Topics
polar motionWork
The theory of the Earth's rotation and the geophysical phenomena affecting it is examined. First principles are reviewed and the problem of polar motion and UT1 variations is formulated in considerable generality and detail. The effects of Earth deformations and the solid Earth tides are analyzed
International audienceThe "Descartes-Nutation" Project is devoted to the "understanding of the next ...
International audienceThe "Descartes-Nutation" Project is devoted to the "understanding of the next ...
Covering both astronomical and geophysical perspectives, this book describes changes in the Earth's ...
The geophysical causes and consequences of the Earth's rotation are reviewed. Specific topics covere...
Earth rotation is characterized by its angular speed and by the position of the rotation axis both i...
An analytical theory is developed to describe diurnal polar motion in the earth which arises as a fo...
Until recently, the methods of geodetic positioning on the Earth were limited to a precision of roug...
The study of the nonuniformity of the Earth's rotation and the motion of the poles has great practic...
A suitable knowledge of the orientation and motion of the Earth in space is a common need in various...
The use of satellite laser ranging in combination with other space geodetic techniques allows us to ...
The paper presents the short history, basic definitions problems and information flow of the Earth's...
The rotation of the Earth is not regular. It changes on virtually every timescale we know in both po...
The rotation of the Earth is not regular. It changes on virtually every timescale we know in both p...
A theory for the long-term rotational motion of the quasi-rigid Earth was constructed by numerical i...
The consequences of the earth's elasticity are examined for close-earth satellites. The ideas of pol...
International audienceThe "Descartes-Nutation" Project is devoted to the "understanding of the next ...
International audienceThe "Descartes-Nutation" Project is devoted to the "understanding of the next ...
Covering both astronomical and geophysical perspectives, this book describes changes in the Earth's ...
The geophysical causes and consequences of the Earth's rotation are reviewed. Specific topics covere...
Earth rotation is characterized by its angular speed and by the position of the rotation axis both i...
An analytical theory is developed to describe diurnal polar motion in the earth which arises as a fo...
Until recently, the methods of geodetic positioning on the Earth were limited to a precision of roug...
The study of the nonuniformity of the Earth's rotation and the motion of the poles has great practic...
A suitable knowledge of the orientation and motion of the Earth in space is a common need in various...
The use of satellite laser ranging in combination with other space geodetic techniques allows us to ...
The paper presents the short history, basic definitions problems and information flow of the Earth's...
The rotation of the Earth is not regular. It changes on virtually every timescale we know in both po...
The rotation of the Earth is not regular. It changes on virtually every timescale we know in both p...
A theory for the long-term rotational motion of the quasi-rigid Earth was constructed by numerical i...
The consequences of the earth's elasticity are examined for close-earth satellites. The ideas of pol...
International audienceThe "Descartes-Nutation" Project is devoted to the "understanding of the next ...
International audienceThe "Descartes-Nutation" Project is devoted to the "understanding of the next ...
Covering both astronomical and geophysical perspectives, this book describes changes in the Earth's ...
Add to ORKG