Examples of 'electronic properties' in a sentence
Meaning of "electronic properties"
electronic properties: characteristics or behaviors of electronic devices or materials, such as conductivity or resistivity, that determine their performance in electronic circuits
How to use "electronic properties" in a sentence
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Advanced
electronic properties
Graphene has extraordinary electronic properties as well.
Electronic properties of nanostructures on solid surfaces.
Next we will talk about electronic properties.
Local electronic properties were probed by scanning tunneling spectroscopy.
Experimental study of optical and electronic properties of nanostructures.
Local electronic properties of crystalline solids.
Characterization of structural and electronic properties.
Structure and electronic properties of solids.
The aerogel can then be treated with electronic properties.
Calculation of electronic properties for spinorbitronics and electronics.
A new way to control oxygen for electronic properties.
Their electronic properties are spectacular.
The resulting dislocations are extremely detrimental to their electronic properties.
Their electronic properties can be compared to those of basic trialkylphosphines.
Two samples with radically different electronic properties were studied.
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Electronic properties of FeMoco.
Defects are known to modify the electronic properties of carbon nanotubes.
The electronic properties of AlCuFe and AlPdRe quasicrystals were also investigated.
Researchers have concentrated on the electronic properties of the carbon nanofabric.
Electronic properties of superconductors.
His work generally concerned understanding the electronic properties of matter.
Then we describe the electronic properties of CNTs as well graphene as a comparison.
Pressure alters the physical chemical and electronic properties of matter.
Scientists explore electronic properties of liquid electrolytes for energy technologies.
Raman interferences use it to measure the structural and electronic properties.
Electronic properties of molecules.
Carbon nanotubes exhibit a large change in electronic properties when exposed to oxygen.
Their electronic properties are still a matter of debate and require further investigations.
In this work we investigate mechanical and electronic properties of graphene based materials.
The electronic properties of solids are altered with great reductions in particle size.
These mutations impact the electronic properties of the heme proximal bond.
Molecular scale electronics seeks to develop molecules with useful electronic properties.
The richness of optical and electronic properties of graphene has attracted enormous interest.
Single band models are generally considered to be sufficient to describe the electronic properties.
An important question is how their exotic electronic properties influence their magnetism.
The nematic phase is caracterized by a breaking of symmetry only in the electronic properties.
The electronic properties of the substituents also influence the strength of the attraction.
Computational chemistry was used to provide the electronic properties of these new compounds.
Its physical and electronic properties can be altered by the inclusion of functional side groups.
Prior understanding of the crystallographic structure allows to elucidate the electronic properties.
The results add to the understanding of the electronic properties of graphene in complex environments.
This leads to the determination of more accurate structures and electronic properties.
Graphene possesses exceptional electronic properties and could revolutionize the field of electronics.
Much of modern technology owes to our deep understanding of electronic properties of materials.
This step depends on the heme electronic properties and on the electron and proton transfers.
It also makes it possible to obtain molecular interfaces having improved electronic properties.
The technique allows researchers to probe the electronic properties of semiconducting quantum dots.
Our experimental approach emphasizes the relationship between structural and electronic properties.
They have unique optical and electronic properties that strongly depend on their size.
The award recognized their contributions to the understandings of the electronic properties of materials.
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The accelerating and pervasive growth of electronic
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