Loading ...
Signal bounce and phase cancellation ... two phenomenacan ... influenceradio wave propagation in the field
even anomalies as small as one - eighth wavelengthcan causewave propagation issues
by changes due to absorption , reflection and refraction at the boundaries(passive) caused bywave propagation effects
changes due to absorption , reflection and refraction at the boundaries of the geological structures(passive) caused bywave propagation effects
by a wave following multiple paths(passive) caused bya wave 's propagation
the lower frequency of VHFcontributedto more ground wave propagation
by the crack(passive) caused bysurface wave propagation
by temporary Ionosphere conditions(passive) are caused bysky wave " propagation
the surface and built - up featuresinfluenceon radio wave propagation
by temporary Ionospheric conditions(passive) are caused bysky wave " propagation
by temporary Ionospheric conditions(passive) are causedsky wave " propagation
temporary Ionospheric conditions(passive) are caused bysky wave " propagation
Amateurshad discoveredsky wave propagation
the position and the height of the antenna(passive) is highly influenced byThe radio wave propagation
the factorsinfluencingthe radio wave propagation
intended to be used for communication(passive) was ... designedradio wave propagation
physical processesinfluencingocean wave propagation
Land Use / Land Cover describe the surface and built - up featuresinfluenceon radio wave propagation
by the weather(passive) caused byradio wave propagation
the lower atmosphereinfluencingradio wave propagation
so hugeinfluenceradio - wave propagation
Similar booksresultsRadio wave propagation
The awareness of these particlesinfluencesradio - wave propagation
The awareness of those particlesinfluencesradio - wave propagation
Clutter / Land Use / Land Cover describe the surface and built - up featuresinfluenceon radio wave propagation
by rain attenuation(passive) influenced heavily byradio wave propagation
prevailing atmospheric / troposcopic conditionsinfluenceradio wave propagation
a background flow field ... the simulationwill influenceacoustic wave propagation
these factorsinfluenceultrasonic wave propagation
the scale difference between km - size seismic waves and the sub - mm scale microstructuresinfluenceseismic wave propagation
rock propertiesinfluenceon seismic wave propagation
Permeabilitycan influenceStoneley wave propagation
The body of any materialwill influencethe electromagnetic wave propagation
by the damage(passive) caused byultrasonic wave propagation
by the anisotropy of the structure and ( 3 ) the full transducer dynamics(passive) caused byguided wave propagation
when , i.e.(passive) is very much influencedElectromagnetic wave propagation
Comparison to other waves Effects of Permeability on Stoneley Wave Propagation Permeabilitycan influenceStoneley wave propagation
the power action(passive) caused bypropagation of vibroacoustic waves
by water depth of channel , channel width , channel slope and angle of incident wave(passive) caused bythe wave propagation
attenuation along the propagation path(passive) is influenced byThe propagation of waves
a peak in the velocity profile during the first 20 pico - secondscausesa peak in the velocity profile during the first 20 pico - seconds
additional heating and plasma depletion than for O - mode propagation aloneto causeadditional heating and plasma depletion than for O - mode propagation alone
generallymay ... resultgenerally
alsocausesalso
from the load applicationresultingfrom the load application
variation of pressure ( of the mediumcausesvariation of pressure ( of the medium
an attenuation factor(passive) caused byan attenuation factor
to the enhanced antenna gain and the suppressed back radiationleadingto the enhanced antenna gain and the suppressed back radiation
to strong focusing of wavesleadto strong focusing of waves
to a good damping effectcontributesto a good damping effect
temperature variationcausestemperature variation
in a change in shear wave incidence angle and an inaccuracy inresultingin a change in shear wave incidence angle and an inaccuracy in
from a sourceoriginatesfrom a source
random change in an ocean surface slopecausesrandom change in an ocean surface slope
random change of ocean surface slopecausesrandom change of ocean surface slope
or intended to be used for communicationwas ... designedor intended to be used for communication
f < 2 MHz Diffractioncauses f < 2 MHz Diffraction
in a non - stationary channelresultsin a non - stationary channel
to catch all the electrical local noises ( off the notch directionleadto catch all the electrical local noises ( off the notch direction
random changecausesrandom change
in : Reflectionresultingin : Reflection
in : Reflection Scatteringresultingin : Reflection Scattering
from periodic heat sourcesresultingfrom periodic heat sources
deformation of the Earth surface that leads to distortion of particle beam trajectories that may cause divergence in the focus position in the collision zonecausesdeformation of the Earth surface that leads to distortion of particle beam trajectories that may cause divergence in the focus position in the collision zone
problems(passive) caused byproblems
problems(passive) caused byproblems
the problems(passive) caused bythe problems
the degradation(passive) caused bythe degradation
the degradation(passive) caused bythe degradation
to a different frequency range of operationleadingto a different frequency range of operation
a limb(passive) caused bya limb
the trouble(passive) caused bythe trouble
the trouble(passive) caused bythe trouble
from large earthquakesresultingfrom large earthquakes
the decrease of accelerationcausingthe decrease of acceleration
pipeline damage(passive) caused bypipeline damage
The devastation(passive) caused byThe devastation
to our understanding of light diffractionledto our understanding of light diffraction
to the decay and acceleration of energetic particles in the radiation beltscontributeto the decay and acceleration of energetic particles in the radiation belts
by the stonecausedby the stone