Field Enhancement and Work Function Difference of IrO2 Nano-Emitter Arrays using EFM and SKPM Spectroscopy D. C.-S. Chiang*, Z.-F.P. Lei* , R. Barrowcliff**, F. Zhang** * Washington State University Vancouver, WA 98686,

First Page		Document Content
Date: 2012-06-27 17:06:43 Chemistry Condensed matter physics Nanomaterials Intermolecular forces Kelvin probe force microscope Surface chemistry Electrostatic force microscope Nanorod Atomic force microscopy Physics Scanning probe microscopy Science		Field Enhancement and Work Function Difference of IrO2 Nano-Emitter Arrays using EFM and SKPM Spectroscopy D. C.-S. Chiang, Z.-F.P. Lei , R. Barrowcliff, F. Zhang * Washington State University Vancouver, WA 98686, Add to Reading List Source URL: www.nsti.org Download Document from Source Website File Size: 571,26 KB Share Document on Facebook

	They are similar to each other Different Intermolecular forces • covalent bonding DocID: 1usDL - View Document
	articles Discrete interactions in cell adhesion measured by single-molecule force spectroscopy Martin Benoit†, Daniela Gabriel‡, Günther Gerisch‡ and Hermann E. Gaub DocID: 1rnem - View Document
	Technology Opportunity, Ref. No. UAA novel algorithm for phase computation in atomic force microscopy A novel algorithm has been developed which provides highly accurate phase measurements. In particular, the al DocID: 1rmSQ - View Document
	How many drops of water can you rest on one coin? Explore surface tension with this simple activity. Setting: Indoors Time: < 10 minutes Concepts: surface tension, properties of water DocID: 1rhz4 - View Document
	Langmuir 2005, 21, Ordered Honeycomb-Structured Gold Nanoparticle Films with Changeable Pore Morphology: From Circle to Ellipse DocID: 1rdBy - View Document