Electrical

HEADLINES ARCHIVE

  • Tips for Preventing Preventable Hearing Loss

    Hearing loss caused by prolonged exposure to music or a noisy work environment can be gradual with the first signs being missed background noises (a squeaking door, the ticking of a clock) to affected conversations.

  • A Greener Nuclear Industry with Graphene

    Graphene-based membranes have the potential to reduce energy and environmental costs incurred by the nuclear power sector.

  • VIDEO: New Sanitizers made of Paper can Kill Bacteria

    A team of researchers at Rutgers University have created a new, inexpensive way to kill bacteria and sanitize. This new product is made out of paper, and could potentially be used in clothing to protect from harmful bacteria.

  • A/C Coolers Designed for Purged Electrical and Electronic Enclosures

    Vortec’s ProtEX Vortex A/C enclosure coolers protect electrical and electronic components in ATEX Zones 1 and 21 and Temperature Class T3 areas. They are an economical alternative to expensive, high maintenance air conditioners and provide a clean stable environment when coupled with purge systems.

  • Dutch Windfarm Opens

    Being touted as one of the world’s largest windfarms, Gemini windpark opened this week with 150 turbines that will provide energy for 1.5 million people over the next 15 years.

  • Barium and Tin Yield Superior Thin-film Material

    A nano-scale thin film material exhibits both the highest conductivity in its class and a wide bandgap, which makes it optically transparent.

  • Video: Preserving a National Historic Landmark

    Monticello, the home of Thomas Jefferson, uses a low-noise power generator to keep the house and collections from damage

  • Creating Touchscreens with a Can of Spray Paint

    Researchers at Carnegie Mellon University are turning unconventional surfaces into touchpads using simple tools like spray paint cans.

  • Biomass Replaces Coal at Japanese Power Plant

    Palm kernel shells now fuel the 50 MW facility.

  • Red Light, Green Light at Work

    We’ve all been there: working feverishly in the ‘zone’ when John Smith from two cubicles away interrupts your rhythm with a question about your weekend. Also familiar: attempting to get back into that zone once John Smith has wandered away.

  • High Temperatures Can Create Graphene from Ethene

    Scientists from all over the world have teamed up to create a new way to produce single layer graphene from simple ethane, otherwise known as ethylene—the smallest alkene molecule.

  • As Temperatures Increase, So Does Air Pollution—Thanks to Air Conditioning

    Although it seems logical that increased air conditioning usage would mean higher levels of air pollution, that has not been the focus of most air pollution studies.

  • A Sulfur Cycle for Solar Energy Storage

    A closed sulfur-sulfuric acid cycle is being developed for large-scale chemical storage of solar power and its overnight use as an energy source.

  • Battery Repackaged to Extend Electric Car Range

    Stacking bipolar batteries might extend electric vehicle range up to 1,000 kilometers (621 miles).

  • Protecting Eagles from Wind Turbines

    The expanding role of wind turbines in energy generation may be good news for the environment but bad news for birds, particularly eagles.

  • A Solar Cell of a Different Stripe

    Ferroelectric nanostructure layers might serve as transport paths for charge carriers in perovskite solar cells.

  • Semiconductor Developed that is Flexible as Skin, Organic and Biodegradable

    The device could be used for medical and environmental applications without adding to electronic waste.

  • UPS to Deliver with Extended Range Fuel Cell Vehicles

    Prototype vehicles with an extended range of 125 miles will be deployed in California later in 2017.

  • Isolated High Voltage Outputs Directly Proportional to Input Voltage

    American Power Design's J10 Series high voltage DC/DC converter offers an isolated output of up to ±6000 VDC that is directly proportional to the input voltage.

  • Quantum Yields Exceed 100 Percent for Hydrogen Production

    A quantum dot photoelectrochemical cell achieved quantum efficiency for hydrogen gas production exceeding 100 percent.

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