The head of the military, Huang Mingkun, is an old acquaintance.

Huang Mingkun participated in the experimental work of F-ray testing, led the team to install targets for measuring the release distance of F-rays, and also participated in direct experimental research.

However, Huang Mingkun was an engineering staff member, and when he participated in the experiment, he only worked as instructed.

The same goes for now entering the gravitational field technology research group. Huang Mingkun's team is responsible for assisting and cooperating with the gravitational field technology group and trying to meet the technical group's needs for experiments.

After talking about the experimental work with He Yi, Huang Mingkun still felt a little confused, because the experimental base had only just been established and only had some basic facilities and equipment.

In their subsequent plans, they will also build work residences, houses, and necessary safety facilities.

This work can only be carried out by communicating with the design team.

Now that He Yi said that he would start the experiment directly, Huang Mingkun felt a little incomprehensible. For a normal experimental research project, after the base is built, the environment must be inspected and the facilities of the base must be improved, and then some professionals must be found and determined.

Division of research.

Then do research and conduct experiments.

The previous steps take a lot of time, like the experimental research on F-rays. The initial work took about two months.

result……

Conduct the experiment directly and ignore the previous steps?

Huang Mingkun always feels weird.

He didn't question anything, but leaned over and asked, "Academician He, I know about your research on gravitational fields, right? Are you ready for the experiment now?"

He Yi nodded and said, "We are ready. Of course, this is just the first experiment, and there will be further research. You are mainly responsible for the detection level."

The preparation he is talking about is equipment.

The brand new gravitational field equipment has been manufactured, but experimental testing cannot be carried out in the anti-gravity center. It is difficult to detect if the equipment is facing high in the sky. It is even more impossible to create a gravitational field laterally. It is surrounded by construction facilities and is released rashly.

A large-scale gravitational field is very likely to cause major accidents.

Huang Mingkun nodded and said, "I'll get ready right away. Do you have any other requirements?"

He Yidao, "Gravity detection devices are being delivered in batches, but the first batch is already sufficient. Within a range of ten kilometers facing each other, a gravity device should be placed every 100 meters. Remember to face the equipment.

So that it can be placed in a straight line."

Huang Mingkun said, "I guarantee it will be completed!"

They are already very familiar with the work of preventing detection devices. Because they have participated in experimental tests of F-rays, the detection requirements for F-rays are higher. But now they only place gravity detection devices. Each detection device only weighs about 20 kilograms, and the work content is relatively

It's still relatively simple.

He Yi is also full of expectations for the experiment. In order to perform better testing, they specially designed a new gravity detection device.

This gravity detection device has the function of automatically reporting data.

In other words, the device will send information to the receiver in the main control room, and the data information can be viewed directly on the computer without having to manually view it.

Gravity detection devices are placed at intervals of 100 meters, so the number required is naturally large.

The first batch of devices shipped included 100 units.

The experimental team also conducted other design studies, such as the control of the direction of the gravitational field.

By controlling the direction of the superimposed S-wave, the main frame structure and the direction of the co-directional current can be adjusted to control the propagation direction of the S-wave after it is formed.

In other words, they have been able to effectively control the direction of the gravitational field. They can release it laterally and make the direction of the gravitational field face the ground, making detection easier.

In addition, the research team also improved the placement of the gravitational field equipment and installed a controller for fine-tuning the direction, which can fine-tune the direction of the two parts of the current in the same direction.

In this way, the direction of the created gravitational field can be controlled to a small extent, and the created gravitational field can be detected with a greater probability.

…

At the same time, Wang Hao was still in the light pressure engine unit.

Wang Hao's work is still very busy.

The research on the gravitational field may last for a while, so he still went to the light pressure engine unit first to handle some important work and made arrangements for the follow-up work.

The work of the engine unit is now divided into two parts. One part is centered around improving the light pressure engine.

The last high-altitude test still found some problems, including the electronic system and the internal materials. One of the sealing materials connected to the built-in metal plate had a small crack. After the problem was discovered, professional materials experts judged that

If the engine continues to run at high power for two months, the sealing material may be seriously damaged, thus affecting the safety of the engine.

Although the problems discovered will not pose a serious threat to space testing, the engine group still attaches great importance to it because their ultimate goal is to build an aerospace carrier, and the aerospace carrier will fly for a long time.

The second part of the work is the design of the space carrier.

The main person in charge of the design of the space carrier is Wang Hao, but most of the work is done by the space agency's professional team. They need to come up with a detailed design plan for the space carrier before space testing.

In addition, before the engine is tested in space, several cabins must be installed in the center surrounding the concave reflector, including the main cabin that can control the engine in time.

This work is important and complicated.

They transferred all the information on the space station from the space agency, combined with the performance of the engine, to improve the design and manufacturing of the cabin.

Wang Hao spent more than a week in the light pressure engine unit before handling most of the work.

Then, we went to the experimental base of the gravitational field design team.

After arriving at the experimental base, Wang Hao saw He Yi, Huang Mingkun and others and asked directly, "Are you all ready?"

"Ready!"

He Yi nodded vigorously and then reported on the work of the past week.

While listening to the report, Wang Hao took a look at the equipment and the nearby gravity detection device, and immediately announced that the experiment could begin.

This chapter is not finished yet, please click on the next page to continue reading the exciting content! He Yi and others can’t wait.

In fact, waiting for Wang Hao to arrive is just a ritual. After all, Wang Hao is the main person in charge of the research. In fact, they can conduct experiments without Wang Hao actually doing anything.

After announcing the official start of the experiment, work in the base began in an orderly manner.

Some people are responsible for testing the power operation and equipment conditions, and some people prepare for subsequent testing work.

Wang Hao went to the main control room.

The main control room is in a temporarily built bungalow, which contains a lot of fine electronic equipment.

He sat in front of a computer.

This computer is connected to the signal receiver, which will receive the signal from the gravity detection device immediately, and will also convert the signal into data and display it.

the other side.

He Yi arranged the experimental work, and after completing a series of preliminary tests, he directed the cooling system of the equipment to be turned on.

The next step is to turn on the power.

Before the equipment is powered on, the cooling system must be turned on to allow the superconducting part of the underlying structure to enter the superconducting state immediately. This is mainly because the power is too high. If the main structure does not enter the superconducting state, it will be affected by its own resistance.

A large amount of heat will be emitted, which may have a certain impact on the equipment.

After the cooling system is turned on, the main frame part forms a superconducting state, and the heat dissipation device at the other end operates normally, so there will be no impact.

After the equipment was officially connected, the computer in the main control room also began to have data.

Wang Hao operated and checked the data.

Helen and Ding Zhiqiang were standing behind him. The data displayed were the signals sent by the gravity detection device. Green meant that the device had been turned on. The number and gravity value data were in the back row.

When she scrolled down to view new data, Helen suddenly shouted, "There is data! 5500! 2.79!"

She pointed at the screen excitedly.

Everyone else also looked over and noticed that the gravity detection device numbered 5500 showed a value of 2.79.

5500 is the number of the gravity detection device, which means the device is 5500 meters away from the equipment.

2.79 does not create a gravitational force of 2.79 times, but 1.79 times, because the definition of gravity of the earth itself is 1.

Wang Hao continued to refresh the data, and soon a series of displays appeared.

"5500:2.79."

"5600:2.79."

"5700:2.79."

"5800:2.76."

"5900:2.73"

"..."

"7800,1.13."

"7900,1.02"

More than 20 numbers are displayed on the computer screen.

Everyone around the computer exclaimed, "From 5500 to 5700 it is all 2.79, 5800 starts to decay, and there is data all the way to 7900..."

"The range is very large. The center is 5,500 meters away from the equipment, and the subsequent coverage is more than two kilometers!"
To be continued...