Chaoshen Technology Trading Mall

Chapter 479 Difficulty

It is also so far that human civilization has not mastered the anti-gravity technology, so the spaceship is also unable to manufacture it on the ground and then launch it into the sky.

Of course, in the future, Tiangong Technology will master the ability to send things weighing hundreds of tons into space using heavy-duty rockets. At that time, it will not be a problem to manufacture them on the ground, and then use medium-sized rockets to send spaceships into space.

However, if this is done, it is very uneconomical in terms of cost, and compared with heavy rockets, medium and large rockets have a higher success rate of launch, higher recovery success rate, and lower cost.

The most important thing is that with Tiangong Technology, it has also been successfully released. The Phoenix 2 series of aircraft will not take long. The Phoenix 2 series of aerospace aircraft can also be successfully developed. By then, the transport of various materials to the space station The cost will become very low, far from being comparable to launching rockets.

Of course, for the design of the spacecraft, their Tiangong Science and Technology Aerospace Department has already started at this time, but compared with other spacecraft, the real spacecraft design is undoubtedly much more difficult. After all, according to Wang Bing and his plan, this spacecraft At least it must be able to fly freely in the inner circle of the solar system.

In other words, this spaceship is a new system, and it must provide at least 1 to 2 years of survivability for the internal personnel, and this is a spaceship that must also have powerful armor and a certain amount of force, so that it can survive in space. , has a certain ability to survive.

Of course, since this plan will be implemented at least one or two years later, so. At this time, they are not in a hurry. For Tiangong Technology, the most important thing now is to quickly develop the second-generation aerospace aircraft, which is the Phoenix 2 series aerospace aircraft, and the mid-orbit space station they are building.

At the same time, since Tiangong Technology moved to the Great Desert Space Center, their Tiangong Technology has also started research and development of military small combat aerospace aircraft, but it is different from the previous Phoenix series aerospace aircraft. The combat aerospace aircraft developed is not a manned aircraft, but an unmanned aerospace aircraft, which is far from comparable to the Phoenix series aerospace aircraft in terms of volume and weight.

According to the plan, they are just designing combat unmanned aerial vehicles, with a maximum weight of no more than 30 tons, a maximum length of no more than 30 meters, and a maximum wingspan of no more than 25 meters.

Although the weight and size of this Air Force aircraft is far less than that of the Phoenix series, the aerospace aircraft is only equivalent to the size of a heavy fighter in the atmosphere, but in terms of combat effectiveness, it is still very powerful.

According to the design data, although this aerospace plane is very small in size, it can carry about a ton of ammunition, fly from the ground to low-Earth orbit, and don't have to worry about the situation of the internal personnel. Without the presence of astronauts, naturally there is no need to consider the condition of the astronauts on board.

Also as an unmanned aerospace aircraft, all kinds of biological survival and internal circulation systems are naturally cancelled.

In addition, since there are no astronauts in this territory, this aircraft can naturally walk in space for a long time and must return to the ground for maintenance after a period of time.

The most important thing is that if this aircraft is refueling in low-Earth orbit, it will be absolutely stress-free even in mid-to-high orbits for combat.

It’s just that it’s okay in the middle and low orbits, you can rely on the ground network,

Come and command these drones to fight.

However, if fighting in deep space above the middle and high orbits, it is very unrealistic to rely on ground command. The data delay alone is enough for the enemy to destroy all these drones.

Therefore, when fighting above medium and high orbits, these space shuttles must be equipped with a command hub.

According to the vision of Wang Bin and his Tiangong R\u0026D personnel, each formation of combat unmanned aerospace aircraft uses a Phoenix series aerospace aircraft as the mother aircraft to command these unmanned combat aircraft to fight.

As time passed, Wang Bin kept running around in various workshops and laboratories in the Tiangong Technology Great Desert Industrial Zone every day.

Especially for the high-energy physics laboratory, the construction of the controllable nuclear fusion test reactor under development is very concerned.

But despite this, they still encountered great difficulties in the construction of a controllable nuclear fusion reactor.

After all, it is not a simple matter to achieve controllable nuclear fusion. Even if magnetic confinement technology is used, the temperature of the core of the controllable nuclear fusion reactor must be over 100 million degrees, and it must be firmly confined in the reactor so that it will not It is not a simple matter to cause damage to the reactor shell.

In addition, if you want the nuclear fusion reactor to work, you must instantly reach a temperature of hundreds of millions of degrees in order for the nuclear fusion reactor to carry out the nuclear fusion reaction.

Of course, if it was half a century ago, there was really no way to achieve a temperature of hundreds of millions of degrees in an instant except for the atomic bomb, but it is different now. We have found a way to quickly reach hundreds of millions of degrees, and that is to use multi-beam lasers to achieve it.

Moreover, the current human civilization has also carried out research and development of controllable nuclear fusion to a certain extent, and has achieved the level that the reactor can run continuously for more than 100 seconds at most.

Of course, even if this is the case, there is still a long way to go before a wave of controllable fusion technology can serve human civilization. If controllable fusion technology is to be truly commercialized, according to the inferences of scientists from various countries, It will take at least 50 years.

Of course, this is a normal situation, but the situation is different now. Since Tiantong Technology or Wang Bin has the existence of a technology mall, he can obtain controllable nuclear fusion technology from other worlds in the technology mall, so he is confident that he can use it in a short period of time. Within a short period of time, controllable nuclear fusion technology will be realized.

At the same time, the controllable nuclear fusion technology of Tiangong Technology is similar to the technology used by other countries in the world. They all use lasers to ignite and use magnetic confinement technology to constrain the operation of the reactor. After all, for the current human civilization, This is the easiest to achieve.

But now, after all, the controllable nuclear fusion technology is too high-end, let alone whether someone sells it in this stage of civilization in the mall, even if there is, for the current human civilization, for the current Tiangong technology, if you want to realize its Technology is also very difficult.

Of course, with the technological development of human civilization, in the future, when the materials developed by human civilization can withstand high temperatures of hundreds of millions of degrees, or even higher, then, if you want to achieve controllable nuclear fusion, you don’t need to use magnetic confinement Technology, but for the current human civilization, for Tiangong technology, the use of magnetic confinement technology is the best way.

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