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1 ating long-ranging trajectories that enhance spatial dispersion.
2 tation, wherein plasma frequency exhibits no spatial dispersion.
3  magnitude improvement over the state-of-art spatial-dispersion-based spectroscopy in terms of the fr
4                                              Spatial dispersion (Delta APD and Delta slope of APD res
5 entification of each heavy metal ion on a 3D spatial dispersion graph.
6                                  The initial spatial dispersion is maintained throughout the flight p
7                                              Spatial dispersion modeling revealed that storage tanks
8                                              Spatial dispersion of action potential duration (APD) is
9 ination of infection, reflected by increased spatial dispersion of bacteria and lower proportions of
10 ependently and synergistically increased the spatial dispersion of conduction velocity, but not the a
11 d DER values, which was probably a result of spatial dispersion of conduction velocity.
12  wide range of enemy host breadths result in spatial dispersion of defence traits, at both landscape
13  relation between r and f and both speed and spatial dispersion of disease spread.
14  viral expansion, rapid late decay, and wide spatial dispersion of HSV replication during episodes.
15 nifest Coulombic effects contributing to the spatial dispersion of ions traveling in the IMS drift tu
16 a were used to investigate the evolution and spatial dispersion of K. pneumoniae in support of hospit
17 are indistinguishable from specific forms of spatial dispersion of permittivity at optical frequencie
18 ause of electron confinement, leading to the spatial dispersion of plasma frequency.
19 mature stimuli maximized dynamically induced spatial dispersion of refractoriness and predisposed the
20                                     Reducing spatial dispersion of refractoriness by modulating resti
21                          Verapamil decreased spatial dispersion of refractoriness by reducing action
22  Since the substrate for conduction block is spatial dispersion of refractoriness, in this study we i
23                                              Spatial dispersion of refractoriness, which is amplified
24 r which the computer model predicted maximal spatial dispersion of refractoriness.
25                     Sympathetic activity and spatial dispersion of repolarization (DOR) have been imp
26               Maximizing dynamically induced spatial dispersion of repolarization appears to be an ef
27 s was primarily due to the greater degree of spatial dispersion of repolarization during alternans th
28 for the first time in vivo, the existence of spatial dispersion of repolarization in the ventricular
29 seline pacing, APD gradients that produced a spatial dispersion of repolarization were observed.
30 ellular, whole-heart, and human studies with spatial dispersion of repolarization, alternans of cellu
31 e to infringement of a focal activity on the spatial dispersion of repolarization, resulting in funct
32 t repolarizing current amplify the intrinsic spatial dispersion of repolarization, thus creating the
33         SDA gives rise to an increase in the spatial dispersion of repolarization, which is thought t
34                          This method employs spatial dispersion of temporally stretched broadband opt
35                 Analysis of the temporal and spatial dispersion of the transients indicates that the
36 asmic reticulum Ca(2+) release and increased spatial dispersion of the transverse tubules (TTs).
37               We conclude that the increased spatial dispersion of the TTs and orphaned RyRs lead to
38              MVR determines the temporal and spatial dispersion of transmitter, controls the extent o
39 me/warped stretch transformation and (2) the spatial dispersion of ultrashort optical pulse, which ar
40 ispersion was originally proposed to measure spatial dispersion of ventricular recovery times.
41                                              Spatial dispersions of CI (36+/-5 versus 34+/-3 ms) and
42 myocytes (ie, discordant alternans), causing spatial dispersions of repolarization that form the subs
43 oupled with sinus activity, produced dynamic spatial dispersions of repolarization, including discord
44 ios were constructed to reproduce real-world spatial dispersion patterns that could prove challenging
45 g mechanism for particle trajectories with a spatial dispersion that is inherently minimized by the o
46 platforms with planar waveguide sections for spatial dispersion, they face limitations in achieving f
47           We show that, although patterns of spatial dispersion throughout Africa varied, the evoluti
48 rticles with both poor size distribution and spatial dispersion were stretched into uniformly dispers