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spectral component

In telecommunications, spectral component is any of the waves that range outside the interval of frequencies assigned to a signal. Any waveform can be disassembled into its spectral components by Fourier analysis or Fourier transformation. The length of a pulse thereby is determined by its complex spectral components, which include not just their relative intensities, but also the relative positions (spectral phase) of these spectral components. Wikipedia, Spectral Component

Spectra of Elements

Some Basic Waveforms and their constituent aliquot parts
Figure 8.14 - Some Basic Waveforms and their constituent aliquot parts


Dougald Carmichael Ramsay
"Partials - Harmonics, so called because they are the parts of a sound." [Scientific Basis and Build of Music, page 63]


Schauberger
The outcome of this incessant reciprocal activity on the one hand is the reconstitution of the various kinds of water present in the individual zones, and on the other, the constant transformation of the species of vegetation in which water makes its way, ceaselessly moved by this inner interplay of forces. This inner, energetic interaction, however, is opposed by the effect of the water's weight. The alternating magnitudes of these component forces inevitably lead to the constant rising and falling of the water particles - the so-called pulsation of water. Every new formation and all growth is derived from the smallest beginnings. Continuing development in the early stages can only be accomplished if the circulation in the Earth's interior proceeds correctly. According to inner law, every higher form of vegetation is built up from the lower species preceding it. The carrier of the substances and the transmitter of the life-processes in the root-zone is the groundwater. The impulse for its movement is caused by a drop in temperature, to which the inner metabolic processes of the here decisive groups of basic elements give rise. The impulse for the movement of water is thus a product of the interactions between the opposites contained within it, which find their necessary resistance in the water itself. Through the resistance arising from the interactions between carbone and oxygen, fluctuations in temperature again occur and with them the impulse to move - the pulsation of water, which in this way at times dissolves salts and at others deposits them, transports them, creates energies and transforms them. The sense and purpose of these perpetual transformation processes is the creation and maintenance of the various types of vegetation and physical forms, which on their part again represent the bridges for the build-up and maintenance of the energies. [The Energy Evolution - Harnessing Free Energy from Nature, Conclusions]

See Also


432
Constituent
Fast Fourier Transform
partial
harmonic waveforms
harmonics
overtone
Table 11.05 - Comparison of Scale Structural Components and Relations
waveform


See Also


aliquot
Chart of Locked Potentials
Crab Nebular Spectral Views
Eighteen Attributes or Dimensions
Figure 12.04 - Locked Potential Points Relations and Descriptions
Figure 12.10 - Russells Locked Potential Wave
Figure 12.11 - Russells Locked Potential Full Ten Octave Gamut
Figure 9.12 - Scale of Locked Potentials over Time
Heaviside Component
Heaviside energy flow component
Locked Potentials and Subdivisions
Locked Potentials and the Square Law
Part 12 - Russells Locked Potentials
Phase
Scale of Locked Potentials
Spectra
Table 11.05 - Comparison of Scale Structural Components and Relations
3.22 - Quantum Leap Delta equivalent to Locked Potentials Delta
4.10 - Component Dynamics of Quantum Construction
8.6 - Wave Form Components
9.30 - Eighteen Attributes of a Wave
12.01 - Scale of Locked Potentials
12.04 - Locked Potentials and the Square Law
12.11 - Eighteen Attributes or Dimensions

Created by Dale Pond. Last Modification: Tuesday August 20, 2024 10:39:03 MDT by Dale Pond.