Who said I was a military factory?I sue you for slander!

Chapter 224 Gravity Experiment Breakthrough!

Recently, Condor demonstrated their latest research plan for the moon base, and the gravity experiment is one of the core contents.The company's scientists, who believe in simple, practical research methods, have developed a new type of gravity experiment to improve the viability of lunar bases.

Gravity experiments are usually carried out in specific locations to simulate different weight and gravity conditions, with special emphasis on representative experimental results at target locations including altitude.Condor scientists put themselves in their shoes, realizing the much lower gravity conditions on the Moon than on Earth.In this case, it is very important to carry out fully automated gravity experiments independent of the earth.

Scientists first predicted the gravity of the moon through various methods, and then used materials science, circuit design and automatic control technologies to design a fully automated gravity experiment instrument.According to their tests, the experimental instrument has successfully achieved stable measurements under different gravity conditions.

Scientists also installed the moon's magnetic field in the experimental instrument, so that they can measure the subtle gravity changes on the moon, which will help the understanding and optimization of the moon base.

"Our technology can help us establish the basis for performing automated scientific experiments on the moon and obtain important information about the moon," explained Condor's research project manager, "This is a new milestone for us in this field , also provides an important and useful tool for future research on lunar bases."

This technology of Condor can provide new feasible ideas for the construction of lunar bases, and it can also provide important experimental data for future scientific research, making further contributions to the dream of human exploration of the moon.

In the laboratory, Ye Fei is studying the experimental plan with other researchers and discussing all the details of the laboratory.

"We need some very sensitive sensors to test changes in gravity, and they must have extremely high precision and stability," Ye Fei said.

"Yes, yes, yes," replied another researcher, "but we need a good equalization mechanism to maintain the stability and precision of the sensor."

"We can design a very precise feedback system, control all the external factors, and monitor every detail in the laboratory. We can record all the data during the experiment and analyze it to get as much information about gravity as possible. information." Ye Fei said.

"But in this precise environment, any small changes may have an impact on our experimental results, and we need to make various corrections." Another researcher suggested.

"Yes, you are right. In the laboratory, we have to make various corrections to ensure that the results we get are accurate and reliable." Ye Fei replied.

In the zero-gravity laboratory, Ye Fei and his Academy of Sciences team are conducting a very interesting experiment:

It is an experiment using a common gravity device.

In this experiment, they intend to study the surface tension and viscosity of different substances.

Ye Fei stood in front of the console, looking at the liquid droplets in the experimental equipment.

He frowned slightly, feeling a little strange: in a gravity environment, the droplet should have been stretched into a shape as round as possible, but now the shape of the droplet seemed a bit strange, showing some irregular bumps and depressions.

Ye Fei turned his head and looked at his assistant Chu Hanshuang. "Han Shuang, do you think the results of this experiment are normal? There seems to be something wrong with our ordinary gravity device."

Chu Hanshuang nodded: "It's not normal, I think we need to check the structure of the experimental equipment to see if there is any deformation."

"Okay, I understand." Ye Fei nodded.He picked up a small hammer and tapped the experimental apparatus lightly.

"How is it? Did you see any deformation?" Chu Hanshuang asked.

"No, there doesn't seem to be any problem with this experimental instrument," Ye Fei said.

"That should be a problem with the experiment itself?" Chu Hanshuang guessed.

Ye Fei frowned, "Well, maybe it is. We still need to check further."

In the next few hours, Ye Fei and his team checked the experimental instruments and other possible factors one by one through the elimination method, and finally found the root of the problem-the spacecraft's attitude control system was abnormal, which caused the normal gravity device to fail. There is an error in the reading.

On this basis, Ye Fei and his team adjusted the experimental device and re-conducted the experiment.

This time, the shape of the droplet was exactly as expected, and the whole experiment worked out very well.

After the experiment, Ye Fei and Chu Hanshuang sat down in the lounge and drank a cup of hot tea.

"Do you think this experiment is meaningful?" Ye Fei asked.

"Actually, whether there is gravity or not, it doesn't seem to affect life."

Chu Hanshuang replied with a smile: "Of course it is meaningful. This experiment provides important data and information, which can help us better understand the behavior of liquids in different environments, and provide valuable reference for future scientific research work. "

Ye Fei nodded, "You are right. The success of this experiment is inseparable from the cooperation and hard work of our entire team. Only when each of us does our own job well can we carry out the experiment to its best. "

"Yes, I also want to say that our leader - Ye Fei, is very lucky to be able to bring our team together and let us continue to pursue excellence." Chu Hanshuang said.

With the joint efforts of Ye Fei and his team, the experiment went smoothly and achieved very good results.

A few weeks later, in a zero-gravity laboratory.

"Finally succeeded!" Ye Fei said excitedly, "This means that we can better grasp the characteristics of gravity in physical experiments, and at the same time be able to explore the mysteries of the universe more deeply."

After a long period of hard work, Ye Fei and other members of the Academy of Sciences finally successfully developed a device with the characteristics of ordinary gravity, and the experiment was successful.

This marks another step forward for Chinese science and technology in the field of physical experiments.

In the past period of time, Ye Fei and other members of the Academy of Sciences have made great efforts to develop this device.

After repeated experimental failures and setbacks, they persevered, improved and adjusted the experimental parameters again and again, and finally ushered in the moment of success.

When seeing the success of the experiment, Ye Fei and other members of the academy were ecstatic.They embraced in the lab, celebrating the hard-earned victory.

Ye Fei ran into the laboratory excitedly, and saw that the research team was carefully operating a high-tech equipment.

(End of this chapter)