Electromagnetic Distance Measurement / / International Association of Geodesy.

Electromagnetic distance measurement, by using light and microwaves for direct linear measurements and thus circumventing the need for traditional methods of triangulation, may well introduce a new era in surveying. This book brings together the work of forty-eight geodesists from twenty-five countr...

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Superior document:Title is part of eBook package: De Gruyter University of Toronto Press eBook-Package Archive 1933-1999
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Place / Publishing House:Toronto : : University of Toronto Press, , [2019]
©1967
Year of Publication:2019
Language:English
Series:Heritage
Online Access:
Physical Description:1 online resource (464 p.)
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Other title:Frontmatter --
Foreword --
Contents --
Opening Ceremony --
General Subjects and Reports --
EDM Research in Austria --
Electromagnetic Distance Measurements in Finland --
The Caithness Base Investigation --
Report on Polish Electromagnetic Distance Measurements Programme --
Electromagnetic Distance Measurement in the US Geological Survey --
Zur Elektronischen Messung sehr langer Entfernungen (50-120 km) mit dem Electrotape DM-20 --
Propagation Problems --
Microwave Reflection Problems --
Some Aspects of the Meteorology and Refractive Index of the Air near the Earth's Surface --
Multiple Meteorological Observations Applied to Microwave Distance Measurement --
Some Results of Microwave Refraction Measurements over Snow and Ice Fields --
The Meteorological Conditions of Electromagnetic Wave Propagation above the Sea --
On the Path Curvature of Electromagnetic Waves --
Multiple Wavelength Optical Distance Measurements --
The Use of Atmospheric Dispersion for the Refractive Index Correction of Optical Distance Measurements --
Microwave Systems --
The Tellurometer Model MRA-101 --
Principles and Performance of a High-Resolution 8-mm-Wavelength Tellurometer --
Tellurometer Zero Error --
Electro-Optical Systems --
The AGA Geodimeter Model 6 --
First Experiences of the Model 6 Geodimeter in the Field --
The Accuracy of a 50-km Over-Sea Geodimeter Distance and a Study of Temperature Correction by means of a Temperature Gradient Formula --
Geodimeter 2A Measurements in Base Extension Nets --
Distance Measurement by Means of a Modulated Light Beam yet Independent of the Speed of Light --
NPL-Hilger & Watts Mekometer --
Range and Accuracy of the EOS Electro-Optical Telemeter --
Air and Satellite Borne Systems --
Shiran --
Radio Ranging on Artificial Earth Satellites --
Experiences with Secor Planning and Data Reduction --
Tropospheric and Ionospheric Propagation Effects on Satellite Radio-Doppler Geodesy --
Télémétrie des Satellites Artificiels par Laser --
Report on Aerodist Surveys carried out by the Australian Division of National Mapping since 1963 --
Adjustments of Aerodist Observations --
Laser Applications --
Progress in the Application of Lasers to Distance Measurement --
Experiments with Lasers in the Measurement of Precise Distances --
Phase-Modulated-Laser Alignment Interferometer --
Measurement of Short Distances --
Use of Lasers for Displacement Measurement --
Long-Distance Interferometry with an He-Ne Laser --
The Application of Gallium Arsenide Light-Emitting Diodes to Electronic Distance Measuring Equipment --
Final Plenary Session --
List of Participants
Summary:Electromagnetic distance measurement, by using light and microwaves for direct linear measurements and thus circumventing the need for traditional methods of triangulation, may well introduce a new era in surveying. This book brings together the work of forty-eight geodesists from twenty-five countries. They discuss various new EDM instruments—among them the Tellurometer, Geodimeter, and air- and satellite-borne systems—and investigate the complex sources of error. The book is therefore a unique and comprehensive source on the subject. UNESCO and R.I.C.S. have assisted financially in its production.
Format:Mode of access: Internet via World Wide Web.
ISBN:9781442631823
9783110490947
DOI:10.3138/9781442631823
Access:restricted access
Hierarchical level:Monograph
Statement of Responsibility: International Association of Geodesy.