Omnirange System

37 books
Analysis of a precision omnirange systemJerald F. Annese
⏱ 2h 13m

Analysis of a precision omnirange system

Jerald F. Annese

1969133 pp.
Basic omnirange flyingUnited States. Civil Aeronautics Administration.

Basic omnirange flying

United States. Civil Aeronautics Administration.

1951No page data
VHF omnidirectional radio range (VOR) electromagnetic spectrum measurements (ref.6050.23)Garth M. Kanen
⏱ 44m

VHF omnidirectional radio range (VOR) electromagnetic spectrum measurements (ref.6050.23)

Garth M. Kanen

197844 pp.
Flying the V.O.RNeville H. Birch
⏱ 48m

Flying the V.O.R

Neville H. Birch

197848 pp.
VHF omnidirectional radio range (VOR) electromagnetic spectrum measurements (ref.6050.23)Garth M Kanen
⏱ 44m

VHF omnidirectional radio range (VOR) electromagnetic spectrum measurements (ref.6050.23)

Garth M Kanen

197844 pp.
Very High Frequency Omnidirectional Radio Range and A. D. FMartin Cass
⏱ 1h 32m

Very High Frequency Omnidirectional Radio Range and A. D. F

Martin Cass

197792 pp.
The VOR and ADFMartin Cass
⏱ 1h 36m

The VOR and ADF

Martin Cass

197796 pp.
Flying the omnirangeCharles Alfonso Zweng
⏱ 2h 33m

Flying the omnirange

Charles Alfonso Zweng

1950153 pp.
Wide aperture (digital) VORUnknown Author
⏱ 1h 42m

Wide aperture (digital) VOR

Unknown Author

1976102 pp.
Effects of scattering by obstacles in the field of VOR/DVORHarry Gruenberg
⏱ 1h 48m

Effects of scattering by obstacles in the field of VOR/DVOR

Harry Gruenberg

1976108 pp.
Fourier transformation of the nonlinear VOR model to approximate linear formDominic F Vecchia
⏱ 24m

Fourier transformation of the nonlinear VOR model to approximate linear form

Dominic F Vecchia

198024 pp.
Airborne measurements of VOR/localizer signal strength and desired to undesired signal ratiosRobert E. Everhart

Airborne measurements of VOR/localizer signal strength and desired to undesired signal ratios

Robert E. Everhart

1975No page data
Development of a stacked five-bay VOR antenna systemEdward N. Lind
⏱ 1h 15m

Development of a stacked five-bay VOR antenna system

Edward N. Lind

197575 pp.
An operational evaluation of Omega for civil aviation oceanic navigationF. Karkalik
⏱ 4h 33m

An operational evaluation of Omega for civil aviation oceanic navigation

F. Karkalik

1977273 pp.
Minimum performance standards--airborne VOR receiving equipment operating within the radio-frequency range of 108-118 megahertzRadio Technical Commission for Aeronautics (U.S.). SC-122.
⏱ 43m

Minimum performance standards--airborne VOR receiving equipment operating within the radio-frequency range of 108-118 megahertz

Radio Technical Commission for Aeronautics (U.S.). SC-122.

197843 pp.
Laufzeitkompensationsverfahren zur Erhöhung der Genauigkeit von Doppler-CrossbasissystemenFischer, Friedrich
⏱ 1h 25m

Laufzeitkompensationsverfahren zur Erhöhung der Genauigkeit von Doppler-Crossbasissystemen

Fischer, Friedrich

196985 pp.
SpecificationUnknown Author
⏱ 30m

Specification

Unknown Author

197830 pp.
Minimum performance standards--airborne VOR receiving equipment operating within the radio-frequency range of 108-118 megahertzRadio Technical Commission for Aeronautics, Washington, D.C. Special Committee 115. International Coordination Group 5.

Minimum performance standards--airborne VOR receiving equipment operating within the radio-frequency range of 108-118 megahertz

Radio Technical Commission for Aeronautics, Washington, D.C. Special Committee 115. International Coordination Group 5.

1972No page data
A comparison of measured data and its model predictionsRobert D. Smith
⏱ 4h 40m

A comparison of measured data and its model predictions

Robert D. Smith

1978280 pp.
A flight investigation of system accuracies and operational capabilities of a general area navigation systemsJack D. Edmonds
⏱ 1h 39m

A flight investigation of system accuracies and operational capabilities of a general area navigation systems

Jack D. Edmonds

197799 pp.
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