Total: 5 results found.

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1. X-ray photoelectron spectroscopy (XPS)
(Tutorials Materials Science Techniques)
... technique used to obtain the surface chemical composition of various materials like catalysts, biomaterials, food constituents, cells, ceramics, fibres, glasses, metals, minerals, polymers... A sample, ...
Created on 09 December 2012
2. Scanning Electron Microscopy (SEM) and related techniques (ESEM, EDS/EDX, EBSD/BKD)
(Tutorials Materials Science Techniques)
... of high resolution (down to few nm) and very high focus depth, allowing imaging of very rough surfaces. The downside is that the SEM operates in high vacuum, except for Environmental SEM (ESEM) which operates ...
Created on 09 December 2012
3. Infrared Spectroscopy
(Tutorials Materials Science Techniques)
... fibres, gases and surfaces can all be examined with a judicious choice of sampling technique. As a consequence of the improved instrumentation, a variety of new sensitive techniques have now been developed ...
Created on 09 December 2012
4. Nuclear Magnetic Resonance Spectroscopy
(Tutorials Materials Science Techniques)
... Moreover soft samples which are intermediate between a liquid and a ‘real’ solid (for example gas molecules adsorbed on a catalyst surface) are also better studied by SNMR techniques. Paramagnetic samples ...
Created on 09 December 2012
5. EMMI's Research Field
(EMMI Public Infos)
... Processing, for example: thin film deposition (sputtering, chemical routes, monolayers) sol-gel processing plasma technology for surface modification, polymerisation etc. self assembly technologies ...
Created on 30 October 2012