Examples of 'spectral resolution' in a sentence
Meaning of "spectral resolution"
Spectral resolution refers to the ability of a sensing system to distinguish between different wavelengths or energy levels within the electromagnetic spectrum. It measures the level of detail or precision with which a detection or imaging system can separate different spectral components. Higher spectral resolution enables better identification and analysis of specific features or substances in a given dataset or image
How to use "spectral resolution" in a sentence
Basic
Advanced
spectral resolution
Field radiometer with high spectral resolution.
Spectral resolution should therefore be enhanced.
High spatial and spectral resolution.
Spectral resolution of groups of unitary operators.
Even a moderate degree of spectral resolution allows the.
High spectral resolution is required.
It is also necessary to obtain the greatest spectral resolution.
Increasing spectral resolution.
It observes the solar corona with high spectral resolution.
The spectral resolution is also not sufficient for many purposes.
This takes place without any loss of spectral resolution or intensity.
High spectral resolution lidar to measure optical scattering properties of atmospheric aerosols.
The number of bands in a raster image is referred to as its spectral resolution.
Spectral resolution reveals what the human eye can not see.
Broadband gain control techniques suffer from a lack of spectral resolution.
See also
In this respect it is known that spectral resolution is proportional to the sampling frequency.
The additive mode is suited to applications that require high spectral resolution.
The second spectral resolution is smaller than the first spectral resolution.
Michelson spectrographs are capable of very high spectral resolution observations of very bright sources.
The spectral resolution describes the ability of a sensor to distinguish between fine wavelength intervals.
The choice preferably depends on the degree of spectral resolution available to the spectrometer.
The additive mode is ideally suited for applications that require an extremely high spectral resolution.
Lower spectral resolution requirements are needed for the MIR.
The fused image can have complementary spatial and spectral resolution characteristics.
Limits the spectral resolution for a given temporal dispersion At.
The spatial resolution of the objects observed is high but the spectral resolution is.
High spectral resolution telescopic observations of Mars to study salts and clay minerals.
This requires infrared observations at high spatial and spectral resolution and high sensitivity.
The measurement time and the spectral resolution are significantly improved compared to traditional Fourier spectrometers.
Several situations in image processing require high spatial and high spectral resolution in a single image.
However, its spectral resolution is bounded.
However, spatial resolution is a factor in addition to spectral resolution.
WDS has a much finer spectral resolution than EDS.
The spectral resolution of the device is 1 nm.
There is therefore always an inevitable compromise between the spectral resolution and the temporal dispersion.
Thus, low spectral resolution of channel transfer function results.
An FTIR spectrometer simultaneously collects high spectral resolution data over a wide spectral range.
In other words, spectral resolution is enhanced but at the loss of temporal resolution.
Echelle grating with ultrahigh dispersion ; spectral resolution.
The excitation spectral resolution was 1 nm.
Ro-vibrational spectra are usually measured at high spectral resolution.
However, it does not need a spectral resolution but rather uses monochromatic light.
In other words, the camera has a high spectral resolution.
Despite having much higher spectral resolution than SpeX, iShell will be slightly smaller.
In general, this effect decreases the instrument spectral resolution.
The spectrograph 's spectral resolution will partially depend on the camera lens ' focal length.
Each spectrum was modelled according to a spectral resolution of 1 keV.
The spectral resolution is preferably the so-called Fourier resolution.
Generally, this action impairs the spectral resolution of the instrument.
It operated as an integral field spectrograph, combining spatial and spectral resolution.
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That resolution was adopted three decades ago
Acceptable and sustainable resolution of defence property
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Examples of using Spectral
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I could pour it into a spectral analyzer or something
Spectral characteristics of light source and receiver
This is the case for spectral transformations
