Power-handling capability of antennas at high altitude
@article{Scharfman1961PowerhandlingCO, title={Power-handling capability of antennas at high altitude}, author={W. Scharfman and T. Morita}, journal={Planetary and Space Science}, year={1961}, volume={6}, pages={142-148} }
Abstract The factors influencing the power-handling capability of antennas at high altitude are considered in this paper. The physical mechanism involved, including the roles of attachment, free diffusion, ambipolar diffusion and non-uniform field distribution in the breakdown process, is qualitatively described. These factors are illustrated by breakdown curves for various antenna configurations under both CW and pulse conditions. Normalized data, which are useful for estimating breakdown… Expand
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References
SHOWING 1-3 OF 3 REFERENCES
Electrical Breakdown of a Gas Between Coaxial Cylinders at Microwave Frequencies. Technical Report No. 72
- Physics, Materials Science
- 1948
- 31
- PDF