M.C. Sarahan
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View article: A Compressive Sensing based acquisition design for quantitative ultra‐low dose high‐resolution imaging and spectroscopy in the <scp>STEM</scp>
A Compressive Sensing based acquisition design for quantitative ultra‐low dose high‐resolution imaging and spectroscopy in the <span>STEM</span> Open
Typically, the Nyquist frequency determines the sampling rate required to resolve a specific feature in a dataset. In practice this requires oversampling by twice the maximum relevant frequency. As such this provides a lower limit for the …