Examples of 'microlaser' in a sentence
Meaning of "microlaser"
Microlaser is a small laser that is commonly used in various scientific and medical applications
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- Of or pertaining to the use of lasers on very small scales.
- A microscopic laser, typically a few microns in size.
How to use "microlaser" in a sentence
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microlaser
The microlaser size is consequently further reduced.
It is also possible to have biconcave microlaser cavities.
Therefore the microlaser size is further reduced.
Connection of the pumping diode to the microlaser.
The microlaser is an actively or passively switched microlaser.
A stage of cutting plates to obtain microlaser chips.
The microlaser has a multilayer stack structure.
The pumping diode is then connected to the microlaser.
A microlaser has a structure consisting of a stack of multilayers.
A stage of cutting plates for obtaining microlaser chips.
Microlaser with modulated emission frequency.
Switched monolithic microlaser and intracavity nonlinear material.
Micromirrors stabilize the microlaser cavity.
The microlaser cavity can also be actively switched.
A stage of cutting up plates in order to obtain microlaser chips.
See also
The pumping of the microlaser cavity is preferably an optical pumping.
The main advantage of the microlaser cf.
Microlaser production processes make use of planar microlithography methods.
An important feature of the microlaser is its low manufacturing cost.
The microlenses make it possible to stabilize the microlaser cavity.
The operation of the semiconductor microlaser assembly is then of an optimum nature.
Telemetry device having a microlaser.
Solid microlaser with optical pumping by vertical cavity semiconductor laser.
Monolithic semiconductor infrared emitter pumped by a switched solid microlaser.
It is also possible to use a single microlaser source emitting two wavelengths.
The first microlaser can be switched in passive manner by a saturable absorbent.
The amplifying medium is a microlaser.
An advantage of the microlaser is its structure in the form of a stack of multilayers.
The source is considered to be bonded to the microlaser or focused therein.
The microlaser cavity is designed according to the method described hereinbefore.
This type of structure is not suitable for collective production of a microlaser.
This type of microlaser suffers from problems preventing its practical use.
This leads to a divergence of the laser beam emitted by the microlaser.
A microlaser beam with a good spectral and spatial quality is thus obtained.
There may also be other elements inside the microlaser cavity.
Solid microlaser passively switched by a saturable absorber and its production process.
The invention may also be applied to any microlaser cavity structure.
The microlaser device described in this document has the following problems.
The saturable absorber is controlled so as to control the microlaser pulse starts.
Electrooptically switched solid microlaser with independent electrodes and production process.
Microlaser cavity and microlaser with mode selection and manufacturing processes.
This is what makes it possible to optimize the energy efficiency of the microlaser.
A microlaser as claimed in any one of the preceding claims which is longitudinally pumped.
One solution to this problem could consist of increasing the microlaser length.
A microlaser cavity incorporating switching means disposed so as to oprically pump the semiconductor component.
A laser cavity like that described hereinbefore can also be a microlaser cavity.
The microlaser also performs spatial filtering of light coming from the target.
A process for the production of such a microlaser cavity will now be described.
It was mentioned above that laser diodes form a convenient means of pumping a microlaser cavity.
A process for the production of a microlaser according to the invention will now described.
