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With the successful launch of the lunar exploration satellite, Wang Bin and the people in the control room were naturally very excited at this time.

Although it is, the successful launch of the lunar exploration satellite at this time is actually just the beginning of this launch mission.

After all, it will take three more days for the lunar exploration satellite to reach the vicinity of the lunar orbit. At that time, will the satellite be successfully captured by the moon's gravity, and can the propulsion system of the lunar exploration satellite be successfully activated, that is, Hall ion rocket thrusters, whether the satellite can successfully brake, whether it can successfully enter orbit, whether various systems on the satellite can be successfully started, and whether various experimental equipment can operate normally.

Only after all these are completed and run normally, can it be said that the launch of the lunar exploration satellite is successful, otherwise, it cannot be regarded as a success.

After all, not all launch missions, after the rocket is successfully launched, the satellite can be successfully put into orbit.

Take the former Arctic country as an example. When they launched a lunar exploration satellite, they successfully launched it, but due to data calculation errors, the satellite failed to enter orbit. In the end, the satellite flew directly to the lunar orbit and flew into deep space, becoming A sun-orbiting satellite orbiting the sun like a planet.

At the same time, the launch of this lunar exploration satellite of Tiangong Technology is relatively simple compared to the official lunar probe launch missions that have been launched many times before.

After all, these lunar probes not only need to successfully enter orbit, but also to detect the moon in lunar orbit. At the same time, these probes also need to enter the moon to log in, and after success, they must also ensure that the various instruments on the probe are normal. The operation will eventually send all kinds of data back to the earth.

In the following two days, Wang Bin and the people of Tiangong Technology were in the control room, monitoring the satellite in real time, and praying in their hearts that the lunar exploration satellite was flying to the moon. In, no accidents.

After two days of flight, the satellite has successfully entered the vicinity of the lunar orbit at this time.

At the same time, the Hall ion rocket propeller on the satellite ignited without any accidents. It successfully reduced the speed of the satellite to the speed captured by the moon's gravity, successfully entered the orbit around the moon, and began to reduce the speed of the orbit around the moon. high.

However, just when Wang Bin's satellite successfully entered the orbit around the moon and began to lower its altitude.

At this time, X company's lunar probe has entered the lunar landing program.

In this regard, whether it is Wang Bin himself, Tiangong Technology or other aerospace companies in the world, they are still more concerned.

This time, X Company's lunar probe landed, just like when they launched this probe before, it also landed in real-time live broadcast.

After all, compared to other aerospace companies in the world, company x is the most advanced aerospace company in the world, and they are very confident in ensuring that the lunar probe can successfully land this time, not to mention that this probe is officially owned by their country. The developed detector can ensure that the detector can land more safely.

You must know that the officials of their country have launched probes to land on the moon many times, and even carried out personnel landings. The difficulty of naturally landing on the moon is much smaller for them.

As everyone imagined, the moon landing of the X company's probe,

It was also very successful.

And when X company's lunar probe successfully landed on the moon, Tiangong Technology's lunar exploration satellite has also successfully entered the scheduled lunar orbit.

Of course, it is definitely not enough to just enter orbit. After the probe entered orbit, the control room of Tiangong Technology also became busy all of a sudden, and various orders fluctuated with each other.

"The detector successfully entered the predetermined orbit and turned on the photoelectric detection equipment."

"The photoelectric detection equipment is successfully turned on, and the photoelectric equipment system is operating normally!"

"Turn on the real-time camera system of the detector!"

"The camera is turned on successfully, and the camera is working normally!"

"start up........"

With each device successfully turned on and running successfully.

Especially when the last piece of equipment, that is, the neutrino communication equipment is successfully operated, and the base also receives neutrino communication waves sent from the direction of the moon, the whole base suddenly becomes Cheers to the ocean.

You know, this is no ordinary communication system! It's a neutrino communication system.

Although, Tiangong Technology is still in a very early stage of neutrino communication technology, and can only perform relatively simple data transmission.

However, with neutrino communication, Wang Bin knows that the aerospace equipment developed by Tiangong Technology will no longer have to worry about communication interference, at least within the effective communication range of the neutrino communication system. There is interference or the inability to communicate due to obstruction by objects.

At the same time, people who have been paying attention to Tiangong Technology and netizens have been aware of this incident for the first time and celebrated each other.

After all, this is the second private company in the world to successfully launch a lunar exploration satellite. It is foreseeable that in the near future, this Chinese private aerospace company will also launch lunar probes, space stations, and Other planet probes and more.

Subsequently, this satellite also began to connect with the relay satellites previously launched by the official, initially forming a lunar satellite communication system.

In the future, as long as Huaxia has a probe launched to the moon, as long as it is within the coverage of these two satellites, there will be absolutely no need to lose the signal.

Of course, only two satellites are far from enough for the moon's communication network.

Therefore, after this launch, according to Tiangong Technology and official estimates, at least ten satellites will be needed to form a network to ensure that future probes can maintain communication no matter where they are on the moon.

so. According to the official vision, the official will cooperate with Tiangong Technology to launch all these satellites within two years or even one year, complete the construction of the lunar communication network, and lay a solid foundation for manned moon landings in the future.

For this, Wang Bin naturally agrees very much, although the construction of such a lunar communication network requires a huge amount of funds, and in the eyes of many people, it is not worth the candle.

But in the eyes of Wang Bin and the people in the official aerospace agency, this is very worthwhile. After all, according to Wang Bin and the official estimates, the running time of this lunar communication satellite network will be very long, at least it will run for dozens of years. years, and during this period, it is of extraordinary significance for human beings to explore and even land on the moon.

Wang Bin didn't pay too much attention to the situation on the Internet, but returned to his office after the successful launch of this detector. After all, the current Tiangong Technology has not yet reached the point where it needs to develop space engineering in an all-round way. Time, that is, the time of the Deep Space Starlink Project.

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Now in terms of space engineering, it is enough to ensure the smooth operation of the satellites that have already been launched. At the same time, there must be greater breakthroughs in neutrino communication.

After all, the neutrino communication equipment in the lunar exploration satellite just launched can only do some simple data transmission, but cannot transmit complex data or large-scale data.

Therefore, the communication capability of the neutrino communication equipment on this satellite is still far from enough, and a more advanced neutrino communication system is necessary.

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