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Time and the Earth’s Rotation

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Table of Contents

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    Book Overview
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    Chapter 1 Introduction: The Future of the Researches About the Earth’s Rotation
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    Chapter 2 Basic Problems in the Kinematics of the Rotation of the Earth
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    Chapter 3 A New State Time and Frequency Standard of the USSR
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    Chapter 4 A New Method of Universal Time Computation Used in the State Time and Frequency Service of the USSR
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    Chapter 5 On the Determination of UT1 by the BIH and the U.S.S.R. Time Service
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    Chapter 6 Etude D’observations Effectuees a L’astrolabe De Paris ET Comparaison AVEC D’autres Resultats Concernant Les Termes Principaux De La Nutation
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    Chapter 7 A New System of the U.S.S.R. Standard Time for 1955 – 1974 and Its Application in the Study of the Earth’s Rotation
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    Chapter 8 An Analysis of the Rotational Acceleration of the Earth
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    Chapter 9 New Determination of the “Decade” Fluctuations in the Rotation of the Earth 1860–1978
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    Chapter 10 On the Long-Period Variations in the Rate of the Earth’S Rotation
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    Chapter 11 Main Results of Studying the Nature of the Irregularity of the Earth’s Rotation
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    Chapter 12 Some Advantages and Disadvantages of a Photographic Zenith Tube
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    Chapter 13 Tidal Perturbations in Astronomical Observations
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    Chapter 14 Polar Motion and Earth Rotation Monitoring in Canada
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    Chapter 15 Polar Coordinates and UT1 — UTC from PZT Observations
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    Chapter 16 (α-2L) Terms as Obtained from PZT Observations
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    Chapter 17 Etude Succinte Du Catalogue Fondamental FK4 a Partir Des Observations Faites a L’astrolabe
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    Chapter 18 On the Coordinate Systems Used in the Study of Polar Motion
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    Chapter 19 Derivation of Pole Coordinates in a Uniform System from the Past ILS Data
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    Chapter 20 On the Computation of Accurate Earth Rotation by the Classical Astronomical Method
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    Chapter 21 On the Relative Motion of the Earth’s Axis of Figure and the Pole of Rotation
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    Chapter 22 Secular Variation of Tashkent Astronomical Latitude
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    Chapter 23 Coordinates of the Pole for the Period 1968 – 1974 Computed in the System of 10 Stations with Small Variations of Mean Latitudes
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    Chapter 24 Amelioration Des Calculs De Reduction Des Observations a l’Astrolabe. Application a la Determination Des termes de 18.6 ET 9.3 ANS De La Nutation
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    Chapter 25 Time and Latitude Programs at the National Observatory of Brazil
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    Chapter 26 Preliminary Analysis of Astrolabe Observations at Merate Observatory During the Period 1970–1977
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    Chapter 27 The Longitude Difference Merate — Milano Derived from Danjon Astrolabe Observations by Means of an One Step Adjustment Using an Extended Model
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    Chapter 28 Velocity of the Motion of the Terrestrial Pole
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    Chapter 29 The Reference Systems
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    Chapter 30 The Ephemeris Reference Frame for Astrometry
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    Chapter 31 Nutation in Space and Diurnal Nutation in the Case of an Elastic Earth
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    Chapter 32 Concept for Reference Frames in Geodesy and Geodynamics: The Reference Directions
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    Chapter 33 An Introduction to Radio Interferometric Techniques
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    Chapter 34 The Application of Radio Interferometric Techniques to the Determination of Earth Rotation
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    Chapter 35 An Improved Polar Motion and Earth Rotation Monitoring Service using Radio Interferometry
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    Chapter 36 Determination of UT1 and Polar Motion by the Deep Space Network using very Long Baseline Interferometry
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    Chapter 37 The NAVOBSY/NRL Program for the Determination of Earth Rotation and Polar Motion
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    Chapter 38 Recent Results of Radio Interferometric Determinations of a Transcontinental Baseline, Polar Motion, and Earth Rotation
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    Chapter 39 Precision Estimates of Universal Time from Radio-Interferometric Observations
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    Chapter 40 Determination of Polar Motion and Earth Rotation from Laser Tracking of Satellites
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    Chapter 41 Polar Motion from Laser Range Measurements of GEOS-3
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    Chapter 42 Low Cost Lageos Ranging System
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    Chapter 43 On the Effective use of Lunar Ranging for the Determination of the Earth’s Orientation
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    Chapter 44 Is Lunar Ranging a Viable Component in a Next-Generation Earth Rotation Service?
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    Chapter 45 Preliminary UTO Results from Erold Data
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    Chapter 46 Polar Motion Through 1977 from Doppler Satellite Observations
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    Chapter 47 Irregularities of the Polar Motion
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    Chapter 48 Reasons and Possibilities for an Extended use of the Transit System
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    Chapter 49 Very First Results of the MEDOC Experiment
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    Chapter 50 The Geophysical Interpretation of Changes in the Length of the Day and Polar Motion
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    Chapter 51 Estimation of the Parameters of the Earth’s Polar Motion
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    Chapter 52 Rotational Velocity of an Earth Model with a Liquid Core
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    Chapter 53 On Investigations Of the Tidal Waves M f and M m
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    Chapter 54 Oceanic Tidal Friction: Principles and New Results
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    Chapter 55 The Stability of Continental Blocks in Seismically Active Regions
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Title
Time and the Earth’s Rotation
Published by
Springer Netherlands, December 2012
DOI 10.1007/978-94-009-9368-6
ISBNs
978-9-02-770893-9, 978-9-40-099368-6
Editors

McCarthy, Dennis D., Pilkington, John D. H.

Mendeley readers

Mendeley readers

The data shown below were compiled from readership statistics for 2 Mendeley readers of this research output. Click here to see the associated Mendeley record.

Geographical breakdown

Country Count As %
Unknown 2 100%

Demographic breakdown

Readers by professional status Count As %
Student > Ph. D. Student 1 50%
Student > Bachelor 1 50%
Readers by discipline Count As %
Veterinary Science and Veterinary Medicine 1 50%
Earth and Planetary Sciences 1 50%