The cost ranges from 3 to 5 billion electron volts.

The beam tested in space has a strength of one million electron volts.

The energy in these particles is measured in electron volts.

These particle energies are usually measured in units called electron volts.

Analysis of the data showed that the particles had a mass of 90.9 billion electron volts.

Later the collider could be extended to 31 miles and a trillion electron volts.

The mass of a hydrogen atom, expressed in those units, is 1 billion electron volts.

In high-energy physics, the electron volt is often used as a unit of momentum.

Atomic properties like the ionization energy are often quoted in electron volts.

By mass-energy equivalence, the electron volt is also a unit of mass.

The facility is capable of accelerating protons up to 800 million electron volts.

She and her father spoke in electron volts and joules-constructive energy output.

Eleven-dimensional space would require power output in the terra electron volt range.

If it does, its mass must lie within the range of 115 billion to 127 billion electron volts, according to the new measurements.

Flosso asks Lloyd how many electron volts were generated during their experiment.

The electronvolt or electron volt, symbol eV, is used to measure energy.

A single light quantum or photon of ultraviolet carries an energy around some 3.26 electron volt.

Such black holes should now be emitting hard gamma rays with an energy of about 100 million electron volts.

For a metal like Aluminum, is of the order of 12 electron Volts.

It takes 4.476 electron volts to disassociate an ordinary H hydrogen molecule.

The energy difference between these two hyperfine states is electron volts, with a wavelength of 21 centimeters.

It is this machine that will surely discover the interesting physics waiting at the trillion electron volt energy scale.

Getting inside these particles required still higher energies, the billions of electron volts available in today's largest accelerators.

An early version was a foot in diameter and accelerated protons to energies of 1.25 million electron volts.

This reaction requires that the photon (γ) have an energy of at least 13.6 electron volts.

The electronvolt is often used in atomic, nuclear and particle physics.

However, the unit of energy electronvolt reminds us that the elementary charge was once called electron.

The electronvolt or electron volt, symbol eV, is used to measure energy.

In certain fields, such as plasma physics, it is convenient to use the electronvolt as a unit of temperature.

For instance, the photon propagating in the average interstellar vacuum acquires a tiny mass which is estimated to be about 10 electronvolt.

An energy unit that is used in atomic physics, particle physics and high energy physics is the electronvolt (eV).

The electronvolt (eV) is primarily a unit of energy, but because of the mass-energy equivalence it can also function as a unit of mass.

This method uses x-ray sources to study energy levels of atomic core electrons, and at the time had an energy resolution of about 1 eV (electronvolt).

In a unit system adapted to subatomic scales, the electronvolt is the appropriate unit of energy and the Petahertz the appropriate unit of frequency.

When the LHC was restarted in November 2009, it set a new speed record by accelerating protons to 1.18 TeV (teraelectronvolt, or trillion electronvolt).

The SI unit of temperature is the kelvin (K), but using the above relation the electron temperature is often expressed in terms of the energy unit electronvolt (eV).

When a small bias "V" is applied to the system, only electronic states very near the Fermi level, within "eV" (a product of electron charge and voltage, not to be confused here with electronvolt unit), are excited.

The EI 50, used for relatively small molecules (as opposed to methods like MALDI), ionizes molecules via electron ionization (normally under 70 electronvolt conditions) and then accelerates them through an electric potential.

The hartree is usually used as a unit of energy in atomic physics and computational chemistry: for experimental measurements at the atomic scale, the electronvolt (eV) or the reciprocal centimetre (cm) are much more widely used.

If the photon is of lower energy, but still has sufficient energy (in general a few Electronvolt to a few keV, corresponding to visible light through soft X-rays), it can eject an electron from its host atom entirely (a process known as the photoelectric effect), instead of undergoing Compton scattering.