The team estimates that a two - foot panel of these «doped» cells could put out at least 100 milliamps at one volt, which would be enough to power gadgets and other
small electrical devices.
Not exact matches
It uses a
small device that generates low - voltage
electrical pulses to stimulate nerves, and thus provides targeted pain relief without opiates or surgical intervention.
Just as in cardiology, large electronics companies as well as
smaller firms employ
electrical and electronics engineers to develop oncology
devices.
Nearly all mass market
devices rely on microchips of the chemical element silicon, on which manufacturers etch ever
smaller transistors — essentially
electrical switches that can be used to fashion logic circuits for computers.
«If we are able to convert light, which is electromagnetic energy, into motion, or convert motion into
electrical energy, then we have the potential to make molecular
devices much
smaller,» he said.
For several years, a team of researchers at The University of Texas at Dallas has investigated various materials in search of those whose
electrical properties might make them suitable for
small, energy - efficient transistors to power next - generation electronic
devices.
A collaboration of nanoengineers and
electrical and computing engineers at the University of California, San Diego in La Jolla combined their expertise to create the
small device that detects alcohol levels and transmits that information to a cell phone or other monitoring station.
This may be used in
small - scale thermal and
electrical contacts and other nanoscale
devices.
A similar premise underlies one of Heller's prior inventions: a
small device, ideal for diabetics, that instantly indicates blood - sugar levels with an
electrical signal.
Nanotubes are stronger than steel and
smaller than any element of silicon - based electronics — the ubiquitous component of today's
electrical devices — and have better conductivity, which means they can potentially process information faster while using less energy.
Wolkow also expects their sharp tips will allow
electrical characterization of extremely
small objects, in turn allowing new
device concepts to be discovered and tested.
«This study provides proof - of - concept experiments, in large animal models, that a
small, miniaturized
device can be safely implanted in the brain and provide miniaturized control of the
electrical activity and function of single neurons or
small groups of neurons.
«They have a
device that looks like a
small tool box that contains neural cells and can detect changes in their
electrical activity,» Stice said.
Small cross-sectional area
device does not damage brain tissue and could allow for high - density
electrical recording.
With this degree of flexibility you are left to your own
devices to experiment with anything you want, whether it be large or
small - scale structures, block based reproductions of real world landmarks or even an intricate working calculator through clever use of Redstone, which is essential Minecraft's
electrical system.
Our grid connected and off grid wind turbine systems, which consist of our 2.4 kW and 10 kW
devices and related equipment, are utilized for
electrical power generation for applications and markets such as residential, micro-grid based rural electrification, agricultural,
small business, rural electric utility systems, as well as other private, corporate infrastructure and government applications.
When the plastic bends, the wires bend too, and this motion creates an
electrical potential in the wires that drives current through the external circuit... They also harvested energy from a hamster wearing a
small jacket affixed to the
device as the rodent ran on an exercise wheel and scratched itself.
Electrical shock from a
small amount of current is often the result of a defective product such as appliances, power tools, or medical
devices.
Like other
devices, the Insteon uses
small attachments for
electrical outlets.