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OXFORD INSTRUMENTS INTRODUCES GETSTARTED FEATURE

机译:牛津仪器推出入门功能

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摘要

Researchers sometimes struggle to obtain good images using atomic force microscopy (AFM) because of the complexity of optimizing imaging parameters. The new GetStarted feature on Oxford Instruments' Asylum Research AFMs eliminates this challenge, making AFM operation much simpler and more productive. GetStarted guides users through initial setup and then automatically calculates optimal imaging parameters before the AFM even starts scanning. This ensures that high-quality data are obtained from the first scan line, and it avoids the likelihood of tip and sample damage that can occur while optimizing parameters, whether manually or using one of the several auto-optimization features released in recent years. Notably, while some AFM companies have abandoned tapping mode in pursuit of ease of use, GetStarted uses conventional tapping mode and does not require special probes. Tapping mode is by far the most widely used AFM imaging mode. It remains the gold standard because it is extremely gentle, enables high-speed imaging when combined with small cantilevers, and isthe basis of many other modes that go beyond topography to measure nanoelectrical and nanomechanical properties of the sample.
机译:由于优化成像参数的复杂性,研究人员有时难以使用原子力显微镜(AFM)获得良好的图像。牛津仪器(Oxford Instruments)的Asylum Research AFM的新GetStarted功能消除了这一难题,使AFM的操作更加简单和高效。 GetStarted指导用户进行初始设置,然后在AFM甚至开始扫描之前自动计算最佳成像参数。这样可以确保从第一条扫描线获得高质量的数据,并且避免了在优化参数(手动或使用近年来发布的几种自动优化功能之一)时可能发生的针尖和样品损坏的可能性。值得注意的是,尽管一些AFM公司为了追求易用性而放弃了攻丝模式,但GetStarted使用常规的攻丝模式,不需要特殊的探针。敲击模式是迄今为止使用最广泛的AFM成像模式。它仍然是金标准,因为它非常柔和,可以与小悬臂结合使用时实现高速成像,并且是除地形学之外还用于测量样品的纳米电和纳米机械性能的许多其他模式的基础。

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