Loading ...
is immediately shorted out , causing the entire wave front to collapsethus preventingground wave propagation
Grid dispersionwill influencewave propagation
Negative permeabilitycan preventwave propagation
Another sunspot element ... asymmetry of the plasma environmentcould ... influencewave propagation
Comparison to other waves Effects of Permeability on Stoneley Wave Propagation Permeabilitycan influenceStoneley wave propagation
Sezawa Antisymmetric mode Effects of Permeability on Stoneley Wave PropagationEdit Permeabilitycan influenceStoneley wave propagation
alternating layers of hard and soft soil(passive) caused bywave propagation
bandwidth of emission and factorsinfluencingwave propagation
a pair of parallel plates(passive) created bywave propagation
Scatterers considerably smaller than a wavelengthwill influencewave propagation
explosion shock , soil liquefaction , and settlement(passive) caused byWave propagation
the fault zone in a more complex and 3-D medium(passive) influenced bywave propagation
an earthquake instead of manufactured by an air gun or by a vibrating truck used in marine and land seismic surveying , respectively(passive) is created bywave propagation
areas ... barrierscan influencewave propagation
because depth changes in deeper water are not expectedto significantly influencewave propagation
Strong cyclotron resonant dampingshould preventwave propagation
Islandscan influencewave propagation
the natural state , which must be understood(passive) influenced bywave propagation
explosives(passive) caused bypropagation of ground waves
a change in the light beams transmission medium(passive) caused bywave propagation
only those pile attributesinfluencewave propagation
regional geological heterogeneity(passive) caused bywave propagation
during the Theoretical investigation in classical electromagnetism(passive) was discoveredWave propagation
leak events(passive) caused bywave propagation
an initially spherical source in a geological material with multiple joint sets(passive) caused bywave propagation
the propagation analysis(passive) caused bywave propagation
events by clusters of RyR2 channels in myocytes.31To preventwave propagation
the dielectric properties of the soil surrounding the TDR probe(passive) caused bywave propagation
publicitycan causepropagation of wave
the blasting of the tunnel(passive) caused bywave propagation
The slotspreventwave propagation
The " legswill ... influencewave propagation
Anisotropy and anelastic dissipationinfluencewave propagation
seismic activity(passive) caused bywave propagation
The forcescausewave propagation
focal application of ATP(passive) triggered bywave propagation
LSM ... the microcosmic mechanismcauseswave propagation
selectively stimulating an astrocyte of the network for all the duration T = 200 s of the simulation(passive) was triggered bywave propagation
a curtainpreventswave propagation
the voltage - dependent calcium current(passive) triggered bywave propagation
multipath signal problems(passive) caused bymultipath signal problems
passage of particles therethroughto preventpassage of particles therethrough
the pressure variation(passive) caused bythe pressure variation
from the first bandresultingfrom the first band
an updraft flow on their front sides ... while wind – wave interactions influence the structure of the wind boundary layercausesan updraft flow on their front sides ... while wind – wave interactions influence the structure of the wind boundary layer
the degradation(passive) caused bythe degradation
the transient ground deformation(passive) caused bythe transient ground deformation
from the high degree bandresultingfrom the high degree band
from a shock type pressure loading as well as the stress magnitudes of the transmitted waves after passing through the respective polyurea materialsresultingfrom a shock type pressure loading as well as the stress magnitudes of the transmitted waves after passing through the respective polyurea materials
the problem(passive) caused bythe problem
to development of a new class of antenna named holographic antenna31leadingto development of a new class of antenna named holographic antenna31
from the impulsive loading which occurs by the direct impacts and when the node is struck against the anvilresultingfrom the impulsive loading which occurs by the direct impacts and when the node is struck against the anvil
from coefficient functions and scattering datainfluencedfrom coefficient functions and scattering data
in the next transient having a small amplituderesultingin the next transient having a small amplitude
the transmitted wave front(passive) caused bythe transmitted wave front
many decades(passive) set bymany decades
from epi - cardial ( top rowresultingfrom epi - cardial ( top row
to frost events in south americaleadingto frost events in south america
the medium vibration(passive) caused bythe medium vibration
early March(passive) caused byearly March
in a pressure gradient with positive pressure at the site of impact ( coupmay resultin a pressure gradient with positive pressure at the site of impact ( coup
RGCs separated by 800 - 1000 μm along the NT axis to have an increased probability of firing bursts that are offset in time when compared to RGCs located along the DV axis in WTcausesRGCs separated by 800 - 1000 μm along the NT axis to have an increased probability of firing bursts that are offset in time when compared to RGCs located along the DV axis in WT
the trouble(passive) caused bythe trouble
from large earthquakesresultingfrom large earthquakes
to the periodic inward movement of the cells and their accumulation in a multicellular aggregatethus leadsto the periodic inward movement of the cells and their accumulation in a multicellular aggregate
mutual dependencies of interference signals that refer to interference sources or the transmission signals from others not assigned to the base station under consideration Mobile stations go backcausedmutual dependencies of interference signals that refer to interference sources or the transmission signals from others not assigned to the base station under consideration Mobile stations go back
slow expansion of the substrate - attached cell surfacecausesslow expansion of the substrate - attached cell surface
These abrupt changes(passive) may be triggered byThese abrupt changes
a regime(passive) influenced bya regime
any amplitude and polarity distortions(passive) caused byany amplitude and polarity distortions
in spatial and temporal oscillations in cytosolic and nuclear Ca2 + concentrationresultedin spatial and temporal oscillations in cytosolic and nuclear Ca2 + concentration
the repolarization gradients(passive) created bythe repolarization gradients
to cause attenuation of signal due to neutralizationleadsto cause attenuation of signal due to neutralization
to cold event in tropical latitudes of South Americaleadingto cold event in tropical latitudes of South America
target site(passive) caused bytarget site
the damage(passive) could have been caused bythe damage
joints close or open under the in situ stressmay causejoints close or open under the in situ stress
to results that may vary from one establishment to anotherleadsto results that may vary from one establishment to another
locomotion(passive) caused bylocomotion
broken Just in dynamic Ethnological methodscan triggerbroken Just in dynamic Ethnological methods