Speaking of this Lunar -, that, to be honest, let’s first understand what it is. This Lunar – is a cable protection method for the lunar environment. You see, in the special environment of the moon, all kinds of factors are relatively complex and have a huge impact on the cable. Like radiation, under various extreme conditions, this ordinary cable is useless
So what's the good thing about this thing? Let's talk in detail.
1. It first relies on this Lunar, that is, the surface material of the moon, to directly shield the cables… You think, a special texture and composition of the surface material on the moon can block a lot of radiation shot from outer space. This protection plays a particularly ineffective role in the signal stability transmitted in the cable. For example, in future lunar base communication, if the cable cannot effectively resist the influence of radiation, then the quality of this is a problem, not… For example, some remote monitoring and real-time contact with the earth base, if there is a problem in the signal, it will be over.
2. Secondly, under this measure, it can help the cable be more stable in terms of temperature. We know how different temperatures on the moon are so outrageous. The temperature is too high during the day, right? The temperature is so low at night. This kind of protective cable can offset some extreme temperature effects to a certain extent, helping to keep the internal workings of the cable in normal state. In this way, the electronic components of the cable will not be scrapped due to excessive temperature changes, and the service life can be increased a lot accordingly.
Let’s talk about some points to pay attention to when designing. Before designing such cables, those engineers must always analyze the moon's environmental data in detail. If the data is inaccurate or incomplete, the entire design plan will be out of the question. See how high the radiation intensity is, when will the peaks and troughs occur, otherwise your cable design protection will not meet the requirements, hey…
Then here are a series of questions that everyone will ask…
Q: What is the special difference between this Lunar and the commonly used cable shielding method on earth?
Answer: This is what hehe, hehe, generally speaking, cable shielding on the earth considers electromagnetic interference, and most of them use metal materials to shield these things. But the moon is much more complicated. Look at it. In addition to electromagnetic interference, radiation is a super key and important factor to consider. And there are various technical means on the earth that can ensure relatively stable points such as temperature and humidity. Special designs are required on the moon for extreme temperature changes…
Q: Will the cost of this kind of cable be extremely high
Answer: To be honest, that's right, it's really much higher than ordinary cables… After all, it involves manufacturing the special environment of the moon, hehe. For example, if you find an appropriate method to use local materials on the moon as shielding, the cost can be controlled. If you rely on bringing all the materials from the earth to process them, you'll bite, the cost will soar…
In my opinion, um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um After all, smooth communication and normal energy transmission are all inseparable from such cables with good shielding and protection measures. Oh, oh, I feel that the future development will be promising… yeah… Oh, yeah, yeah.
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