Future Technology Powerhouse

Zhao Zhiyong continued to report to Zhang Zhihui: Mr. Zhang, the No. 168 'Classic' element has very low chemical activity.

It is only a little higher than the bell element, and most of the known substances cannot react with it.

The binding strength of its nucleus to the electrons outside the nucleus is many times higher than that of a gold atom.

Due to its physical properties, it is difficult to react with other elements.

Even aqua regia, which can dissolve gold, has no reaction to it.

We experimented with various strong acids, strong bases, and organic solutions, but none of them could dissolve it.

Zhang Zhi thought for a while when he heard this, most of the chemical reactions of metals are carried out in solution.

The ionic solution of metals is the most convenient place for them to carry out chemical reactions.

The element Bondonium cannot be dissolved, so this reaction pathway cannot be achieved.

Zhang Zhi frowned, and he asked Zhao Zhiyong: Have you found any substance that can react with the element 'Dian Dian'?

If the classic element is like helium, it is difficult to participate in chemical reactions.

If the nitrogen oxides on the data cannot be generated, his idea of ​​obtaining an energy shield will also be shattered.

For future space exploration, stronger shell materials can only be developed. Shields against the ubiquitous solar wind and cosmic radiation.

Of course I found it. Zhao Zhiyong said happily: Under the pressure of 500 times the atmosphere, the element 'Bondonium' can react with oxygen, nitrogen dioxide, and hydrogen.

Under normal temperature and pressure, the element 'Bondonium' hardly reacts with any substance.

Because of this characteristic, it can directly contact the air, as long as it is sealed and stored. prevent its evaporation.

It does not react with other elements, and it is harmless to the human body.

We experiment with animal bodies, it is not absorbed by the digestive system of mammals. It's safe for people.

Zhang Zhi put on an expression of surprise, and asked, The 'Zendian' element, it can react with other substances.

Zhong element can't react with any element.

Take me to see what the products are.

Zhao Zhiyong thought that Zhang Zhi was just curious, so he took Zhang Zhi to the place where the compound containing the element Bondon was stored.

Zhang Zhi followed Zhao Zhiyong to the place, and he saw a light blue liquid and a green pentagonal crystal. There is also a cloud of colorless gas.

They are all sealed, and these substances are so small that they can only be seen clearly with a microscope.

Zhao Zhiyong introduced to Zhang Zhi: This light blue liquid is hydrogenated 'Bondium', this green pentagonal crystal is nitric acid 'Bondium', and this transparent gas is oxidized 'Bondium'.

None of them are harmful to the human body. I tested tens of thousands of compounds, and they reacted with 'Bendian', and only got these three compounds.

After Zhang Zhi heard his explanation, his gaze stayed on the green pentagonal crystal for a while.

He estimated that this was the material he wanted to obtain.

Zhang Zhi originally thought that if he failed, he would guide scientists to find this crystal.

He pointed to this, green pentagonal crystal. He asked Zhao Zhiyong suspiciously: Didn't you just say that this new element cannot react with nitric acid.

How did its name become a compound similar to the name of nitrate.

Zhao Zhiyong immediately explained: Mr. Zhang, it reacts directly with nitrogen dioxide to form this substance.

Its chemical bond combination is similar to that of nitrate.

It is soluble in water, and 'Bondian' can be replaced from the solution by other active metals.

Its properties are basically the same as nitrates, so I named it after the naming rules of nitrates.

Zhang Zhi nodded, expressing his understanding.

He said approvingly: Manager Zhao, you have done a very good job. In this way, we can have four substances to study their functions.

You are increasing the reaction conditions and adding various propellants. See if you can generate new substances.

Send these three compounds to the physics group to see if something can be developed, and if not, let other departments of the company do the research.

If we can't research it, we will publish it on the scientific research platform to see if a miracle can happen.

When Zhang Zhi saw the present, it was almost 12 o'clock.

He saw that the scientists were busy, and they didn't think about going to eat.

He immediately contacted the cafeteria downstairs and asked them to bring a portable dining car, prepare a portion for 50 people, and wait in the lounge outside.

He used his quantum phone to send everyone a message.

Everyone began to rotate gradually, and went to the lounge next to them for lunch. I have asked the cafeteria to bring the lunch car.

After receiving Zhang Zhi's order, Sun Qian and Zhao Zhiyong arranged for the scientists to have dinner respectively.

Zhang Zhi saw that the scientists had been divided into groups and went out to eat one after another.

He also went out with Sun Qian and the others, and suddenly thought of Li Lingqiu, and asked Xing Lan to inform her.

Instead of going home to eat by myself, I ate with the employees.

Zhang Zhi was at the dinner table, and heard Sun Qian complain: This element is too stable, and there are many ways to find its use.

We tried to activate it with various frequencies, voltages, and currents.

Study its electrical conductivity, thermal conductivity. Use it as the core of a laser to see if it can excite a special laser.

Dope it into other alloys to see if you can change the properties of the material.

We used a variety of methods to achieve it, with Xinglan's powerful computing power.

Coupled with a scientist, he can conduct several experiments at the same time through intelligent robots.

Now complete the conceivable types of experiments in sequence, and its response is very normal. Nothing special.

We finally came to a conclusion that he is an ordinary metal. In the field of knowledge, its particularity has not yet been discovered.

Zhang Zhi listened to Sun Qian's narration. At the same time, finish the meal quickly.

He knew that what Sun Qian said was true, and scientific research was like this.

Even if you put in a lot of effort, you may not get the desired results.

Zhao Zhiyong and his chemistry team have created compounds of three new elements.

You use these three compounds to conduct the experiment again.

The chemical reactivity of the boron element is too low, and no compounds can be produced.

Compounds of the element 'Classic' may have had important uses.

You are only doing general experimental research now. Experiments in segmented domains should also be carried out now.

Just like laser excitation, it must be an electromagnetic wave with the same frequency as it.

Maybe none of you have found that point.

Zhang Zhi and the others finished their meal, and Sun Qian immediately arranged a new round of experiments.

Sun Qian and a group of physicists worked out a new plan and started experiments.

Zhang Zhi was still inspecting their results, and some small results appeared. But there were no important results.

The element of 'Zongdian' is too expensive to be used here.

Zhang Zhi has been paying attention to the green pentagonal crystal nitric acid 'Bondon'. It also shows no special phenomena.

He knew that he was a little anxious, and he was already happy to discover the element of Zongdian today.

This kind of scientific research experiment without a goal is to go through many experiments to find the desired result.

Such experiments are usually more difficult than normal experiments.

It competes with probability, and scientific experiments never believe in luck.

If it is not found, either the direction is wrong, or the number of experiments is not enough.

Zhang Zhineng is sure that their direction is right, as long as they increase the number of times, they will always succeed.