Super Dimension Technology Era

March 18, 4:37 am.

In an ultra-long orbit 580,000 kilometers away from Blue Star, the first intruding asteroid is flying towards Blue Star.

For this S-shaped metallic asteroid with a diameter of 874 to 965 meters, the calculation formula based on the volume of the sphere is: V=(4/3)πr^3.

We can conclude that the volume of the asteroid is between 349.39 million cubic meters and 470.28 million cubic meters.

The average density of M-type rocky asteroids is between 3 and 3.5, and the main components are silicates; the density of S-type metallic asteroids is between 5.5 and 6.0, and the main components are iron, nickel and silicate.

The mass of this asteroid is between 1.92164 billion tons and 2.82168 billion tons.

Such a huge mass collided with the blue star at the second cosmic speed, producing a destructive force of nearly 100,000 megatons of TNT. All the mushroom eggs in the old human era combined were not a fraction of the size of this asteroid.

There are as many as 12 such asteroids.

So how does the G organization transport an asteroid with such a huge mass?

In fact, the lunar headquarters of the G organization has been closely monitoring and exploring near-Earth asteroids in the blue moon system.

Firstly, it is to prevent these asteroids from impacting the moon and blue stars; secondly, these asteroids contain rich resources.

Otherwise, it would be impossible for the moon to accurately find so many suitable asteroids at one time, and it would also be impossible to achieve a rapid deviation of the asteroid orbit.

At this time, there was an obvious impact mark on one side of the asteroid, which was left over from some kind of spacecraft impacting the asteroid.

To rely on an instant impact to give an asteroid a tangential force and change its orbit, what size of spacecraft is needed?

Taking an asteroid with a diameter of 1 km as an example, through supercomputer simulation calculations, it is estimated that a rocket with a mass of 500 tons will be required to hit it at the first cosmic speed to have an effect.

It seems that the rocket required is very huge, but in fact this is relative.

The G organization's space rocket on the moon is of the same origin as NASA's Saturn V.

Many indicators of the Saturn V are very amazing. Its total weight is about 2,970 tons, its maximum diameter is 10.1 meters, its height is 110.6 meters, its low-Earth orbit transport capacity is 140 tons, and its ultimate transport capacity in the Earth-moon transfer orbit is 48.6 tons.

This data does not seem to be enough to reach the scale of 500 tons.

But everyone has forgotten one problem, that is, the environment is different. On the moon, where the gravity is only one-sixth of the Blue Star and the atmosphere is so thin that it is almost non-existent, the payload of the Saturn V can be increased by about 10 to 30 times.

What's more, the G organization, which has been entrenched on the moon for decades, must pay more attention to the development of space rockets and spacecraft.

The overall mass of the large rocket launched to "carry asteroids" reaches about 6,400 tons. The payload within 100,000 kilometers reaches 3,300 tons, 500,000 kilometers is about 2,400 tons, and 1.15 million kilometers is about 1,500 tons.

This kind of launch vehicle is actually more like a spaceship.

And the payload does not represent the entire load. For example, the part that hits the surface of the asteroid, and 30% of the mass comes from the dead weight of the launch vehicle.

This large-scale launch vehicle, named "Saturn 8" by the G organization, carries three split attached cores and can carry out three collisions and offset orbits for asteroids.

In addition, the main body of the Saturn 8 rocket also flies around the asteroid, using its own mass to affect the flight trajectory of the asteroid.

Cooperating with the quantum computer owned by the G organization, they can accurately shift the asteroid to the expected trajectory, and carry out precise asteroid strikes against Blue Star or other aircraft.

The first asteroid was hit twice by two split rocket cores with a mass of 800 tons, which successfully exerted two tangential forces on the asteroid. With the main rocket on the side, it used its own mass to influence the asteroid. Planetary orbit.

…

On March 19, the rising sun rose at 8:14.

"Academician Huang, fortunately you have lived up to your mission." Li Guoqing reported to Huang Mingzhe with bloodshot eyes.

"Thanks for your hard work."

Huang Mingzhe immediately turned his head and ordered Qin Jingwei: "Launch the rocket immediately."

"yes."

Inside the Outer Space Strategy Office, everyone was nervously and quickly arranging various tasks.

The five Chang-5-Es at the three major space launch centers are ready. Engineers assemble the equipment on the third stage of the core and then assemble the fairing.

On the afternoon of the 18th, the three major space launch centers had delivered the second batch of six Phoenix satellites to Blue Star's 248,000-kilometer orbit.

In an orbit of 248,000 kilometers, an array of 12 Phoenix satellites is formed.

…

"Prepare to light the fire, 10...5...1...fire!"

The two Chang 5-E missiles from the Wenchang Space Center were launched first, followed closely by the Xichang Space Center and the Jiuquan Space Center.

After five Chang 5-Es were launched into low-Earth orbit.

The G organization headquarters, which has been paying close attention to Blue Star, also received the news immediately.

Powell Moore and others, who were full of confidence in the Stardust Storm project, were not too worried, especially since the previous two launches had blocked New Humanity's satellite halfway, which boosted their confidence.

As long as we wait for a while, after the asteroid swarm reaches the synchronous orbit of the Blue Star, everything will be settled, and the victory will ultimately belong to the Yashen people.

In about seven hours, the five five-E-long three-stage cores have circled a large elliptical orbit and reached an orbit of 248,000 kilometers, only about 124,500 kilometers away from the moon.

The two debris barrier belts ran rampant in the middle, blocking space traffic between the Blue Star and the Moon.

"Academician Huang, we have arrived at the scheduled track." Qin Jingwei reported nervously.

Huang Mingzhe calmly stared at the Blue Moon system star map, nodded and ordered: "Follow the original plan."

"Yes." Qin Jingwei saluted with sweaty palms.

After a period of assembly of the previous 12 Phoenix satellite arrays, 10 Phoenix satellites and 5 Chang 5-Es merged into one orbit.

Then he rushed directly towards the lunar orbit, as if he was not afraid of the densely packed steel balls and steel nails.

Jiuquan Space Center.

"Activate the combined magnetic field."

"receive."

The two miniature nuclear fusion reactors mounted on Chang 5-E are started. After passing through the rectifier, the huge nuclear fusion power source is continuously released, forming a strong magnetic field with a radius of 5 kilometers.

Of course, strong magnetic fields only have a certain magnetic field deflection effect for high-speed flying and a large number of steel balls and steel nails.

"Start Phoenix Satellites 73 and 74."

"receive."

I saw the two Phoenix satellites staying behind the charging cluster, with their gamma ray lasers firing at full fire, continuously firing towards the orbital area surrounding the charging cluster.

The dense group of steel ball and steel nail fragments were in close contact with the dense gamma ray flow. The ultimate light melted these steel ball and steel nail in a few seconds.

The steel balls and nails were turned into hot iron ions by the gamma ray flow, and the iron ions were easily deflected by the strong magnetic field.

The first debris barrier with a thickness of 400 to 600 kilometers was torn apart by gamma ray flow and strong magnetic field.

Phoenix Satellites 73 and 74 completed their missions, and the charge cluster entered the vicinity of the moon's 110,000-kilometer orbit, and headed toward the second debris barrier in the 100,000-kilometer orbit at high speed.

…

Moon.

Inside the Copernicus crater base.

Powell Moore looked at the radar data and the feedback from the orbital monitoring satellite and wiped his eyes in disbelief.

"How is it possible? How did the other party break through the Stardust Storm defense line?"

Science advisor Hamhawk frowned and browsed a series of data carefully.

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