Principal mechanism: a parabolic reflector redirects approximate plane-wave radio radiation to a common focal receiver. The collected signal is amplified and processed by electronics.
Textbook: λ = c/f; θ ≈ 1.22λ/D (first-null angular scale for a circular aperture); Aₑ = ηπD²/4; G = 4πAₑ/λ². Values use c = 299,792,458 m/s.
Scaled: 24 m diameter and 9.6 m focal length are illustrative geometric inputs, not measurements of a facility. Paraboloid depth d = D²/(16F) = 3.75 m.
Genuine scientific features: reflecting panels, focus support, receiver chain, pointing axes and a load-bearing backup structure are real design classes.
Engineering-inspired reconstruction: joint details, sensor positions, gear teeth, cable routes, service loops and receiver housing are artistically reconstructed, not engineering drawings.
Simplified educational representation: rays, far-field diffraction and scalar aperture efficiency omit blockage, illumination taper, polarization, surface errors, atmosphere and receiver noise. No measured sensitivity is claimed.
Speculative components: any decorative instrumentation and compact access geometry are conceptual placeholders.
The operation animation visualizes a geometrical principle only; it is not validated radio-frequency propagation or structural analysis.
Illustrative design, not affiliated with any real institution or manufacturer.