298 



GENERAL BIBLIOGRAPHY 



Bib. No. 



Title 



12.000 



12.002 C The Electrical Properties of Ice. 



12.003 C The Dielectric Constant and Loss Factor of Water 



Vapour at a Wavelength of 9 Cms. (Frequency — 

 3330 Mc/s.) 



12.004 C The Dielectric Constant of Water Vapour and its 



Effect upon the Propagation of Very Short Waves. 



12.005 C Progress Report on Ultrahigh Frequency Dielectrics. 



12.006 S Conductivities of Sea, Tap and Distilled Water at 



A = 10 cm. 



12.007 C The Measurement of Dielectric Constant and Loss 



with Standing Waves in Coaxial Wave Guides. 



12.008 S The Dielectric Constant and Absorption Coefficient 



of Water Vapour for Wavelengths of 9 cm. and 3.2 

 cm. (Frequencies 3,330 and 9,350 Mc/s.) 



12.009 Electrical Measurements on Soil with Alternating 

 Currents. 



12.010 C Auxiliary Equipment for the MIT CO-AX Instru- 



ment and Its Use. 



12.011 S Memorandum on an Electrical Method of Measuring 



the Dielectric Constant of Atmospheric Air, and 

 Recording it Continuously. 



12.012 S The Dielectric Constant and Absorption Coefficient 



of Water Vapour for Radiation of Wavelength 1.6 

 cm. (Frequency 18,800 Mc/s.) 



12.013 S The Dielectric Constant of Water and Ice at Centi- 



metre Wavelengths (Working Committee). 



12.014 S Preliminary Report on the Dielectric Properties of 



Water in the K-Band. 



12.015 C Transmission and Reflection of Single Plane Sheets. 



(Radome Bulletin No. 4.) 



12.016 C Recent Dielectric Constant and Loss Tangent Meas- 



surements (on X-Band). (Radome Bulletin No. 5.) 



12.017 S Dielectric Properties of Water and Ice at K-Band. 



12.018 R The Interaction Between Electromagnetic Fields and 



Dielectric Materials. 



12.019 C The Dielectric Properties of Water at Wavelengths 



from 2 mm. to 10 cm. and over the Temperature 

 Range 0° to 40° C. 



12.020 C The Dielectric Properties of Water in the Tempera- 



ture Range 0° C. to 40° C. for Wavelengths of 1.24 

 cm. and 1.58 cm. 



12.021 'The Anomalous Dispersion of Water at Very High 



Radio Frequencies in the Temperature Range 0° to 

 40° C. 



