Portable in situ/operando optical microscopy technology for electrode reactions detection and applied in developing advanced high-performance zinc secondary batteries
In the development of next-generation secondary batteries, the aqueous zinc-based secondary batteries show great potential in large-scale energy storage systems and military power applications due to their high safety and low-cost advantages. To date, various novel materials and detection technologies are developing actively. Herein, a lab-developed portable in situ/operando optical microscopy probing device is shown, which can quickly and directly visualize the morphology evolution of the electrode surface in the electrode reaction process to reveal the reaction mechanisms on electrode. Moreover, this developed technology can also be applied in new electrolyte strategy studies to promote the development of an advanced zinc secondary battery with high performance.
In line with the current national policy of building small and strong armed forces and improving military education, in May 2000 the Armed Forces University, National Defense Medical College, National Defense Management College, and Chung Cheng Institute of Technology were integrated into one university, National Defense University(NDU).
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Technology maturity：Experiment stage
Exhibiting purpose：Display of scientific results
Trading preferences：Technical license/cooperation、Negotiate by self
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