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US scientists develop wireless sensor to detect the presence of explosives remotely

US scientists develop wireless sensor to detect the presence of explosives remotely In the category treasure hunting more articles and learn more information about US scientists develop wireless sensor to detect the presence of explosives remotely Reviews Price Specifications Features Image manuals videos Accessories All this in metal detectors for gold.

US scientists have developed of Institute “Georgia Tech” United States wireless sensor capable of detecting a key element in many explosive materials, and news to remote locations.

And form a sensor component of carbon nano-tubes with its ability to print on photographic paper or paper-like materials using standard ink jetting technology “Standard inkjet Technology.

Research scientist and supervisor in Georgia’s technical Research Institute Krishna naisha: “this form is an important step in the development of wireless sensors and produce an integrated system for the detection of explosive materials and a relatively safe without endangering human life with the possibility of working virtually anywhere.

And compact sensor form a wireless antenna light “Antenna” to receive and send data and information via radio waves, this antenna is equipped with blowing ink technology to print this information on paper photography, this technology was developed by Professor “Manus tintziris” Department of electrical engineering, Georgia Institute of computer technology.

The sensory system is designed to detect the effects of gas “ammonia” even in very small quantities at a rate of 5ppm (i.e. five parts per million) is a colorless gas and smelly.

Krishna said that Qatar carbon fibre used is some ten nanometric cylindrical structures size equal to the width of a human hair coated conductive polymers capable of attracting ammonia, is one of the key elements in many IEDs and explosives.

And these sensors require relatively low energy be derived from solar cells or film battery very thin, and are similar to Li-ion batteries but very thin materials.

It is theoretically possible to develop sensors or other sensory devices equipped with this technology will interact with other materials as hazardous gases in the home or health centres or in industrial areas.

Tags: develop, explosives, presence, remotely, sensor, US scientists