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... The authors used clinical dosimeters of 0.6 cc graphite thimble chamber with calibration jig and a re-entrant/well-type chamber to perform comprehensive measurements of half-life of iridium-192. There were six different iridium-192 radioisotopes taken one by one up to their clinical lifetime for mea ...
... The authors used clinical dosimeters of 0.6 cc graphite thimble chamber with calibration jig and a re-entrant/well-type chamber to perform comprehensive measurements of half-life of iridium-192. There were six different iridium-192 radioisotopes taken one by one up to their clinical lifetime for mea ...
Comparative Planetology
... to the magnetosphere? Slippage in ionosphere vs. potential regions? • What happens in the magnetotail? • Are plasma losses via ~steady, small-scale crossfield “drizzle” or occasional, large, plasmoid events? • What triggers disruptions? • What are the roles of Io’s volcanism vs. solar wind in ma ...
... to the magnetosphere? Slippage in ionosphere vs. potential regions? • What happens in the magnetotail? • Are plasma losses via ~steady, small-scale crossfield “drizzle” or occasional, large, plasmoid events? • What triggers disruptions? • What are the roles of Io’s volcanism vs. solar wind in ma ...
Level Energy Forces Waves Electricity and magnetism Matter Space
... between force and extension sound waves in air are b) Calculate the total resistance the arrangements of the Define and categorise longitudinal waves, and how of combinations of resistors atoms or molecules quantities as scalars and the speed of each may be in series. vectors. measured; describe c) ...
... between force and extension sound waves in air are b) Calculate the total resistance the arrangements of the Define and categorise longitudinal waves, and how of combinations of resistors atoms or molecules quantities as scalars and the speed of each may be in series. vectors. measured; describe c) ...
Polarimetric evidence of a white dwarf pulsar in
... dwarf spin and the beat periods, are also consistent with this emission being produced in the white dwarf magnetosphere, which is additionally modulated at the binary period. The spectral energy distribution (SED) in AR Sco (2, 21) shows a Sν ∝ ν α1 (α1 ∼ 1.3) self-absorbed power law spectral distri ...
... dwarf spin and the beat periods, are also consistent with this emission being produced in the white dwarf magnetosphere, which is additionally modulated at the binary period. The spectral energy distribution (SED) in AR Sco (2, 21) shows a Sν ∝ ν α1 (α1 ∼ 1.3) self-absorbed power law spectral distri ...
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... The Reynolds and Peclet numbers must be high enough to capture threedimensional, time-dependent evolution of the energy-containing and passive scalar variance-containing scales Scaling of the astrophysical phenomena to a laboratory experiment An extremely high Reynolds number flow CAN BE SCALED to ...
... The Reynolds and Peclet numbers must be high enough to capture threedimensional, time-dependent evolution of the energy-containing and passive scalar variance-containing scales Scaling of the astrophysical phenomena to a laboratory experiment An extremely high Reynolds number flow CAN BE SCALED to ...
Spots on Ap Stars
... the lower atmosphere, producing microwave emission • Electrons collide with ions, producing hard x-rays, white light emission from chromosphere • Chromospheric plasma heated to coronal temperatures, hot plasma flows up into the corona • Shock front moves downward to heat the photospheric base • As t ...
... the lower atmosphere, producing microwave emission • Electrons collide with ions, producing hard x-rays, white light emission from chromosphere • Chromospheric plasma heated to coronal temperatures, hot plasma flows up into the corona • Shock front moves downward to heat the photospheric base • As t ...
Thermal Bremsstrahlung - Ira-Inaf
... However, a classical treatment is justified in some regimes, and the formulas so obtained have the correct functional dependence for most of the physical parameters. Therefore, we first give a classical treatment and then state the quantum results as corrections (Gaunt factors) to the classical form ...
... However, a classical treatment is justified in some regimes, and the formulas so obtained have the correct functional dependence for most of the physical parameters. Therefore, we first give a classical treatment and then state the quantum results as corrections (Gaunt factors) to the classical form ...
Bulletin of the American Meteorological Society
... causing a shearing motion between solar plasma at different latitudes. At the equator, the solar synodic rotation period (i.e., the rotation period with respect to the Earth) is about 26 days, but at the poles it is nearly 36 days. But what is the rotation rate deep inside the Sun? To look inside th ...
... causing a shearing motion between solar plasma at different latitudes. At the equator, the solar synodic rotation period (i.e., the rotation period with respect to the Earth) is about 26 days, but at the poles it is nearly 36 days. But what is the rotation rate deep inside the Sun? To look inside th ...
File
... This resource guide has been produced in response to requests from staff who attended the NQ Sciences events at Hampden Stadium in December 2013. Those attending felt it would be useful to have a document which helped them navigate to the most relevant resources quickly. The following pages show the ...
... This resource guide has been produced in response to requests from staff who attended the NQ Sciences events at Hampden Stadium in December 2013. Those attending felt it would be useful to have a document which helped them navigate to the most relevant resources quickly. The following pages show the ...