2024年6月,牛津仪器正式对外公布了其全新的发展规划——“OI30战略”,即到2030年,在产品创新、市场拓展及用户服务领域实现显著飞跃。那么,这一战略的具体内涵是什么?相较于以往的战略,OI30战略有何创新之处?实施至今,取得了哪些显著成果?对于未来的发展蓝图,牛津仪器又是如何规划的?
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Scanning Capacitance Microscopy (SCM) is a nanoelectrical imaging technique available on Cypher and Jupiter XR atomic force microscopes that uses a microwave radio frequency (RF) signal to map electric charge carrier locations, dopant levels, and dopant types (p-type vs. n-type) in semiconductors and other samples. The newly designed Asylum Research SCM accessory offers significantly higher performance and capability than any other currently available SCM module. Benefits include:
Measures not just differential capacitance (dC/dV), but also capacitance, which is linearly correlated with dopant concentrations, enabling simpler interpretation of SCM data
Over 20× faster scanning improves productivity (images in as little as 10 seconds!)
High sensitivity enables measurements on semiconductors, energy storage devices and 2D materials
Higher resolution imaging reveals smaller structures