'Straintronics' debuts in graphene
Updated: 2010-07-29 19:08:00
'Wonder material' has yet another wondrous property
The process of turning raw cellulose fibers into finished paper products requires sophisticated lab tools to evaluate paper composition, bonding properties, coatings thicknesses and surface uniformity throughout the development and manufacturing process.
The rapidly accelerating pace of development in microscope and nanotechnologies has created growing demand for imaging capability beyond the 1000x magnification available from a typical light microscope (LM).
The Phenom's intuitive touch-screen controls and never-lost sample navigation features remove the difficulties associated with operating a traditional SEM.
The properties of many engineering materials are mostly governed by a combination of metal composition and the morphology and distribution of key microstructural features.
The Phenom is a desktop scanning electron microscope (SEM) which combines the high magnification of electron microscopy with the ease of use of optical microscopy to improve performance in a tabletop instrument.
Diatoms provide information on both the biological integrity of the ecosystem and those factors likely to be causing any observed changes.
Recent legislation by many countries has banned the use of heavy metals such as lead, cadmium, and mercury.
Combining our knowledge of FEA and the mechanical performance of polymeric materials we are able to generate reliable data for FEA input.
ipolytech have experience of working with clients from a wide variety of industry sectors to ensure that their products are fit for purpose.
Conclusion nbsp;This technique improves the SNR of GE-WE images, while reducing acquisition time.
Content Type Journal ArticleCategory Short CommunicationDOI 10.1007/s10334-010-0223-xAuthors
Hacene Serrai, Institute for Biodiagnostics National Research Council of Canada 435 Ellice Avenue Winnipeg MB R3X 2C6 CanadaRichard Young, Institute for Biodiagnostics National Research Council of Canada 435 Ellice Avenue Winnipeg MB R3X 2C6 Canada
Journal Magnetic Resonance Materials in Physics, Biology and MedicineOnline ISSN 1352-8661Print ISSN 0968-5243 (Source: Magnetic Resonance Materials in Physics, Biology and Medicine)