Keithley Conforms To New IEEE Test Standards For Carbon Nanotubes
A carbon nanotube is a tubular structure that has become a major focus of nanomaterials research because it displays a variety of exciting properties for creating nanoscale, low power consumption electronic devices. A nanotube can even act as a biological or chemical sensing device in some applications, or as a carrier for individual atoms.
Keithley Instruments provided the standards committee with a variety of testing apparatus recommendations and measurement practices for making electrical measurements on carbon nanotubes in order to minimize and/or characterize the effect of measurement artifacts and other sources of measurement error encountered when making measurements on carbon nanotubes. The new testing standard should aid in the commercialization of nanotubes by providing uniformity between lab researchers and design engineers eager to put lab results into commercial use on the production line. Recommended measurement data to report as specified in the new standard include electrical resistivity, conductivity, carrier mobility, and non-linear behaviors.
A number of key international test and measurement and carbon nanotube leaders from industry, academia, and government organizations sat on the IEEE committee. Jonathan Tucker, the standard's secretary and representative from Keithley says, "The new standard will greatly aid in accelerating the commercialization of nanoscale materials and electronic devices for the semiconductor industry, along with many other industries. Customers buying carbon nanotubes can now speak the same language as vendors when it comes to the electrical properties and quality of the products they're purchasing."
SOURCE: Keithley Instruments, Inc.