GENERAL BIBLIOGRAPHY 



281 



Bib. No. Title 



Sphere, with Applications to Radiotelegraphy and 



the Theory of the Rainbow. Part I 



The Diffraction of Electro-magnetic Waves from an 



Electrical Point Source Round a Finitely Conducting 



Sphere, with Applications to Radiotelegraphy and the 



Theory of the Rainbow. Part II 



The Propagation of Radio Waves over a Finitely 



Conducting Spherical Earth. Part III 



Further Note on the Propagation of Radio Waves 

 over a Finitely Conducting Spherical Earth. Part IV 



3.002 Ultra Short Wave Propagation Curves (0.1 to 10 

 Meters). 



3.003 Report on Signal Strength Curves Within the Visual 

 Range. 



3.004 The Effect of the Earth's Curvature on Ground-Wave 

 Propagation. 



3.005 C The Siting of RDF Stations. Appendix: Screening of 



RDF Sets from Fixed Echoes. 



3.006 R Propagation Curves for Wavelengths of 13 Meters. 



Supplement to USW Propagation Curves RD 456. 



3.007 The Calculation of Ground-Wave Field Intensity 

 over a Finitely Conducting Spherical Earth. 



3.008 S Siting of Stations for Maximum Range. 



3.009 S Microwave Interference Patterns. 



3.010 S Dependence of Range of Radar Equipment on Wave- 



length for ASV— Case 23815 and 23817. 



3.011 S Theoretical Field Strength of Ten Centimeter Equip- 



ment over a Spherical Earth. 



3.012 C Atmospheric Refraction and Height Determination 



by RDF. (Details and Results of a Numerical Meth- 

 od of First Order Correction.) 

 (See 3.050) 



3.013 S Dependence of Range of Submarine Radar Equip- 



ment on Wavelength — Case 20564. 



3.014 S Transmission on 3000 Mc. over Sea Water. 



3.015 S Transmission on 100 Mc. over Sea Water. 



3.016 S Transmission on 200 Mc. over Sea Water. 



3.017 S Transmission on 500 Mc. over Sea Water. 



3.018 C Interim Report on Propagation Within and Beyond 



the Optical Range. 



3.019 C Theoretical Ground Ray Field Strengths and Height 



Gain Curves for Wavelengths of 2—2000 M. 



3.020 C Siting for Long Range Aircraft Detection. 



