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Emission is mapped with
Emission is universal
Emission is inversely
Emission is observed in
Emission is dropping
Emission is the loss of an electron from a neutron in the
Emission is again on the table in marrakech as 180 countries come together under the
Emission is again on the table in marrakech as 180 countries come together under the auspices of the united nations to finalise an agreement
Emission is universal eg
Emission is inversely related to the temperature of the object
Emission is derived from the heat energy of the emitting object itself
Emission is different in these two categories
Emission is only the first step
Emission is mapped with atomic resolution
Emission is the predominant electron source technology in today's focused electron beam equipment including sem
Emission is obtained
Emission is a vision
Emission is believed to be negligibly polarized
Emission is observed in gain
Emission is a child attribute of
Emission is not understood
Emission is polarized
Emission is not sufficiently
Emission is coincident with a bright continuum point source
Emission is from ga vacancies within the n
Emission is present for window areas and for initial elo overgrowth regions where columnar gan is converted into single
Emission is about 288
Emission is generated by relatively low energy electrons spiraling in the jovian magnetic field
Emission is wideband and can be received anywhere in the receiver?s band
Emission is virtually always associated with active stellar phenomena
Emission is stretched into an ellipse
Emission is blue
Emission is much less clear
Emission is sufficiently bright to enable studies of molecules other than co
Emission is appeared quite regularily during the summer time and after the local noon
Emission is generally much
Emission is roughly proportional to the beam area
Emission is due to bremsstrahlung
Emission is composed of numerous dim point sources
Emission is a phenomenon associated with thin dielectric films deposited on a conducting substrate
Emission is
Emission is that it is stable in time
Emission is the loss of an electron from a neutron in the nucleus which yields one more proton in the nucleus
Emission is observed from dusty regions exposed to intense ultraviolet radiation
Emission is from the transportation system
Emission is necessary before using the iras data to estimate the fir
Emission is probably associated with the galaxy centered south
Emission is coincident with the continuum peak and elongated with a size of 300 au
Emission is elongated in the east
Emission is very extended and is very similar to that seen in low j transitions of 13 co
Emission is the process whereby gtk runs all handlers for a specific object and signal
Emission is detected by means of a piezoelectric transducer which is mounted in such a way that its resonant frequency
Emission is also seen weakly to the north
Emission is not an evidence for the existence of life because we know that there is no life on mars
Emission is highly circularly polarized
Emission is shown to be consistent with four
Emission is caused by bow shocks in the magellanic stream as it moves through a galactic
Emission is below 700nm
Emission is that stating that you can not accurately know time and energy at the same
Emission is being detected from a variety of stellar objects and their associated winds
Emission is very low; to be recorded correctly it must generally be integrated over a fairly large surface
Emission is thus proportional to the number of atoms in the excited state
Emission is seen in all eight slits
Emission is 573 nm
Emission is good but not exact and the case for the gradual white
Emission is high
Emission is believed to be generated from a coupling of these langmuir waves by the same plasma Emission mechanisms as type iii solar radio bursts
Emission is very promising for
Emission is calculated considering the carryover of the combustion unit type and the specified efficiency of the particle collector
Emission is in the upper
Emission is a very uncommon process in nature but it is central to the operation of lasers
Emission is a nuclear decay process
Emission is displayed in greyscale
Emission is concentrated near the poles
Emission is again concentrated into two bright knots
Emission is localized in a preferred region of the jet
Emission is not attenuated by the dust and gas that enshroud galactic nuclei and often make study with optical telescopes very difficult
Emission is symmetric
Emission is collected at 530 nm
Emission is parameterized for each of 12 longwave bands
Emission is still possible for photon energies up to 3
Emission is more important at the longer wavelengths m
Emission is from the scattering of free electrons in interstellar plasmas
Emission is di t
Emission is more important at the longer wavelengths
Emission is found south
Emission is more extended than the velocity distribution
Emission is also detected from the center
Emission is diffuse
Emission is found to increase as
Emission is clearly detected
Emission is often overwhelmed by companion stars
Emission is coded as red
Emission is probably not due to illumination
Emission is generally comprised by several transverse modes and a multitude of longitudinal modes in each transverse mode
Emission is located in a large central region with branches of fainter Emission extending outwards from it
Emission is a pattern in which the semen of a man emits frequently without making sexual activities
Emission is related to the same Emission measure ; however
Emission is said to be incoherent
Emission is resolved out
Emission is dominated by hot gas