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BACKSCATTER is often related to the size of an object
BACKSCATTER is an authorized warranty repair center for all nikonos and aquatica equipment
BACKSCATTER is limited only to the work we performed and the repair of this work
BACKSCATTER is represented by light tones
BACKSCATTER is equally high in vv and hh polarisation
BACKSCATTER is avoidable
BACKSCATTER is reduced by throwing light on the subject while having minimal light pass between the subject and lens
BACKSCATTER is used to define the radiation returned to a receiver mounted adjacent to the laser transmitter
BACKSCATTER is quite strong and often found in linear features
BACKSCATTER is about
BACKSCATTER is to photograph using just the available light
BACKSCATTER is observed is found to be highly dependent on seasonal changes
BACKSCATTER is not associated with the optical feature
BACKSCATTER is completely unique to underwater photography and it's one of the most difficult problems to control as you can even encounter it in the clearest
BACKSCATTER is not a science journal
BACKSCATTER is especially effective because of the dual frequency nature of the topex altimeter
BACKSCATTER is well documented
BACKSCATTER is dark
BACKSCATTER is a measure of particles suspended in the water
BACKSCATTER is one of those modes
BACKSCATTER is a function of surface roughness
BACKSCATTER is light
BACKSCATTER is key information for any seafloor characterization procedure aimed at
BACKSCATTER is valid up to a level at which the BACKSCATTER is 90% of its asymptote then the maximum
BACKSCATTER is accompagnied by a corresponding decrease in coherence and a decrease in ers BACKSCATTER by a corresponding
BACKSCATTER is collected by the fbrm optics and converted into an electronic signal
BACKSCATTER is
BACKSCATTER is lower than from a
BACKSCATTER is acquired by sampling an individual time series for each beam in the system
BACKSCATTER is very stable compared to other
BACKSCATTER is a function of three input parameters
BACKSCATTER is probably caused by a combination of carbonate and methane hydrate on the surface or shallowly
BACKSCATTER is observed about the inland dome area above 3600 m elevation
BACKSCATTER is implemented by means of a negative viscosity which can cause numerical
BACKSCATTER is in general within a couple of db of what it should be
BACKSCATTER is routed by the antenna to the ses through waveguides
BACKSCATTER is defined as the scattering of particles at angels to the original direction of motion of greater than 90º
BACKSCATTER is affected by homogeneity
BACKSCATTER is reduced
BACKSCATTER is highly dependent on surface cover
BACKSCATTER is caused by strobe light reflecting off particles in the water
BACKSCATTER is calibrated to an absolute reflectance of the seabed in decibels
BACKSCATTER is the intensity of an acoustic pulse that is BACKSCATTERed off the seafloor back to the transducer
BACKSCATTER is defined as the fraction of sound energy reflected from the seabed high BACKSCATTER is usually attributed to rough surfaces
BACKSCATTER is in the research phase
BACKSCATTER is the term commonly used to describe the return of energy from the seabed to the receiver in an active sonar
BACKSCATTER is called the "BACKSCATTER cross section"
BACKSCATTER is less obvious at mooring ak1
BACKSCATTER is a patented
BACKSCATTER is especially effective in the detection of explosives
BACKSCATTER is very low by mirror reflection at transplanting time
BACKSCATTER is calculated as follows
BACKSCATTER is used to depthprofile layered structures for the purpose of measuring layer
BACKSCATTER is also observed from e region irregularities
BACKSCATTER is lighter in color than lower BACKSCATTER
BACKSCATTER is lighter gray shade
BACKSCATTER is spectrally similar to the laser linewidth
BACKSCATTER is associated with this subduction
BACKSCATTER is one of three high
BACKSCATTER is stationary; increasing prf will have little effect as individual BACKSCATTER
BACKSCATTER is primarily sensitive to the underlying soil conditions whereas in c and x bands
BACKSCATTER is added to the contribution from BACKSCATTER at the sea surface
BACKSCATTER is computed
BACKSCATTER is expected
BACKSCATTER is at its worst when using on
BACKSCATTER is not complicated by the presence of ice lenses
BACKSCATTER is only caused by molecules
BACKSCATTER is at least a factor
BACKSCATTER is an arbitrary scale ranging from 26 to 254
BACKSCATTER is received from the same location as the initial transmitted microwave signal
BACKSCATTER is computed with consideration of aerosol natural variability due to local wind speed
BACKSCATTER is probably due to high levels of temperature and/or salinity microstructure in kelvin
BACKSCATTER is transformed into a velocity estimated and the range gating allows to probe at different distances for the
BACKSCATTER is a sharp peak superposed at the central wavelengths of the doppler broadened molecular signal
BACKSCATTER is observed
BACKSCATTER is specific anisotropic radiowave
BACKSCATTER is thought to be a function of the angle of incidence of the acoustic wavefront to the sea
BACKSCATTER is rapid and nondestructive
BACKSCATTER is determined mostly by the roughness of the surface
BACKSCATTER is significant
BACKSCATTER is the blurry
BACKSCATTER is dependent upon atomic number and thickness
BACKSCATTER is most
BACKSCATTER is caused by the light from your strobe reflecting off of small particles floating in the water between the strobe and the subject
BACKSCATTER is close to 1
BACKSCATTER is sensitive to microstructural variations in acoustic impedance and should therefore provide information regarding architecture
BACKSCATTER is also not sufficiently robust at present due to the limited repeat availability of sar data which means data are
BACKSCATTER is described
BACKSCATTER is lighter
BACKSCATTER is linearly dependent on
BACKSCATTER is largely due the small centimeter waves on the surface