A general method for the computation of Cartesian coordinates and partial derivatives of the two-body problem - Info and Reading Options
By Goodyear, W. H.
“A general method for the computation of Cartesian coordinates and partial derivatives of the two-body problem” Metadata:
- Title: ➤ A general method for the computation of Cartesian coordinates and partial derivatives of the two-body problem
- Author: Goodyear, W. H.
“A general method for the computation of Cartesian coordinates and partial derivatives of the two-body problem” Subjects and Themes:
- Subjects: ➤ Two-body problem - Computer programs - Carbon - Isotopes - Electron precipitation - Orbiting geophysical observatories - Solar radio bursts - X-ray sources, Galactic - X-ray astronomy - Cosmic background radiation - X-rays - Radio astronomy - Observations - Cosmic rays - Magnetospheric currents - Magnetosphere - Computer simulation - Symmetry (Physics) - Space and time - Gamma rays - Geodetic satellites - GEOS (Artificial satellite) - Cosmic magnetic fields - Geomagnetism - Magnetotails - Explorer XXXIII (Artificial satellite) - Magnetic properties - Explorer XXXV (Artificial satellite) - Interplanetary magnetic fields - Magnetic anomolies - Nucleosynthesis - Proton precipitation - Atmosphere - Effect of solar wind on - Solar wind - Wakes (Fluid dynamics) - Ovservations - Pioneer (Space probes) - Positrons - Astrodynamics - Mathematics - Mass spectrometry - Planets - Atmospheres - Research - Stars - Corona - Rotation - Solar cosmic rays - Auroras - Interplanetary medium - Solar magnetic fields - Solar flares - Relativistic Particles - Catalogs - Data processing - Heat - Natural Convection - Convection (Astrophysics) - Gamma ray bursts - Neutron stars - Evolution - Low mass stars - Radiative transfer - Double layers (Astrophysics) - Supergiant stars - Kerr effect - Angular momentum - Laser communication systems - Aerospace telemetry - Geomagnetic micropulsations - Magnetohydrodynamic waves - Magnetohydrodynamic instabilities - IMP (Artificial satellite) - Measurement - Cosmic ray variations - Double stars - Spectra - Plasmasphere - Jupiter probes - Exploration - Deuterium - Helium - Heavy nuclei - Interstellar matter - Spectral energy distribution - Magnetic storms - Auroral electrons - Atmospheric radiation - Magnetic fields - Gamma ray telescopes - Synchrotron radiation - X-ray bursts - Microwaves - Electron distribution - Energy bands - Exciton theory - Comets - Radio sources (Astronomy) - Albedo - Remote sensing - Solar radiation - Artificial satellites - Optical observations - Atmospheric effects - Syncom (Communications satellite) - Magnetospheric boundary layer - Models - Galactic cosmic rays - Nucleation - Cosmic grains - Upper air temperature - Atmospheric temperature - Gravitation - Relativity (Physics) - Iron Meteorites - Phosphides - Gravitational fields - Mathematical models - Orbits - Particles (Nuclear physics) - Radiation - Hubble Space Telescope (Spacecraft) - Blackbody radiation - Temperature and radiation - Open clusters - Galaxies - Motion in line of sight - Masses - Meteorites - Meteorite craters - Penetrometer - Lunar soil - Surface - Lunar geology - Photodissociation - Polar wandering - Carbonaceous chondrites (Meteorites) - Magnetite - Solar radio emission - Astrophysics - Plasma astrophysics - Radio waves - Scintillation - Tropospheric radio wave propagation - Sunspots
Edition Identifiers:
- The Open Library ID: OL7405804W
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