component frequency造句
例句與造句
- The Nyquist rate is twice the maximum component frequency of the function being sampled.
- This enables one to talk sensibly about signals whose component frequencies vary in time.
- In the second picture, it is a question of the relative phase of the component frequencies.
- The component frequencies of each burst are delayed by different amounts of time depending on the wavelength.
- The resulting complex waveform may have many component frequencies, and there is no requirement that they all bear a harmonic relationship.
- It's difficult to find component frequency in a sentence. 用component frequency造句挺難的
- For example, determining what component frequencies are present in a musical note would involve computing the Fourier transform of a sampled musical note.
- The CD-ROM breaks light up into it's component frequencies like a prism or spectrograph-and all you see is a single patch of yellow light.
- :To understand it properly you need to have a vague understanding of Fourier analysis, or at least the general idea that light can be broken up into component frequencies.
- When applying the Fourier transform to extract spectral information from a signal, we assume that each Fourier coefficient is a reliable representation of the amplitude and relative phase of the corresponding component frequency.
- Clicks last a mean of 1.38 ms with mean intervals of 43.74 ms and the component frequencies concentrate around 2.4 kHz, matching " Hamadryas " hearing capacity and being appropriate for the acoustic conditions of habitat.
- These two strongest component frequencies have simple arguments for which the Doodson system might appear needlessly complex, but each of the hundreds of other component frequencies can be briefly specified in a similar way, showing in the aggregate the usefulness of the encoding.
- These two strongest component frequencies have simple arguments for which the Doodson system might appear needlessly complex, but each of the hundreds of other component frequencies can be briefly specified in a similar way, showing in the aggregate the usefulness of the encoding.
- It is based on the principle that the astronomical theories of the motions of sun and moon determine a large number of component frequencies, and at each frequency there is a component of force tending to produce tidal motion, but that at each place of interest on the Earth, the tides respond at each frequency with an amplitude and phase peculiar to that locality.
- Precise usage depends on the precise choice of the component frequency definitions, whether or not five is added ( if not, the string might be called an Indicative Doodson Number ), and also, as some forces vary only slowly with time, a calculation once a month ( say ) might suffice so certain components might not be separated into additive terms following that variation.
- As the 100, 000-year periodicity only dominates the climate of the past million years, there is insufficient information to separate the component frequencies of eccentricity using spectral analysis, making the reliable detection of significant longer-term trends more difficult, although the spectral analysis of much longer palaeoclimate records, such as the Lisiecki and Raymo stack of marine cores and James Zachos'composite isotopic record, helps to put the last million years in longer term context.