Examples of 'mesoscopic' in a sentence
Meaning of "mesoscopic"
Mesoscopic is an adjective used in physics to describe an intermediate scale between microscopic and macroscopic
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- On a scale between microscopic and macroscopic
How to use "mesoscopic" in a sentence
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mesoscopic
Devices used in nanotechnology are examples of mesoscopic systems.
Which gives us mesoscopic polymer and biomolecular simulations.
Quantum fluctuations and transport in mesoscopic physics.
The mesoscopic potentials are developped from atomistic configurations.
Coping with deformation and the mesoscopic model.
A mesoscopic discrete element model is also presented in this manuscript.
Particle debonding is studied thanks to mesoscopic numerical model.
Both mesoscopic and macroscopic objects contain many atoms.
The structure of the agglomerates is of the mesoscopic type.
The framework of the thesis is mesoscopic physics in ballistic conductors.
Mesoscopic electron transport.
We knew that we had to feed it with mesoscopic data.
This is the case in mesoscopic superconductors with a ferromagnetic dot on top of it.
Analysis and measurement of geometric phases in mesoscopic rings is ongoing.
Understanding mesoscopic systems plays an important role in the field of nanotechnology.
See also
Thermal transport in mesoscopic devices.
With mesoscopic structures the flow of single electrons can be controlled.
Numerical intensive simulations of mesoscopic structures and material properties.
Mesoscopic physics offers an opportunity to study quantum mechanics in a controlled setting.
It corresponds to the mesoscopic scale.
Both mesoscopic and macroscopic objects have a huge number of atoms.
Fabrication of magnetic mesoscopic structures.
Mesoscopic traffic simulation.
The mathematical analysis of this mesoscopic equation is also carried out.
In this thesis we studied the electronic transport in ballistic mesoscopic systems.
A mesoscopic model of concrete is thus established within the discrete element framework.
His research on fundamental and applied physics in mesoscopic condensed matter.
The device is of mesoscopic size and directly integrable into superconducting quantum circuits.
Quantum transport and terahertz photoconductivity in a mesoscopic carbon nanotube film.
Biological molecules are mesoscopic systems that bridge the quantum and classical worlds.
The final field intensity is read out by a mesoscopic atomic sample.
We show that these mesoscopic coherent fluctuations of light induce radiation forces of a new kind.
One defining characteristic of soft matter is the mesoscopic scale of physical structures.
At the borderline of the microscopic and macroscopic world resides a regime which is called mesoscopic.
Geim has also carried out research on mesoscopic physics and superconductivity.
This campaign aimed to a greater understanding of the materialmechanical behavior at mesoscopic scale.
The thermal properties are obtained from a mesoscopic analysis and a homogenization procedure.
The crossover between small and large dimensions is the realm of mesoscopic physics.
Competency contrasts observed on a mesoscopic scale are also valid on the microscopic and megascopic scales.
These discoveries paved the way to the new field of mesoscopic physics.
This thesis presents theoretical studies of mesoscopic quantum phenomena in nanostructures and small electronic devices.
This ratio was used in a mechanical modelling as a transition factor from mesoscopic to macroscopic scale.
This question has fascinated the mesoscopic community during the last two decades see references below.
This is a clear and convincing signature of the dimensional crossover leading to mesoscopic physics.
Our system comprises two square superconducting mesoscopic layers separated by a thin insulator.
Relations between the main mechanical properties have been identified at the mesoscopic scale.
Mesoscopic physics Quantum point contact Quantum wire Thermal conductance quantum.
Quantitative techniques of diffusion analysis allow an in vivo mesoscopic analysis the epilepsy physiopathology.
Pa Mesoscopic probe.
Their technique is ideal for detecting elementary excitations in mesoscopic systems such as graphene.
