Sentences with phrase «used electric charge»

Building on the work from the 1970s, the display used electric charge to rotate black and white ink particles inside tiny capsules located in the screen.

To envision how the eel uses its electric charge, try picturing the critter's long, thin body as a skinny magnet.

Not exact matches

One of the UK's fastest growing electric car charging companies is making its stations completely free to use for the entire month of May.

From there, using nano technology, the carbon fibre is combined with a multifunctional polymer resin that is capable of holding and storing an electric charge.

Programming when electric car chargers start charging and how home devices make use of energy from solar panels versus the grid are two examples he mentioned.

Washington state is already charging electric car owners a $ 100 annual road - use fee in lieu of the gas taxes they avoid.

It exempted electric cars from Norway's value added and purchase taxes, which can add 50 % to the cost of a vehicle, and it gave e-car drivers free parking, free charging, and free use of bus lanes.

As of December 1, 2009, the Sacramento Municipal Utility District, for example, offered an off - peak discount of approximately 50 % off of the regular residential electricity rate for electricity used to charge electric vehicles.

We know that the truck uses four independent electric motors that are derived from the Model 3, that it has an energy consumption of less than 2 kWh per mile, and that it can be charged to up to 400 miles in about half an hour.

So using Vestarin platform you are able not only purchasing electric cars but also paying their charging!

Compared to its predecessors, the Razor Power Core E90 electric scooter can be used for up to 80 minutes once fully charged.

Benefits in kind: electric vehicles Commenting on the news that, from April 2018, there will be no benefit - in - kind charge on electricity that employers provide to charge employees» electric vehicles, Colin Ben - Nathan said: «If an employer provides electricity to an employee to charge their own car, a benefit in kind arises based on the cost of the electricity used for private mileage, but there is no clear guidance on how to calculate the cost of electricity and it is therefore necessary to estimate the cost.

To promote electric vehicle use, the governor proposed the construction of 500 new workplace charging stations and 69 new stations along the New York State Thruway, a proposal that comes with a $ 3 million price tag.

Also at noon, NYC Councilmen Costa Constantinides and Ydanis Rodriguez announce the introduction of a bill to create a pilot program for electric vehicle charging stations on street parking, aiming to encourage the use of electric cars, and help reduce carbon emissions citywide, City Hall steps, Manhattan.

Technology came to the Library in 1938 with a «rapid electric charging machine» installed to replace the pencil stamping method that had been used for book borrowers.

Cuomo also is promoting electric vehicle use and the installation of over 500 vehicle charging stations.

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Uses per Charge: Each of the top electric lighters on our list comes with a method for charging up.

That approach — known as electrospray ionization — ionizes large molecules by dissolving them in a solvent and using an intense electric field to pull tiny charged droplets of solution from the end of a needle.

In contrast, electric motorcycles from companies such as Zero Motorcycles and Brammo use much lighter batteries — one of Zero's weighs just 48 pounds — that can charge from a wall outlet in four hours or less.

It used magnetic fields to contain electrically charged particles in a narrow, spiraling path while an electric field accelerated them.

Such research could lead to smaller and more efficient electronic gadgets that use electrons» spins to store and transmit information instead of electric charge, a technique known as «spintronics.»

The plug - free system is based on induction charging — the technology commonly used to power electric toothbrushes.

«Energy that would otherwise be lost during times of excess could be used to pump water for irrigation or to charge a fleet of electric vehicles, for example,» Dale said.

The hybrid GE is developing with the marine engineering firm C - MAR works something like the upcoming Chevy Volt car, which uses an electric motor as its primary drive and carries a small combustion engine to charge batteries that run low.

The work also explains how the electric charges that accumulate on the surface of liquid metal droplets, together with their oxide skin, can be manipulated and used.

Electric cars charging up using coal power will deliver little or no benefit to the climate.

Those cars charge up their batteries with electricity generated when the car brakes and then used that «recycled» energy to power their electric motors, which take over from the vehicle's gasoline engine at low speeds and in stop - and - go traffic.

Circuits based on quantum packets of heat rather than electric charges could enable computers to use waste heat — which is currently just shed to keep a processor from overheating — to perform useful computations and store information, the researchers suggest in an upcoming Physical Review Letters.

Since the electric motor and the inverter are not used during battery charging, the researchers looked into the possibility of using them in the charger circuit and building some kind of integrated motor and battery charger.

Using high - speed video, Ristenpart's team discovered that if the droplets are carrying low or moderate charges produced by an electric field of certain strength, then the cones are relatively short and wide, with a large angle at their tops.

Surplus power could be used for charging electric vehicles and for «pumped storage,» where water is pumped uphill into a reservoir to produce hydropower later.

They propose using an ion trap, a device that holds charged particles in place via an electric field, to form a ring - shaped crystal.

These findings are highly significant, they say, because one futuristic application of wireless power transfer would be to harness and use it via magnetic resonance to charge electric vehicles.

Green plants are able to temporarily store electric charges after the absorption of sunlight by using a so - called molecular charge accumulator.

They use electric fields to accelerate a beam of positively charged xenon gas ions, which shoot out of the spacecraft at speeds of up to 90,000 mph.

The precise method for accelerating the ions may vary, but all designs take advantage of the charge - to - mass ratio of ions to accelerate them to very high velocities using a high electric field.

Surplus power can be fed into the public grid as well as be used for charging the household electric vehicle,» explains Dominik Noeren, a scientist at the Fraunhofer Institute for Solar Energy Systems ISE in Freiburg.

The HEMS system helps consumers use data on driving times, solar intensity forecasts and current household energy consumption to synchronize electric vehicle charging times with rooftop energy production, so they can maximize the proportion of household - produced energy they use.

By running a series of tests using charged particles, the team came to understand how the electric field changed when it encountered insulator objects.

An electric vehicle is charged with photovoltaic power from the roof of the house using a charging station.

With more money for development of novel designs and public financial support for construction — perhaps as part of a clean energy portfolio standard that lumps in all low - carbon energy sources, not just renewables or a carbon tax — nuclear could be one of the pillars of a three - pronged approach to cutting greenhouse gas emissions: using less energy to do more (or energy efficiency), low - carbon power, and electric cars (as long as they are charged with electricity from clean sources, not coal burning).

The researchers used molybdenum ditelluride (MoTe2), a typical 2 - D semiconductor, and coated it with an ionic liquid (DEME - TFSI), which has an ultra-high capacitance, or ability to store electric charges.

(OnStar can also be used to help the new Spark EV find charging stations while en route — because the all - electric car only has an 132 - kilometer range — as well as plot a route to that plug.)

This layer resides between two electrodes that can reverse the direction of its polarization — the alignment of positive and negative charges used to represent «0» and «1» in binary computing — by applying electric voltage to it.

Such demand response is different from using electric vehicle batteries as a form of storage or backup for the electricity grid, which can put undue strain on batteries as they constantly cycle from fully charged to nearly drained.

The team used a nanoflow liquid chromatography instrument to sort the molecules in the meteorite sample, then applied nanoelectrospray ionization to give the molecules an electric charge and deliver them to a high - resolution mass spectrometer instrument, which identified the molecules based on their mass.

The app — dubbed EcoHub — shows how much energy your home is using on a daily, weekly or monthly basis and exactly how much of that goes to charging the electric car.

Pros: 100 percent electric; has range of about 100 miles; charges in 4 to 8 hours on a 220V home unit; will charge to 80 percent in 26 minutes at one of Nissan's quick charge stations; uses recycled materials liberally in the interior.

Pros: Fully charged, can run 40 miles on battery power alone; can travel more than 300 miles on a tank of gas; combined electric and extended - range use will provide an average of 230 mpg, Chevy claims; connected to a 240V outlet, the battery will charge in less than 3 hours; battery guaranteed for 10 years or 150,000 miles.