Coherent light propagation is described by the Fresnel-Kirchoff integral: where the distance, r, is between (x f,y f,z f), the field coordinates, and (x p,y p,0), the pupil coordinates.
This prediction is validated by atomistic simulations of crack propagation along coherent GBs, including Σ3(1¯11) and Σ11(1¯13).
The phase difference for coherent fluctuations indicates a propagation direction away from local geomagnetic noon and midnight.
Voltage-sensitive dye imaging (VSDI) is the best-suited method for imaging fast propagation of coherent population activity in the neocortex [1] and other excitable tissues [2], [3], and in patterned growth cardiac myocyte networks in culture [4], [5].
Because the SOS response is a genetic repair pathway that works in conjuction with other cellular repair pathways, a proper understanding of the SOS response is important for developing a coherent theory of mutation-propagation that will be useful for understanding the emergence of antibiotic drug resistance in bacteria, and cancer in multicellular organisms [2] [4].
The spatial distribution of the spectra clearly indicates that the wave amplitude of coherent elements increases during the propagation away from the equator and clarifies that the rising tone of each element is already formed at the equator.
The partially coherent field can be propagated by use of the mutual coherence function in a similar way to the solution of diffraction problems by propagation of the complex amplitude.
These data enter for a semi-coherent calculation of the wave propagation and of the local generation rate in the thin film stack.
In practical, highly correlated or coherent signals are everywhere in multipath propagation environments due to reflection and refraction of source signals.
The prediction of acoustic propagation from a monofrequency coherent line source in a cutting with impedance boundary conditions over a noise-screen onto surrounding flat grassland is presented.
