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Since the sensitivity of detecting spectral transitions increases with resolution, laser spectrometers are inherently more sensitive than conventional broadband source types.
But — and there is always a "but" — cable speeds can be affected by how many people are online at once and even by how close your connection is to your local broadband source.
In this spectrometer the sample is subjected to a broadband source of radiation, resulting in the production of an interferogram due to the absorption of specific components of the radiation.
Its ambiguity surfaces typically are incoherently averaged across frequency when performing matched field processing on a broadband source.
This method is deployed to optimise an absorber for a broadband source noise of bandwidth 900 Hz–1.8 kHz.
M. Lopatka et al. address the task of underwater broadband source localization based on modal filtering and features extraction.
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(2) Because the laser light in a given narrow frequency band is much more intense than virtually all broadband sources of light used in spectroscopy, the amount of fluorescent light emitted by the sample can be greatly increased.
Nevertheless, our method is designed for broadband sources.
Beampatterns of the eigenspace and sparse blocking matrices for L=4 broadband sources.
The SPM was designed to generate an EDOF compared to Gaussian broadband sources.
For broadband sources, the average insertion loss in a frequency range is optimized.
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