spectral redundance - перевод на русский
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spectral redundance - перевод на русский

COLOR EVOKED BY A SINGLE WAVELENGTH OF LIGHT IN THE VISIBLE SPECTRUM
Spectral colour; Spectral colors; Monochrome radiation; Spectral locus; Spectral Locus; Non-spectral color; Extra-spectral color
  • when all colors of light are mixed together, they produce white]].
  • decomposition]] of white light into ''all'' of the spectral colors.
Найдено результатов: 194
spectral redundance      
спектральная избыточность спектральная избыточность
spectral color         

общая лексика

цветность

spectral density         
  • The spectral density of a [[fluorescent light]] as a function of optical wavelength shows peaks at atomic transitions, indicated by the numbered arrows.
  • The power spectrum of the measured [[cosmic microwave background radiation]] temperature anisotropy in terms of the angular scale. The solid line is a theoretical model, for comparison.
  • Spectrogram of an [[FM radio]] signal with frequency on the horizontal axis and time increasing upwards on the vertical axis.
  • The voice waveform over time (left) has a broad audio power spectrum (right).
RELATIVE IMPORTANCE OF CERTAIN FREQUENCIES IN A COMPOSITE SIGNAL
Signal frequency spectrum; Power spectrum; Spectral envelope; Power spectral density; Power-spectral density function; Spectral power density; Signal spectrum; Spectral edge frequency; Acceleration spectral density; W/Hz; DBm/Hz; Energy spectral density; Spectral density function; Spectral phase; Phase spectrum; Spectral distribution function; Spectral function; Cross-spectral density; Frequency spectrum; Spectral density (signal processing); Spectral energy density; Fluctuation spectrum; Fluctuation spectra; Amplitude spectral density; Amplitude spectrum; Cross power spectral density; Power spectra; Phase spectral density; Cross-power spectrum
монохроматическая плотность
signal spectrum         
  • The spectral density of a [[fluorescent light]] as a function of optical wavelength shows peaks at atomic transitions, indicated by the numbered arrows.
  • The power spectrum of the measured [[cosmic microwave background radiation]] temperature anisotropy in terms of the angular scale. The solid line is a theoretical model, for comparison.
  • Spectrogram of an [[FM radio]] signal with frequency on the horizontal axis and time increasing upwards on the vertical axis.
  • The voice waveform over time (left) has a broad audio power spectrum (right).
RELATIVE IMPORTANCE OF CERTAIN FREQUENCIES IN A COMPOSITE SIGNAL
Signal frequency spectrum; Power spectrum; Spectral envelope; Power spectral density; Power-spectral density function; Spectral power density; Signal spectrum; Spectral edge frequency; Acceleration spectral density; W/Hz; DBm/Hz; Energy spectral density; Spectral density function; Spectral phase; Phase spectrum; Spectral distribution function; Spectral function; Cross-spectral density; Frequency spectrum; Spectral density (signal processing); Spectral energy density; Fluctuation spectrum; Fluctuation spectra; Amplitude spectral density; Amplitude spectrum; Cross power spectral density; Power spectra; Phase spectral density; Cross-power spectrum

нефтегазовая промышленность

спектр сигнала

amplitude spectrum         
  • The spectral density of a [[fluorescent light]] as a function of optical wavelength shows peaks at atomic transitions, indicated by the numbered arrows.
  • The power spectrum of the measured [[cosmic microwave background radiation]] temperature anisotropy in terms of the angular scale. The solid line is a theoretical model, for comparison.
  • Spectrogram of an [[FM radio]] signal with frequency on the horizontal axis and time increasing upwards on the vertical axis.
  • The voice waveform over time (left) has a broad audio power spectrum (right).
RELATIVE IMPORTANCE OF CERTAIN FREQUENCIES IN A COMPOSITE SIGNAL
Signal frequency spectrum; Power spectrum; Spectral envelope; Power spectral density; Power-spectral density function; Spectral power density; Signal spectrum; Spectral edge frequency; Acceleration spectral density; W/Hz; DBm/Hz; Energy spectral density; Spectral density function; Spectral phase; Phase spectrum; Spectral distribution function; Spectral function; Cross-spectral density; Frequency spectrum; Spectral density (signal processing); Spectral energy density; Fluctuation spectrum; Fluctuation spectra; Amplitude spectral density; Amplitude spectrum; Cross power spectral density; Power spectra; Phase spectral density; Cross-power spectrum

математика

амплитудный спектр

spectral density function         
  • The spectral density of a [[fluorescent light]] as a function of optical wavelength shows peaks at atomic transitions, indicated by the numbered arrows.
  • The power spectrum of the measured [[cosmic microwave background radiation]] temperature anisotropy in terms of the angular scale. The solid line is a theoretical model, for comparison.
  • Spectrogram of an [[FM radio]] signal with frequency on the horizontal axis and time increasing upwards on the vertical axis.
  • The voice waveform over time (left) has a broad audio power spectrum (right).
RELATIVE IMPORTANCE OF CERTAIN FREQUENCIES IN A COMPOSITE SIGNAL
Signal frequency spectrum; Power spectrum; Spectral envelope; Power spectral density; Power-spectral density function; Spectral power density; Signal spectrum; Spectral edge frequency; Acceleration spectral density; W/Hz; DBm/Hz; Energy spectral density; Spectral density function; Spectral phase; Phase spectrum; Spectral distribution function; Spectral function; Cross-spectral density; Frequency spectrum; Spectral density (signal processing); Spectral energy density; Fluctuation spectrum; Fluctuation spectra; Amplitude spectral density; Amplitude spectrum; Cross power spectral density; Power spectra; Phase spectral density; Cross-power spectrum
спектральное разложение
cross-spectral density         
  • The spectral density of a [[fluorescent light]] as a function of optical wavelength shows peaks at atomic transitions, indicated by the numbered arrows.
  • The power spectrum of the measured [[cosmic microwave background radiation]] temperature anisotropy in terms of the angular scale. The solid line is a theoretical model, for comparison.
  • Spectrogram of an [[FM radio]] signal with frequency on the horizontal axis and time increasing upwards on the vertical axis.
  • The voice waveform over time (left) has a broad audio power spectrum (right).
RELATIVE IMPORTANCE OF CERTAIN FREQUENCIES IN A COMPOSITE SIGNAL
Signal frequency spectrum; Power spectrum; Spectral envelope; Power spectral density; Power-spectral density function; Spectral power density; Signal spectrum; Spectral edge frequency; Acceleration spectral density; W/Hz; DBm/Hz; Energy spectral density; Spectral density function; Spectral phase; Phase spectrum; Spectral distribution function; Spectral function; Cross-spectral density; Frequency spectrum; Spectral density (signal processing); Spectral energy density; Fluctuation spectrum; Fluctuation spectra; Amplitude spectral density; Amplitude spectrum; Cross power spectral density; Power spectra; Phase spectral density; Cross-power spectrum

математика

взаимная спектральная плотность

spectral envelope         
  • The spectral density of a [[fluorescent light]] as a function of optical wavelength shows peaks at atomic transitions, indicated by the numbered arrows.
  • The power spectrum of the measured [[cosmic microwave background radiation]] temperature anisotropy in terms of the angular scale. The solid line is a theoretical model, for comparison.
  • Spectrogram of an [[FM radio]] signal with frequency on the horizontal axis and time increasing upwards on the vertical axis.
  • The voice waveform over time (left) has a broad audio power spectrum (right).
RELATIVE IMPORTANCE OF CERTAIN FREQUENCIES IN A COMPOSITE SIGNAL
Signal frequency spectrum; Power spectrum; Spectral envelope; Power spectral density; Power-spectral density function; Spectral power density; Signal spectrum; Spectral edge frequency; Acceleration spectral density; W/Hz; DBm/Hz; Energy spectral density; Spectral density function; Spectral phase; Phase spectrum; Spectral distribution function; Spectral function; Cross-spectral density; Frequency spectrum; Spectral density (signal processing); Spectral energy density; Fluctuation spectrum; Fluctuation spectra; Amplitude spectral density; Amplitude spectrum; Cross power spectral density; Power spectra; Phase spectral density; Cross-power spectrum
огибающая спектра
spectral colors         

медицина

спектральные цвета

spectral color         
спектральный цвет

Определение

Broadening

Википедия

Spectral color

A spectral color is a color that is evoked by monochromatic light, i.e. either a single wavelength of light in the visible spectrum, or a relatively narrow band of wavelengths (e.g. lasers). Every wavelength of visible light is perceived as a spectral color; when viewed as a continuous spectrum, these colors are seen as the familiar rainbow.

All colors that do not qualify as a spectral color are called non-spectral colors or extra-spectral colors. Extra-spectral colors cannot be evoked with a single wavelength of light, but rather by a combination of wavelengths. Likewise, light comprising several wavelengths cannot evoke a spectral color.

Как переводится spectral redundance на Русский язык