![3D far-field radiation patterns (normalized radiant intensity |E| 2 /|E... | Download Scientific Diagram 3D far-field radiation patterns (normalized radiant intensity |E| 2 /|E... | Download Scientific Diagram](https://www.researchgate.net/publication/343611932/figure/fig3/AS:928596361224192@1598406033482/3D-far-field-radiation-patterns-normalized-radiant-intensity-E-2-E-0-2-of-a-Si.png)
3D far-field radiation patterns (normalized radiant intensity |E| 2 /|E... | Download Scientific Diagram
![SOLVED: The normalized radiation intensity of 3 given antennas is given by U = B: cosθ8 sinθ. The intensity exists only in the (0° to 82°) region and it is zero elsewhere. SOLVED: The normalized radiation intensity of 3 given antennas is given by U = B: cosθ8 sinθ. The intensity exists only in the (0° to 82°) region and it is zero elsewhere.](https://cdn.numerade.com/ask_images/8372d891d96e4e17bf6bb6c19a12b88e.jpg)
SOLVED: The normalized radiation intensity of 3 given antennas is given by U = B: cosθ8 sinθ. The intensity exists only in the (0° to 82°) region and it is zero elsewhere.
![b). Normalized radiation intensity |U| (output) versus the observation... | Download Scientific Diagram b). Normalized radiation intensity |U| (output) versus the observation... | Download Scientific Diagram](https://www.researchgate.net/profile/Theodoros-Kapetanakis-2/publication/326814100/figure/fig5/AS:660731133444096@1534541986085/a-Normalized-radiation-intensity-U-output-versus-the-normalized-loop-radius-for_Q320.jpg)