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Negative. We retain our anti-gravity modules, our warp engines, and photon torpedoes, for our military only!
You forgot hyperspace drive
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Negative. We retain our anti-gravity modules, our warp engines, and photon torpedoes, for our military only!
Negative. We retain our anti-gravity modules, our warp engines, and photon torpedoes, for our military only!
the description says its 6 foot long and the seller is selling it for 1300 dollars.
can be bought to find out what materials are used.
Jet nose cone F-22 Jet fighter | eBay
Looks like it is made from fiberglass... did they say if it were from the original plane or not?
Can Whole aircraft be made of fiber glass?
All,
Instead of "radome bandpass" or the likes, I recommend 'ansoft frequency selective surfaces' for your word search. Slide 20 is applicable to the construction of a radome, especially the 'stealth' version. A basic layman understanding of FSS is the start for this topic.
So a white cloth-like layer with thousands of diamond structures that is pasted infront of my microwave oven glass door is an example of FSS?...avoid egress of microwaves
^^same cannot be done for a frequency hopping radar.
And that is why the whole thing is a high-tech mystery!
So a white cloth-like layer with thousands of diamond structures that is pasted infront of my microwave oven glass door is an example of FSS?...avoid egress of microwavesIn a way, YES. The screen selectively allows EM radiation of a particular frequency (light) to pass through, and blocks microwave frequency EM radiation.
What you are seeing is the holes at work. The size of the holes is SMALLER than the wavelength of the microwave energy, but LARGER than the wavelength of light. The light waves sneak right through.
The 'visible' wavelengths are in the 'nm' range.HF 330 MHz 10100 m
X 812 GHz 2.53.75 cm
So compared to visible wavelengths, it is not that difficult to block centimetric radar signals. Or to selectively pass through some wavelengths.Visible light has wavelength in a range from about 380 nanometres to about 740 nm, with a frequency range of about 405 THz to 790 THz.
simple calculationA quick web search says a typical microwave oven is 2.45 gigahertz, the larger wave that Gambit illustrated. I'm surprised it is that long.
And that is why the whole thing is a high-tech mystery!
I would research left handed meta materials. Their use in military radars is becoming the standard (at least in the west). Plently of information through goggle available.