Sentences with phrase «electron beam into»

Essentially, they use an electron gun to introduce a low - energy electron beam into a short stretch of the RHIC accelerator.

Not exact matches

At Oakley, Jannard had thrown himself into the creative engineering process, enlisting technologies such as liquid laser prototyping and electron - beam gun - vapor deposition in his quest to make state - of - the - art sunglasses.

Other photons from the laser beam would ricochet off the electrons and be boosted into high - energy gamma rays.

The first electron beams at 6 GeV for 12 GeV commissioning were delivered into Experimental Hall A on April 1 at 4 p.m. for just over 11 minutes.

Following an upgrade of the Continuous Electron Beam Accelerator Facility, the CEBAF accelerator delivered the highest - energy electron beams it has ever produced into a target in an experimental hall, recording the first data of the 12 Electron Beam Accelerator Facility, the CEBAF accelerator delivered the highest - energy electron beams it has ever produced into a target in an experimental hall, recording the first data of the 12 electron beams it has ever produced into a target in an experimental hall, recording the first data of the 12 GeV era.

As their paths bend, the electrons throw off photons that are formed into beams.

So Banhart used a kind of substitute soldercreated on the spotto link two crossed nanotubes: he focused a narrow beam of electrons from a scanning electron microscope at the point where the tubes met, thereby converting contaminants on their surfaces into bridges made from graphite - like carbon that can conduct electricity.

They then exposed the evolving quantum system to a third laser beam to try and excite the atoms into what is known as a Rydberg state — a state in which one of an atom's electrons is excited to a very high energy compared with the rest of the atom's electrons.

They then used a beam of electrons to turn them back into neutral molecules, each of which split into energetic fragments.

By using as sources supersonic jets of hydrogen or helium containing small concentrations of heavier molecules we have been able to obtain molecular beams with kinetic energies of the heavy molecules well into the range above I electron volt.

We also enter international collaborations, including one with the University of Wuppertal in Germany, looking into the possibility of using million electron volt (MeV) proton beams to detect and diagnose deeply buried active regions in semiconductor devices.

The instrument produces a large number of two - dimensional electron beam images, which a computer then reconstructs into three - dimensional structure.

The electron beam heats the plasma ball, igniting fusion reactions between the hydrogen and boron; these reactions pump more heat and charged particles into the plasma.

Only instead of heating food, the microwave energy is channeled directly into the electron beam to make it travel faster.

The ultimate dream is to take STEM into three dimensions with confocal electron microscopy, which images a material in slices by changing the focus of the beam.

«Electron lenses use the attractive force of negatively charged electrons to compensate for this repulsive tendency and thereby allow more protons to be packed into the beams.»

They then merged the hydronium with a beam of electrons and measured how often hydronium converted into water.

FEBID uses an electron beam from a scanning electron microscope to condense gaseous precursor molecules into a solid deposit on a surface.

While observing a beam of muon neutrinos generated by one of Fermilab's particle accelerators, the MiniBooNE researchers found that an unexpectedly high number of the particles in the low - energy range (below 475 million electron volts) had transformed into electron neutrinos.

The sharp acceleration turns the traveling electron wave into a plane wave, like a nice regular pulse of an electron beam with an extremely short wavelength — exactly the kind of beam useful for imaging.

The cell was then fit into a microscope that uses a beam of electrons, rather than light, to obtain images.

The electron beams travel out into the solar wind and generate a type of wave that can not travel very far (electrostatic Langmuir waves).

Nanometer - level control of the beam path of a scanning transmission electron microscope nudges an amorphous material into atomically precise epitaxial growth.

«With the electron beam, we are injecting energy into the system and nudging where it would otherwise go by itself, given enough time,» Borisevich said.

«The energy of a coherent driver [the electron beam] is equal to only a small part of the total energy released in the process of transformation of nuclei of the target [electrode] into nuclei of the synthesized isotopes.

This disk (0.02 of an inch in diameter) is a slice of one of the thousands of electrodes that ruptured when a self - focused, relativistic electron beam pinched into a 630,000,000 °F «hot dot» that was only 4 billionths of an inch in diameter.

Energetic gamma - rays are copiously produced as the electron beam splits into filaments while propagating across the conductor.

So all that is needed is a manetron, masser or laser to generate and beam electrons into a system and you will increase the magnetic part of the wave and its force.