284 



GENERAL BIBLIOGRAPHY 



Bib. No. Title 



4.007 S Effect of Humidity Gradients in the Atmosphere on 



Propagation at RDF Frequencies. 



4.008 C The Calculation of Field Strength Near the Surface 



of the Earth under Particular Conditions of Anom- 

 alous Propagation. 



4.009 C Anomalous Propagation over the Earth, Case 23703. 



4.010 C The Effect of Atmospheric Refraction on Short Radio 



Waves. 



4.011 C Radar Ray Patterns Associated with Normal and 



Anomalous Propagation Conditions. 



4.012 C Transmission of Plane Waves Through a Single 



Stratum Separating Two Media. 



4.013 S Notes on Theoretical Coverage Diagrams for Anom- 



alous Propagation. 



4.014 C The Dependence of Microwave Propagation over Sea 



on the Structure of the Atmosphere. 



4.015 S Improved Tropospheric Propagation — Curves Em- 



bracing Superrefraction. 



4.016 S TRE Requirements for Propagation — Curves Em- 



bracing Superrefraction. 



4.017 C The Mechanical Determination of the Path Differ- 



ence of Rays Subject to Discontinuities in the Verti- 

 cal Gradient of Refractive Index. 



4.018 S Improved Tropospheric Propagation — Curves Em- 



bracing Superrefraction. 



4.019 S Interservice Propagation — Curves Embracing Super- 



refraction. Dependence of Mathematical Parameter 

 L on Physical Entities. 



4.020 S Theoretical Coverage-Diagrams for 10 Cm. Radars 



Embracing Superrefraction. 



4.021 S Theoretical Coverage-Diagrams for 50 Cm. Radars 



Embracing Superrefraction. 



4.022 S Theoretical Coverage of Navigational Aids Embrac- 



ing Superrefraction. 



4.023 C The Theory of Propagation of Radio Waves in an 



Inhomogeneous Atmosphere (I). 



4.024 C Reflection Coefficient of Layers of Varying Refrac- 



tive Index. 



4.025 Evaluation of the Solution of the Wave Equation for 

 a Stratified Medium. (See 4.043.) 



4.026 C Transmission of Plane Waves Through a Single Stra- 



tum Separating Two Media (II). 



4.027 Waves Guided by Dielectric Layers. 



