Examples of 'microlenses' in a sentence
Meaning of "microlenses"
microlens (noun) - A small lens with a diameter on the micrometer scale, often used in optical and imaging systems to focus or direct light at a microscopic level. Microlenses are essential components in devices such as cameras, microscopes, and sensors, providing improved resolution and performance
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- plural of microlens
How to use "microlenses" in a sentence
Basic
Advanced
microlenses
It is the outlet microlenses that provide focusing.
Then a technique called gravitational microlenses was used.
All the microlenses are then of the converging type.
The optical systems can be lenses or microlenses.
These microlenses may be spherical or cylindrical.
Optical microscopy was used to evaluate the microlenses.
One or more microlenses can be present on each matrix.
Light refraction against structures such as microprisms or microlenses.
Method for the making of microlenses for optical applications.
Coupling of optical devices to optical fibers by means of microlenses.
The microlenses make it possible to stabilize the microlaser cavity.
It is not essential for the microlenses to have a curved surface.
The microlenses may be produced according to the prior art.
It is also possible to consider a variation in size of one or more microlenses.
A series of microlenses such as microlenses obtained by molding a plastics material.
See also
This makes it possible to overcome any imperfections in these microlenses.
The GaAs microlenses can be replaced by separate microlenses of a different material.
This method is recalled simply by showing just a few microlenses.
Universally used hemispherical microlenses typically show poor coupling performance.
It is therefore sometimes necessary to displace an entire series of microlenses all together.
Imaging system comprising microlenses and associated device for detecting a sample.
The embossed film was then used to prepare the microlenses as before.
Microlenses are more commonly used because of their ease of fabrication and packaging.
Method and apparatus for fabricating microlenses on optical fibers.
Other types of microlenses than the ones indicated by way of example can be used.
The size of the microchoppers is the same as that of the microlenses.
This machine tests how microlenses respond to light coming from different angles.
The step of the pixels is preferably less than the step of the microlenses.
Four adjacent square microlenses cover an approximately square surface area corresponding to a whole pixel.
The constant pitch of the pixel is less than the constant pitch of the microlenses.
Microlenses are typically fabricated by tapering the fiber down to a point and melting the end.
This invention concerns with a process and apparatus for fabricating microlenses on optical fibers.
Cylindric microlenses offer a higher light intensity compared with corresponding partly transparent line gratings.
For simplicity the following examples and embodiments will describe the use of spherical microlenses.
The second term represents the contribution of N microlenses constituting the network.
The other one uses microlenses to feed the TRIPPEL spectrograph of the SST.
The grating is under a Bragg angle for the wavelength of the beams from the microlenses.
An exclusive system with microlenses from Asclepion Laser Technologies replaces the traditional lens system.
The microlens array comprises a linear array of N cylindrical microlenses of a focal length D.
The nearest edges of the microlenses do not touch and are at a distance ∈.
Fig . 8 is a schematic representation of an embodiment utilizing integrated microlenses.
The three arrays of microlenses are adapted so that,.
In this connection, a refractive homogenizer with matrices of microlenses is known.
However, an array of microlenses can also be used.
Microlenses may be included at the distal ends of elements 76 to enhance focusing.
The typical dimensions of the microlenses obtained are,.
In particular, said microlenses could be directly etched on the laser material.
It is constant and is dependent on the microlenses of the main array 4.
The microlenses may be any type of lens, as set out above.
The characteristics of an elementary microlenses of the matrix HLi may be,.
