Super Trick or Treat System

Haines said: "Well, we have a chance to fight." "We may be able to perfect their "solar offensive" layout, but what if we encounter the main expedition ship itself? Anything that can cross interstellar space and distort the power of the sun People can surpass, surpass and defeat us. Let us hope that we will not meet with them until we finish our work."

On this note, with the sound of the gong, the discussion of the next watch broke.

For the sake of this, it makes sense. If Magellan is running fast enough, please go ahead and they will save the day. However, he realized that no one had mentioned it loudly, so the enemy was still somewhere in the solar system despite the small size of the gang, and would definitely start taking action soon.

It was time that the ship began to slow down, preparing for the meeting with Venus. Saw the hour and minute hands, and looked at the controls and set a new reading. The steady hum of generators-a vibration that has become a common feature of ships-has changed, and it is a relief for everyone. Their thoughts have melded into a stable tone. People didn't realize how annoying it was until it stopped. As the resistance of the stellar generator on the sun decreases, the gravity inside the ship decreases. After a while, the state became zero, and those who had forgotten to restrain themselves found them floating in the air, most of them dizzy.

The pitch changes, and the generator exerts a repulsive force on the pull of the sun. The person floating in the air suddenly rushed to the ceiling, and then as the inner sphere rotates on its playground to meet the new center of gravity-this time away from the sun, and slid violently from the wall to the floor.

When the connecting surfaces inside and outside the double wall of the sphere slide open and re-pair, the audience flickers. Suddenly, when he saw the audience drowsy, Li Wei thought about what would happen if the sphere did not rotate completely. They will find themselves blind.

Now, the ship is traveling on its intended orbit and slowed to meet Venus. A few hours later, after a meal, Li Huai returned to his berth, and it was time to rest. Russ maintains duty control and checks the new speed and deceleration from an astronomical point of view.

Li Badi threw it anxiously, and the light in the cabin went out. Something bothered him, and after a while, he realized that Clyde should leave work before then. He glanced at the clock and calculated that it was two hours overdue. Where is wrong?

He slipped out of the bunk bed and climbed onto his pants. Boarding the control room, he saw Lockhart, the two astronomers and the entire engineering team, concentrating on the control device.

He stared at their shoulders, but the dial didn't mean much to him because he didn't know what they should say. "What happened?" he asked Lars.

Russ put him aside. He said: "We will not establish contact with Venus." "Our generators are not working as we hoped. We cannot slow down sufficiently, and the pull of the sun is stronger than our ability to stop it at our current speed. We are It will shoot through Venus’s orbit in front of the earth, while we are still moving toward the sun at a faster speed than we thought."

"You mean, we are falling into the sun!" gasping

The young astrologer said: "As far as the current situation is concerned, this is what is happening."

At the time, it seemed strange that there was no more excitement on Magellan’s plane. Learning early in the game is destined for everyone to bring more reactions. It should arouse some kind of fanaticism, or work hard to abandon the spaceship, etc. But although the people in the cabin were locked, they were panicked.

Instead, their faces seemed cold and focused, which was a serious expression of the plan. Through a shaded observer, so that the light will not blindfold his eyes, Li Badi can now see the wide disk of the sun. Spots can be seen on its blazing surface, with hundreds of thousands of miles of burning gas surrounding it. Are they really destined to end a pure cinder? One of the outstanding moments is the fire?

Clyde was using a calculator with it. Looking at them in silence, trying to determine what they are doing. In the end, they took a statue from a machine and gave it to Lockhart and the engineer. There was a brief meeting and it seemed that a consensus was reached.

Clyde's once tense face is now more relaxed. Good words: "I think the problem has been solved."

"What's the matter?" Li Bad asked. "If we have shot Venus, we should still be able to stop, fall from the sun, and maybe catch up with Venus again. This will take longer, but..."

Russ interrupted: "We are changing the plan." "Of course, we can brake-we can definitely find a lot. The problem is that we lack effective testing of Magellan drives. We thought we knew what it would do, but after all The space issue is complicated. The facts have proved that its effect on the sun is not as effective as calculated, or the pull of the sun is stronger than that recorded by our instruments. After recovering Venus and returning to its orbit, it may be that this is indeed very Time-consuming but difficult to plan. Instead, what we are doing is changing the schedule."

"But there is no other place to go except Mercury. Is that a new plan?" Li Huai asked him.

Russ nodded. "Mercury is flying around the sun. When we brake, we will be closer to its orbit than Venus. Therefore, we will move inward and the first planet will land there."

Mercury, the smallest and hottest planet in the system. Remember that it was one of the two worlds they knew for sure, and there must be a solar tap station on it. He got off the hatch and passed the news to the landing crew.

It was discovered that the new plan for the walkie-talkie had been heard from. After joining, four people including He and He entered the planning meeting.

The Mercury problem is tricky. As it says: "It's better to solve this problem first, not to solve it first."

Haynes commented: "Yes, but on the other hand, the Mercury station may be one of the most important stations. It is located very close to the sun. Under ideal conditions, the solar energy must be stable and unbiased. Become a system. Main site in ."

Bolton smiled and said: "The problem comes down to heat, I mean \'boiling\'." "Mercury only revolves around its axis once a year-its year is only eighty-eight of our days. This means, Like the moon only to the side of the earth, Mercury always presents the same hemisphere to the sun. Therefore, there are always days of the sun. The sun seems to be fixed in the sky. Naturally, we assume that the sun tap will be on the sunny side. And the heat must be great."

Haynes simply said: "In fact, records show that the heat in the center of the sun's side reaches 770 degrees Fahrenheit. It is enough to keep tin and lead molten."

Summarized: "The problem is how to get to the station on such hot terrain." "In my opinion, there is no atmosphere that can solve part of the problem."

Haines nodded. "Let's start working on an action plan, man. We have a few days to set up our equipment."

Those few days passed quickly. When several possible scenarios were outlined, these individuals listed the types of equipment that each scenario might use. Then, they put on the pressurized space suit and carried the gas tank, left the inner sphere and passed through the cargo space surrounding it inside the outer frame of the spacecraft. At first there was air here, but now they found that most of the air has disappeared. This is due to the infinitely tiny leaks on the shell caused by the continuous bombardment of microscopic dust.

They found each device and moved it to a convenient location.

The ship reached the stopping point, where the repulsion of the sun eventually caused it to brake under the action of resisting the sun's gravity. Then, by increasing the selective traction of the approaching Mercury, they move in that direction.

The appearance of Mercury is changing. When they approached it from the outside, the illuminated half of it moved away from their sight, and what they saw was a shrinking crescent, even though it became narrower and bigger. Finally, it was time for them to make a close turn, and came to the eternal sunless night of the asteroid.

They prostrated themselves on the dark surface to observe and measure. Oberfield said after reading the first book: "It's not as cold as we thought." "There is always a certain amount of heat along the edge of the dark side. I think it's radiation, and the planet has moved to a certain extent. fact."

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