![Chemistry / Scanning tunneling microscope / Scanning tunneling spectroscopy / Atomic force microscopy / Near-field scanning optical microscope / Microscope / Ultra-high vacuum / Piezoelectricity / Photoconductive atomic force microscopy / Scanning probe microscopy / Scientific method / Science Chemistry / Scanning tunneling microscope / Scanning tunneling spectroscopy / Atomic force microscopy / Near-field scanning optical microscope / Microscope / Ultra-high vacuum / Piezoelectricity / Photoconductive atomic force microscopy / Scanning probe microscopy / Scientific method / Science](https://www.pdfsearch.io/img/e4f777da09ee1a012e7668e164855baf.jpg) Date: 2004-07-01 09:39:26Chemistry Scanning tunneling microscope Scanning tunneling spectroscopy Atomic force microscopy Near-field scanning optical microscope Microscope Ultra-high vacuum Piezoelectricity Photoconductive atomic force microscopy Scanning probe microscopy Scientific method Science | | Chemistry 445 Laboratories: Introduction The development of instrumentation and tools to characterize materials with sizes less than 100 nm has enabled the discovery of new phenomena. The breakthrough invention of the scAdd to Reading ListSource URL: chemgroups.northwestern.eduDownload Document from Source Website File Size: 1,42 MBShare Document on Facebook
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