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Terrestrial Time
Ast 443 / Phy 517
Astronomical Time Keeping file:///Media/TOSHIBA/Times.Htm
Governing the Time of the World Written by Tim Stevens
TIME 1. Introduction 2. Time Scales
Earth Rotation Changes Since −500 CE Driven by Ice Mass Variations ∗ Carling Hay A,B, , Jerry X
IAU) and Time
Mccarthy D. D.: Evolution of Time Scales
GPS and Leap Seconds Time to Change?
Development of a Pulsar-Based Timescale
TIME in the 10,000-YEAR CLOCK (Preprint) AAS 11-665
Pulsars and Terrestrial Time Standards
IAU 2006 Resolution B3
Conception, Definition and Realization of Time Scale in GNSS
1 CHAPTER 7 TIME in This Chapter We Briefly Discuss the Several Time
SOFA Time Scale and Calendar Tools
Preprint-523
Atomic Time-Keeping from 1955 to the Present
A Three-Dimensional Model Made of Curves and Cones
Top View
Division a / Functional Working Group Time Metrology Standards (Tms) Standards De Metrologie´ Du Temps
The Concept of Time in Navigation
General Relativistic Models for Time, Coordinates and Equations of Motion
(CCTF), Considering
The Leap Second: Its History and Possible Future
Astrophysical Techniques Lecture 1B: Time and Space-Based Observing
Legislative Specifications for Coordinating with Universal Time*
Ccsds-500.0-G-4
Extending Coordinated Universal Time to Dates Before 1972∗
Fundamental Concepts
Recommendation on the Definition of Time-Scales the Consultative
2 Reference Systems
The Mean-Solar-Time Origin of Universal Time and Utc Aas
SOFA Time Scale and Calendar Tools
Astronomical Time Standards & Conversions
GPS and Leap Seconds: Time to Change?
SOFA Time Scale and Calendar Tools
Naspi Technical Report Leap Second Effects on Synchrophasor Systems
Terrestrial Reference Systems and Frames
Viewgraph: My Prognosis