Article - 14 Dec 2012
The idea of unbreakable mobile phones is going to be a reality very soon and it will be a great relief from broken/damaged screens and scratched displays.
Article - 26 Jul 2012
Keeping an eye toward the budget, Master Bond EP79FL has a cost-conscious silver coated/nickel filled formulation that provides outstanding electrical conductivity.
Article - 16 Feb 2011
Master Bond one and two component, heat-curable epoxies, silicones, polyurethanes and polysulfides offer outstanding performance and reliability. They are available for use in a variety of...
Article - 19 Jul 2009
Master Bond’s line of electrically conductive adhesives is the number one choice for the design of tomorrow’s advanced electrical circuitry. Nobody offers more choices or solutions. The Master Bond...
Article - 3 Apr 2008
For future developments in nanotechnology, it is essential to provide communication channels that allow controlled information and energy transport at the nanometer level. Optical interconnects made...
Article - 21 Nov 2006
SiC-on-insulator (SiCOI) materials are potentially applicable to pressure sensors. This study looks at the growth of cubic silicon carbide (3C-SiC) crystalline films on thermally oxidized Si (SiO2/Si)...
Article - 11 May 2006
Chemical bath deposition was used to grow polycrystalline thin films of CdS on glass substrates. During the process of growth relative volumes of nitrate of erbium penta-hydrate (Er(NO3)35H2O). The...
Article - 14 Dec 2001
Forsterite is a magnesium silicate that has refractory, electrical and thermal properties. Consequently it is used for high temperature applications, solid oxide fuel cells and electronic substrates.
Article - 28 Aug 2018
AZoM spoke to Husam N. Alshareef, of KAUST, about transparent electronic systems he is developing which use oxide semiconductors and the role thin-film deposition plays in his research.
Article - 14 May 2018
2D borophene structures are becoming immensely interesting in materials science because of the enormous range of potential applications.