Atmospheric Excitation of Earth Rotation: Studies From and Earth System Science Perspective
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Engineering topics
Publications and source records attributed to Marcus, S..
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A two-layer shallow-water model with R15 truncation and topographic forcing is used to study intraseasonal variability in the Northern Hemisphere's (NH) extratropical atmosphere.
The impact of the 1997-1998 ENSO event is presented in context of Earth-atmosphere angular momentum exchange utilizing length of day (LOD), Southern Oscillation Index (SOI) and atmospheric angular momentum (AAM) data from 1970 to 1998; comparisons are made with previous events.
The oceans have a major impact on global geophysical processes of the Earth.
In this paper we present a closed-form solution for vibrational imperfection sensitivity the effect of small imperfections on the vibrational frequencies of perturbed motion around the static equilibrium state of Augusti's model Structure (a rigid link, pinned at one end to a rigid foundation and supported at the other by a linear extensional spring that retains its horizontality, as the system deflects). We also treat a modified version of that model with attendant slightly different dynamics. It is demonstrated that the vibrational frequencies decreases as the initial imperfections increase.
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Variability of the total solar irradiance is a potential contributor to changes in global mean temperature on time scales longer than the relaxation time of the upper ocean.
The 1982-83 El Nino/Southern Oscillation (ENSO) event was accompanied by the largest interannual variation in the Earth's rotation rate on record.
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Fine structure of excited P states of Li measured for magnetic fields in proton NMR frequency using level crossing and Zeeman effect
Low field and high field hyperfine structure and lifetimes of excited P states of Li using level crossing spectroscopy
7P terms of excited chromium configurations examined, using level crossing and double resonance spectroscopy, noting core polarization
Values for contribution of core polarization to hyperfine structure of excited states of chromium compared theoretically and experimentally, extracting core contributions to magnetic field
Level-crossing spectroscopy with electric field, Stark shift of 3P term of lithium subject to electric and magnetic field
Electronic and nuclear properties of excited chromium isotopes using level crossing and double resonance spectroscopy techniques