Chemical - AZoNano Search

1 Nanometer Thick Clay Film Created - New Technology

Article - 27 Nov 2003

An ultrathin film containing 1-nanometer thick clay particles has been created for the first time, an accomplishment that may yield new materials and devices for medicine, electronics and engineering,...

Microfluidic Devices Powered By Surface Tension - New Product

Article - 25 Nov 2003

Physicists at the Georgia Institute of Technology have demonstrated a new optical technique for controlling the flow of very small volumes of fluids over solid surfaces. The technique could provide...

Microfluidic Device Rapidly Captures and Releases Proteins - New product

Article - 24 Nov 2003

A microdevice has been demonstrated to easily collect and release proteins in aqueous solution in less than a second. Posted July 22 2003

Manufacturing Technique May Be Key To Smaller, Faster Electronics - New Technology

Article - 24 Nov 2003

Manufacturing the minute may have gotten cheaper and more exact, thanks to a new technique developed by an international team of researchers. Posted July 23 2003

Litmus Type Test For Lead - New Product

Article - 24 Nov 2003

Gold nanoparticles and catalytic DNA produce colormetric lead sensor

New Type Of Hollow Spherical Vesicles Offer Insight Into Nanoscale Self-Assembly

Article - 19 Nov 2003

Scientists have discovered a new type of hollow spherical vesicles formed by large-scale, wheel-shaped inorganic molecules. Posted November 5th 2003

Dr Somenath Roy

Expert

Dr. Somenath Roy is a Research Scientist at the Institute of Bioengineering and Nanotechnology (IBN), Singapore. He received his Ph.D. in Materials Science and Engineering from the Indian...

Titania Nanotubes Make Supersensitive Hydrogen Sensors - New Technology

Article - 19 Nov 2003

Titania nanotubes are 1,500 times better than the next best material for sensing hydrogen. Posted July 29 2003

Nanowhirlpools Pull Over A Million G’s - New Technology

Article - 19 Nov 2003

Researchers have found that fluid circulating in a microscopic whirlpool can reach radial acceleration more than a million times greater than gravity, or 1 million Gs. Posted September 3 2003

Prof Anna Christina Balazs

Expert

Dr. Anna Balazs is a distinguished professor of Chemical and Petroleum Engineering at the University of Pittsburgh. She is also the current Robert Von der Luft professor in that department...