Amplitude of wave

Attenuation is, in most general sense, reduction in concentration, densityjeffectiveness, etc. It is also a general term for the decrease in amplitude of waves of various kinds as they progress... 

Figure 3.51 Pumping with flexural-wave device. Data velocity measured from video recorded motion of polystyrene spheres vs amplitude of wave motion. Solid line theoretical values based on acoustic streaming theory. (Reprimed with permission. See Ref. [74). 1989...

The amplitude of waves scattered by nuclei is given by an equation of the form... 

How does the laboratory experiment described above resemble isomorphous replacement with protein crystals and X rays. Actually it is the same. It is illustrated in Figure 8.3. The crystal is our laboratory bench and the X-ray film or detector serves the same purpose as our audience applause meter it measures the amplitude of waves. What are the other analogous... 

Destructive interference A decrease in amplitude of waves resulting from the superposition of two or more wave fronts that are not in phase with one another. 

The reflectance spectra in the wide range of wavenumbers from 400 cm to 30000 cm at the angle of light incidence of 20 for the stractures under study are given in Fig. 1. The spectra have the following common features (i) the interference maxima and minima their position is described using (2)-(4) (ii) the amplitude of waves, reflected both from the front and opposite surfaces of por-Si layer is damped at the increasing of wavenumber. 

The magnitude is given on the Richter scale, which was developed in 1935 by Charles F. Richter of the California Institute of Technology as a mathematical device to compare the size of earthquakes. The magnitude of an earthquake is measured by the logarithm of the amplitude of waves recorded by seismographs. Adjustments are included for the variation in the distance between the various seismographs and the epicenter of the earthquake. On... 

H is the double amplitude of wave Yo, is the unit weight of water... 

Where y = J R+ jcoL) (jcoC) is the propagation constant. and Eq are the amplitudes of waves that propagate in the positive and negative directions (+x and x directions), respectively. 

Phase sign (Section 1.9) Signs, either -b or —, that are characteristic of all equations that describe the amplitudes of waves. 

Note that Eqs. 5.9-5.11 tell us nothing about the amplitude of waves and the intensity of scattering because we used only the momentum conservation law. 

Joint density of states Ruderman-Kittel-Kasuya-Yosida coupling energy the Fourier transform of /(Jf) with wave vector q. amplitude of wave vector, or imaginary part of index of refraction... 

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