Examples of 'electron energy' in a sentence
Meaning of "electron energy"
electron energy - Relates to the energy associated with electrons, often discussed in physics or chemistry contexts
How to use "electron energy" in a sentence
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electron energy
She took a hit of pure electron energy.
V is the peak electron energy in million electron volts.
Each shell can be taken to represent various levels of electron energy.
This is the minimum electron energy that produces an ion.
The upward direction in the diagram represents increasing electron energy.
We made spatially resolved electron energy loss spectroscopy measurements.
The electron energy distribution and heating of electronic and phonon subsystems is discussed.
It is necessary to achieve an electron energy sufficient for molecules decomposition.
The electron energy has to be greater than the critical optical phonon emission energy.
It will be noted that a different electron energy is not required for each new iteration.
Electron energy loss spectroscopy Transmission electron microscopy.
Is the electron energy.
Electron Energy is also focused on keeping down the cost of manufacturing the new materials.
The results indicate the potential of conducting electron energy morphological studies from the ground.
The higher electron energy allows the production of shorter wavelengths.
See also
The absorption is visible as a spectral feature in the electron energy loss spectrum EELS.
Instantaneous electron energy states are difficult to predict and even more difficult to control.
Figure 2 illustrates a quantum cascade laser electron energy level structure.
Potential distribution and electron energy distribution function in a double layer in a mercury discharge plasma.
The device was operated in positive ion mode using a standard electron energy of 70 eV.
If the electron energy level is in excess of that required, shielding can be used.
EJiE is the losses of the electron energy due to ionization.
Further, the peak of the bremsstrahlung emission curve occurs at approximately one-third the electron energy.
Since the electron energy was high, the stopping power was not neglected.
It is based on a four-level system of electron energy level changes within the ion.
This modifies electron energy levels and electron emission, and other processes may appear.
Figure 5 includes a series of curves that illustrate the electron energy distribution in an example plasma ;.
Selecting the second electron energy based on spectral data provided by the first mass spectrum ;.
These decay products enter into a house-sized detector called a spectrometer that measures electron energy.
Device for acquiring images or electron energy loss spectra, said device comprising,.
In this method, the EL source produces an electron beam at a first electron energy.
Integration of this expression over electron energy gives the angular distribution of the daughter positrons,.
Electron energy loss spectroscopy ( EELS ) allowed the identification of this amorphous phase.
There was one-to-one correspondence between the electron energy modulation and the observed optical pulsations.
Via electron energy loss spectroscopy a Fluorine-signal could be detected at the grain boundary área.
In some embodiments, the value selected for the second electron energy may replace a pre-programmed value.
Adjusting the electron energy to a second electron energy different from the first electron energy ;.
The dielectric response of the particles was measured by electron energy loss spectroscopy ( EELS ).
High resolution electron energy loss spectroscopy ( HREELS ) is a tool used in surface science.
These prior art systems can be depicted by the electron energy diagram shown in FIG . 2.
Mass spectrometry Electron energy loss spectroscopy Time-of-flight mass spectrometry PEEM Energy filtered transmission electron microscopy.
These plasmonic modes have been studied spatially and spectrally using Electron Energy Loss Spectroscopy ( EELS ).
Therefore, the depth of electron energy penetration is less than about one micrometer ( 1 µm ).
There is only about 8 % efficiency in the conversion of electron energy to x-ray energy.
Electron energy calibration was carried out using existing data for the major fragments of Fe ( CO ) 5.
For example, electrons have characteristic wavelength ( λ ) which varies with electron energy.
Sections were analyzed by electron energy loss spectroscopy ( EELS ).
The electron energy of the plasma beam can be in the range of 1 - 30 eV.
The spectra were recorded in EL impact mode, using an electron energy of 70 eV.
Wo, where W1 represents the electron energy at the entrance of the delay line.
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