The first thing I was going to was a terrestrial planet with no satellites and no rings. As for the specific composition of the planet, I only knew what to do.

But one thing is certain is that there will be a lot of resources on that planet that the collectors currently need, such as elements such as aluminum, silicon, phosphorus, sulphur, and iron. There are not many on the satellite. The most important thing is uranium. But there is no such thing, only exists on terrestrial planets.

There are also meteorites in the Kuiper belt, but they are not as fast as searching on terrestrial planets. The distance between meteorites in the Kuiper belt is very large. It is no problem to plug several earths, let alone searching for uranium deposits in the Kuiper belt. , Nowhere near as fast as on the planet.

On the traveling route, Chu opened its own blanket again to maintain its life activities during its journey through photosynthesis. In its leisure time, it began to consciously observe the stars in its own star system. It is a golden-white star that releases a strong stream of charged hydrogen ions. The stream of charged hydrogen ions is not the only one. I can still feel the stream of charged calcium ions at first, which is second to the stream of charged hydrogen ions. In addition to these, there are particle streams of other metal ions, but they are not as dense as the first two.

Thanks to these ionizing radiations, it is possible for the first time to get enough electricity to disassemble and process materials in a short period of time when the satellite colonizes.

But this is also a problem, that is, heat dissipation in this stellar system is a problem that needs more attention. The high energy radiated by stars means that the heat dissipation efficiency needs to be enhanced, otherwise it will be thermally killed. Fortunately, you don't need to bother to think about this at the beginning. They have enough resources as heat dissipation materials that have already occupied a satellite, and they don't need to use heat dissipation. As long as the shell is installed with a reflective coating, all problems will be solved.

After crossing the distance of dozens of astronomical units, I finally arrived at that terrestrial planet.

This time it doesn't need a light sail. The thing is higher than the thrust but inefficient. It uses chemical propulsion to deflect its own trajectory and cut into the planet's synchronous orbit at an outside angle.

During this period, it constantly uses radar waves for ranging to ensure that its distance is sufficient, otherwise it will be thrown out of the synchronous orbit if the distance is too far, and it will fall directly into the planet's interior if it is too close.

Even though it is going to land on this terrestrial planet after all, there are two different concepts between preparedness and unpreparedness. If you don't handle it well, you will destroy the insects directly, so you still have to be careful. "It's good to have radar. It's much more reassuring than the blindness before."

Chu sighed like this. When it was just preparing to colonize the satellite, it was very worried, for fear of any accident, it was like walking a tightrope blindfolded, even if it was wearing a seat belt, it was still whispering.

"It's here, let me see."

This planet is covered in green, and when viewed from space, it is a lush verdant green. If there are dense forests, but you will not be fooled at first. There is a saying on the earth that “the rider of a white horse is not necessarily a prince or a monk.” , The green of the planet is not necessarily the color of plants, it may also be the color of atmospheric chemistry, such as chlorine.

It moves around the planet in a synchronous orbit and enters the back sun of the planet. From here, the stellar illumination can be used to observe and calculate the concentration of atmospheric planets. The essence of this special algorithm is to obtain an approximate value through the influence of matter on light. This is the collectors I summarized and deduced the formula based on multiple planetary colonization data.

"Chlorine is the main body of the atmosphere, containing a small amount of nitrogen. The atmospheric pressure is very high, at least one hundred times the atmospheric pressure. It should be initially estimated to be 106 times. Chlorine cannot lock the temperature and has good radiation absorption capacity, so it can be bold. Presumably, the ambient temperature on the ground falls within the appropriate range."

"...Everything else is fine. It can be solved by a hundred times the atmospheric pressure, but this chlorine gas is more troublesome. Its chemical properties are too active. If I rush in like this, the moisture in the body will quickly combine with the chlorine gas to form hydrochloric acid. , There must be absolute physical isolation, but this is impossible. After all, I can’t help but interact with the outside world physically.”

"Don't do things, don't be reckless, pay attention to methods, I won't just land on the planet so stupidly."

Immediately radio communication with the satellite, let them find a way to get a lot of ice over.

Soon, Chu got a response from his comrades. On the side of the comrades who went to colonize other planets, they found a satellite made of solid ice, which surrounds a gaseous giant star.

The collectors far away on the ice satellites received the information forwarded by the group satellites, and began to enter the tense preparation stage, giving priority to the tasks within the information.

Although the ice satellite is full of solid ice, this does not mean that it is entirely composed of ice. Collectors can still search for enough material to reproduce and evolve themselves. The honeycomb, a material processing factory, is evolved. Then a network of rhizomes is laid to absorb sunlight for photosynthesis, and water molecules are disassembled into hydrogen and oxygen for storage.

Thousands of biological anti-aircraft guns have been erected, and their principles are the same as artillery ~lightnovelpub.net~ The only difference is that one is a dead object and the other is a living object.

With the sending of a signal, thousands of these anti-aircraft guns fired in one direction with concentrated firepower. Hydrogen mixed with oxygen was ignited in a confined space. The resulting explosion pushed the ice shells out of the barrel and launched into the deep starry sky.

The angle has been calculated. Based on the distance and orbit and the gravitational force between the stars, these ice shells will form a slightly arc-shaped ballistic trajectory around the star and hit the poisonous planet full of chlorine gas after being designed at this angle. .

According to the initial instructions, the collectors prepared to launch five million tons of ice cannonballs on the poisonous gas planet, and completely renovate the planet.

This satellite can support the chaotic behavior of collectors. Its mass is 1.7349×10^23 kilograms, which is 1,734.9 billion tons in tonnage. The loss of a mere five million tons of solid ice can only be regarded as a drop in the bucket. .

The ethnic satellites will also deliver a large number of compressed carbon blocks to the ice satellites. These carbon blocks can just solve the shortcomings of the insufficient carbon resources of the collectors on the ice satellites.

The star system is like a sandbag throwing game between planets.

After receiving the carbon resource supply, the collectors continued to expand the number of biological anti-aircraft guns, but this time they were heading elsewhere. After the beginning, another group of voyage collectors arrived at the planet they wanted to colonize, and they also met as they did at the beginning In trouble, a large amount of solid ice is needed for reconstruction support.

It was a lava planet with an atmosphere full of carbon dioxide and sulfur. Don't do things without recklessness!

The collectors are not fools with no brains, they don't spend a lot of time and the lives of the same clan to get rid of things that can be solved with their brains!