fundamental structural and functional properties of human neural networks. Here, we apply graph theory to a model of a novel neuromorphic system constructed from self-assembled nanowires, whose structure and function may mimic that of human neural networks.
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