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Keyword [Earth's]
Result: 181 - 200 | Page: 10 of 10
181. Low-dimensional dynamics of the earth's magnetosphere
182. A high-pressure and high-temperature study of serpentine and its implications to Earth's lower mantle
183. The origin of the suprathermal seed population for Fermi acceleration of ions at the Earth's bow shock
184. I.~High pressure melting of gamma-iron and the thermal profile in the earth's core. II.~High pressure, high temperature equation of state of fayalite (Fe(2)SiO(4))
185. Silicate garnet studies at high pressures: A view into the Earth's mantle
186. The three-dimensional shear-wave velocity structure of the Earth's lower-most mantle
187. Plasma waves near the Earth's bow shock and in the distant magnetotail
188. Temporal and Petrological Constraints of Ultrahigh-Pressure Metamorphism And Exhumation of Crustal Material From Mantle Depths To Earth's Surface: Insights From A Large And Small UHP Terrane
189. Design of miniaturized Time-of-Flight reflectron mass spectrometer for upper atmosphere density measurements
190. Properties of the plasma mantle in the earth's magnetotail
191. GLOBAL OZONE AND SOLAR ULTRAVIOLET-B RADIATION DETECTION USING REMOTE SENSING (RADIATIVE TRANSFER MODEL)
192. Nonlinear models from time series: The earth's mean surface temperature
193. Ring and nongyrotropic distributions in the Earth's magnetosphere
194. Experiments with superfluid oscillators: Design and microfabrication of a superfluid gyroscope; modulation of a helium-4 rf SQUID analog by the earth's rotation; vortex nucleation in superfluid helium-4
195. The Earth's upper mantle: Its structure beneath North America and the 660-km discontinuity beneath northern Europe
196. Analysis of Galileo energetic particle detector observations of Earth's geomagnetically trapped protons
197. The gravitational potential energy of the Earth's lithosphere
198. Modification of the Earth's ionosphere by very-low-frequency transmitters
199. The interaction of upper-tropospheric water vapor and the earth's infrared radiation field
200. Two novel approaches to navigation using the Earth's gravity and magnetic fields
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