Examples of 'microcavities' in a sentence
Meaning of "microcavities"
Microcavity is a noun used in physics and engineering to describe a small cavity or chamber, especially in the context of optics and photonics
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- plural of microcavity
How to use "microcavities" in a sentence
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microcavities
These microcavities are structured on a substantially planar support.
The hypothetical wavefronts are composed of many microcavities.
These microcavities may be generally spherical in shape.
The fibers are porous and contain microcavities.
These microcavities are structured on a flexible and planar substrate.
These layers have a large amount of microcavities.
Method to make microcavities and its application to an electrochemical sensor.
A thermal treatment step in order to achieve coalescence of the microcavities.
The cavities or microcavities may be intended to contain a fluid or a liquid.
The cavities may be microcavities.
These microcavities contain hydrogen.
Getters can be used inside the microcavities in all embodiments.
These microcavities can be formed by chemical etching of the metal.
The invention concerns a method for making microcavities on a substrate.
This growth of the microcavities induces stresses and the coalescence of some of the latter.
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This would interfere with or ruin the formation of microcavities.
It is particularly useful for filling microcavities in space and in military applications.
An interpretation based on the action of temperature on the geometry of microcavities is proposed.
Comparison of the lasing threshold for microcavities obtained by different methods was performed.
Getter materials are commonly used to support vacuum atmospheres inside microcavities.
Separation occurs at the site where the microcavities or platelets are present.
To a heat treatment step in order to cleave the substrate at the layer of microcavities.
Shot blasting crushes the microcavities between the coated surface portions.
This thesis work ends with the study of double dielectric mirror microcavities.
The shape and the size of the microcavities may vary very considerably.
Microcavities and microcomponents differ from cavities or macroscopic components also by their method of manufacture.
The thus stoved lozenge type pastilles are perfectly dry and have a plurality of microcavities.
Semiconductor microcavities appear today as a new platform for the study of quantum fluids of light.
Cleavage of the wafer may be obtained through coalescence of microcavities resulting from a heat treatment.
These microcavities are generally called platelets, microblisters or bubbles.
This means that solid bridges of semiconductor material still exist between the microcavities.
In the first approach, the microcavities are etched as wires.
The fundamental excitonic transition here has an energy close to the resonance with the microcavities.
However, tuneable microcavities are known elsewhere.
In the second approach, we study coupled microcavities.
Eventually, these microcavities get connected to form wide apparent cracks.
And in these cavities, these microcavities form.
Furthermore, detectors with microcavities sensitive to two different wavelengths have been suggested recently.
Researchers modelled, built and theoretically investigated microcavities of various designs.
In the foregoing examples, microcavities with mirrors having a low reflection coefficient have been taken.
Strong light-matter interactions in semiconductor microcavities give birth to polaritons.
I developed also a technique for two-photon excitation of polaritons in semiconductor microcavities.
Method for forming non-aligned microcavities of different depths.
During her PhD she worked on design, fabrication and characterisation of planar microcavities.
In this thesis, an application of photonic crystal microcavities to telecom wavelength detection is demonstrated.
The support for the biofilm is preferably a rough, hydrophobic support with cavities or microcavities.
Therefore, it is also impossible to make tuneable microcavities according to this second embodiment.
The microcavities may receive the therapeutic agent, which migrates through the layer to be released.
Here, we investigate how SLRs and microcavities could be used to improve nonlinear metamaterials.
However, technical difficulties have been preventing the achievement of ideal ZnO microcavities for a long time.
