tunability , also: tunableness

This can allow for nonlinear behavior, such as tunability in real time.

They are often used in radio transmitters where tunability is not required.

It was widely used in motorsport in India due to its light weight and tunability.

These lasers exhibit wavelength tunability by changing the thickness of the active layers.

High concentration, tunability and polarization thus ensuring focusing accuracy for even the smallest of targets.

Varactor diodes are symmetrically introduced, which results in dynamic tunability for the whole structure.

The tunability of the radiation allowed researchers to disentangle a material's ground-state electronic properties.

Traditional (crystalline) silicon preparation methods do not lend themselves to this approach due to lack of bandgap tunability.

They offer considerable wavelength tunability, high output power, high-speed modulation capabilities and may be fabricated in several different materials systems.

These lasers are mainly used in scientific research because of their tunability and their ability to generate ultrashort pulses.

A photonic bandgap can be demonstrated with this structure, along with tunability and controlled as a quantum system.

Their tunability, (from the near-infrared to the near-ultraviolet), narrow bandwidth, and high intensity allows a much greater diversity than other light sources.

Where manual tunability is required, plastic film trimmers are sometimes used, though it has long been more popular to adjust the inductor to achieve tuning.

Wide tunability in energy/wavelength by monochromatization (sub-electronvolt up to the megaelectronvolt range)

This powerful technique has been limited so far to molecules that can be excited by CO 2 lasers, which have limited tunability.

The tunability of emission wavelengths and narrow bandwidth is also beneficial as excitation sources for fluorescence imaging.

External Cavity Lasers using multiple-prism grating arrangements for wide-range tunability.

It is claimed that the first infrared laser with a tunability of more than one octave was a germanium crystal laser.

Tuning to different frequencies requires a variable-frequency oscillator which requires compromise between stability and tunability.

Besides the high intensity, energy tunability is one of the most important advantages of synchrotron light compared to the light produced by conventional X-ray sources.

One such example is optical tunability, that is, optical control of the response of devices based on PC.

However, the broad tunability of the IRFEL provides access, for the first time, to practically all elements and molecules.

The tunability and ready supply of these motors, combined with their compact and light(ish) construction has also made them a popular choice for modern "Classic" competition.

However, when the angle of incidence of the incoming light is increased from zero, the central wavelength of the filter decreases, resulting in partial tunability.

This has relevance for the mode locking of fiber lasers, where wideband tunability may be obtained using graphene as the saturable absorber.