Article
Open Access
Orientation of the Geometrically Best fitting Triaxial Lunar Ellipsoid with Respect to the Mean Earth/Polar Axis Reference Frame
-
H. Iz
Published/Copyright:
December 15, 2010
Published Online: 2010-12-15
Published in Print: 2011-3-1
Articles in the same Issue
- Foreword
- A Numerical Study of the Analytical Downward Continuation Error in Geoid Computation by EGM08
- Discrete Spherical Harmonic Transforms for Equiangular Grids of Spatial and Spectral Data
- Planar, spherical and ellipsoidal approximations of Poisson's integral in near zone
- The Integration of TLS and Continuous GPS to Study Landslide Deformation: A Case Study in Puerto Rico
- Least Squares Spectral Analysis for Detection of Systematic Behaviour of Digital Level Compensator
- N-dimensional B-spline surface estimated by lofting for locally improving IRI
- Orientation of the Geometrically Best fitting Triaxial Lunar Ellipsoid with Respect to the Mean Earth/Polar Axis Reference Frame
- Comprhensive Approach to the Analysis of the 3D Kinematics Deformation with appliction to the Kenai Peninsula
- Poisson Downward Continuation Solution by the Jacobi Method
- A contemporary perspective of geoid structure
Keywords for this article
Euler angles;
lunar figure;
lunar laser altimetry;
lunar orientation;
Chang'E-1;
SELENE;
ULCN 2005
Articles in the same Issue
- Foreword
- A Numerical Study of the Analytical Downward Continuation Error in Geoid Computation by EGM08
- Discrete Spherical Harmonic Transforms for Equiangular Grids of Spatial and Spectral Data
- Planar, spherical and ellipsoidal approximations of Poisson's integral in near zone
- The Integration of TLS and Continuous GPS to Study Landslide Deformation: A Case Study in Puerto Rico
- Least Squares Spectral Analysis for Detection of Systematic Behaviour of Digital Level Compensator
- N-dimensional B-spline surface estimated by lofting for locally improving IRI
- Orientation of the Geometrically Best fitting Triaxial Lunar Ellipsoid with Respect to the Mean Earth/Polar Axis Reference Frame
- Comprhensive Approach to the Analysis of the 3D Kinematics Deformation with appliction to the Kenai Peninsula
- Poisson Downward Continuation Solution by the Jacobi Method
- A contemporary perspective of geoid structure
