3 ms·
The refractive index is inversely proportional to the wavelength though. And according to the linked papers that happens to be ~25mm (11ghz) to ~50mm (6ghz). Wo
by j-pb 11y ago
The refractive index is inversely proportional to the wavelength though. And according to the linked papers that happens to be ~25mm (11ghz) to ~50mm (6ghz). Wolfram alpha doesn't even have valid answers in that range. Only between 400 and 1200nm.
- TeMPOraL 11y agoGood point, I didn't knew that. Given how much trouble I'm having finding a relevant index for microwave range, I'm going to assume equal probabilities to the following statements: "microwaves in air indeed move slower than particles in LHC" and "the author just used n=1.0003 for microwaves in air".