Hand rubbing nuclear fusion live in the wilderness

Chapter 433 Mining Uranium Mine

As soon as the Korean Won words came out of his mouth, the live broadcast room suddenly boiled.

Everyone knows what to do in the live broadcast in the third year, but at the beginning, carbon-based chips and intelligent industrial robots attracted attention, and they will be forgotten for a while.

Now being reminded by Han Yuan like this, everyone in the live broadcast room remembered it.

Live broadcasting nuclear weapons, the rhythm of a dream.

At the same time, the high-level leaders of various countries who received the news immediately had a headache.

Nima!Also let people live.

Although we knew that this day would come more than two years ago, when this day came, no one could calm down.

Long live peace, long live nuclear peace, these two words are exactly the same.

The only thing that makes the high-level officials of various countries rejoice is that the other party notified them two years ago, which made some preparations for both nuclear-armed and non-nuclear-armed countries.

Countries with nuclear weapons have strictly controlled the trading of nuclear materials and uranium ore.

Countries that do not have nuclear weapons and are ready to take this opportunity to build nuclear weapons are trying to get nuclear materials.

In addition to controlling the transaction of nuclear raw materials, under the consensus of the Five Standing Committees, almost all uranium mines in the world that are producing raw uranium, even abandoned uranium mines, have arranged for personnel to be stationed to prevent leakage of uranium ore.

Don't be afraid of [-], just be afraid of what happens.

If the technology shown by this anchor is how to quickly extract nuclear materials from uranium ore, it will be cheating.

Once some terrorists who love to carry out attacks master the technology of how to quickly refine and enrich uranium raw materials, no one can afford another 911/[-].

Not to mention whether the United States can resist it, no country in the world can withstand the explosion of a nuclear bomb on its own soil.

In the simulation space, Han Yuan looked at the barrage and smiled slightly, then led a group of X-1 industrial robots carrying various tools along the valley towards a mountain not far away.

The location of the uranium mine was determined in Huaguo from the very beginning.

It's just that at the beginning, the uranium mine he identified was not in Xijiang, but in Inner Mongolia.

During the previous resource collection mission, various rare metal minerals were collected in Inner Mongolia and Chuandu respectively. At the same time, some uranium deposits were also found in these two places with the help of metal deposit detectors.

Among them, there is a large shallow uranium mine in the uninhabited area of ​​Inner Mongolia. The grade of that uranium mine is not bad, reaching 0.148%, which means that 0.148 tons of uranium can be extracted from a [-]-ton uranium mine.

It looks like a small number, but it is already a very good number.

It should be known that the highest-grade uranium mine currently found on the earth is the "North Harasan" mine located in the southern part of Kazakhstan, with a grade of 0.204%, which means that 0.204 tons of uranium can be extracted from [-] tons of ore.

This is the highest grade of uranium ore discovered in various countries so far.

In fact, the grade of 0.03% uranium ore has a certain mining value.

So the mining value of the 0.148% uranium ore in Inner Mongolia is actually quite high, and more importantly, the uranium ore reserves are not bad.

According to the information fed back from the metal mineral detector, the tonnage of uranium in the uranium mine in the uninhabited area of ​​Inner Mongolia reached 130 tons.

The more than 6000 tons do not refer to uranium ore, but to refined uranium metal.

Of course, this tonnage is for the system. With the current technology of human beings, it is impossible to mine so much uranium.

But for a uranium mine with more than 6000 tons of uranium reserves, it is no problem for Huaguo to mine four to five thousand tons of uranium.

This was Won's choice at the beginning, but after the resource collection task was completed later, the system gave him a "distribution map of mineral resources on the current simulated planet and parent galaxy".

This information marks the various resources of all planets in the entire solar system.

Using this knowledge and information, Han Yuan rediscovered a super-large uranium mine in Huaguo, and also looked at the distribution of medium and large uranium mines in Xiahuaguo and the distribution of medium and large uranium mines in the whole world.

From the information on the distribution map of mineral resources, Han Yuan knows that the shortage of uranium in Hua is true, but this is compared with Kazakhstan, Australia and other uranium-rich countries.

In fact, it is not considered a shortage. After calculating the Korean won, there are a total of 270 medium and large uranium mines in Huaguo.

As for the small uranium mines, he didn't count them. There are too many small uranium mines in Huaguo, densely packed on the map.

However, small uranium mines are small in scale and of low quality, making them unsuitable for large-scale mining and processing.

Therefore, the Korean won only counts the data of medium and large uranium mines.

The total reserves of these 270 three uranium mines add up to about 70 tons, many of which are relatively difficult to mine.

70 tons, this figure sounds like a lot, after all, as of 20, Huaguo officially announced that the proven uranium reserves were 11 tons.

70 tons compared with 11 tons, there are still nearly 60 tons that have not been proven, and this is not counting the numerous small uranium mines, which shows that there are still some uranium mines in Huaguo.

But Won knows that this is all the uranium mines that have been discovered and that have not been discovered. In fact, it is not a lot.

At least compared with Australia and Maple Leaf countries, there are really not many countries.

As of 20, Australia's proven uranium ore reserves were 64.6 tons. However, from the information on the distribution map of mineral resources, we know that Australia's uranium ore reserves actually need to add zero to this figure.

There are more than 150 large-scale uranium mines in Australia, and the total ore reserves of large-scale uranium mines alone exceed 50 tons.

Moreover, these uranium mines are not only extremely large in reserves, but also the difficulty of mining and the grade of the uranium mines make people drool upon seeing them.

Korean Won has seen the distribution of these large uranium mines in Australia, and it can be said that many of them are shallow uranium mines, and the mining difficulty is extremely low.

In addition to Australia, there is another country whose uranium reserves also make the South Korean won drool.

That is the country of Maple Leaf, the dog leg of the United States.

Maple Leaf Country is also a big country with super rich uranium reserves.

Although it is inferior to Australia in terms of total tonnage, there are three super uranium mines in Maple Leaf Country.

The super uranium mine here refers to the kind with reserves of more than [-] tons.

There are only seven uranium mines with this level of reserves on the entire earth after South Korea has retrieved the information on the distribution map of mineral resources.

Of the remaining four, two are in Kazakhstan, one is in Lao Maozi, and one is in Australia.

And the Maple Leaf country alone occupies three.

The reserves of these three super uranium mines alone are close to half of the reserves of large and medium-sized uranium mines in Huaguo. How can this not make Korean Won drool.

When Han Yuan first saw these three uranium mines, he wondered whether these three super uranium mines had been discovered, and if they hadn't been discovered, whether he could let Huaguo get involved.

It is impossible to mix a uranium mine in the name of an individual, and Han Yuan doesn't want to do such a thing, after all, anyone who knows about uranium understands it.

It is impossible for an individual to meddle, but it is possible for Hua Guo to meddle.

If it is not discovered, if you find a way to pass this news to the above, then it will be a good show.

Leading the X-1 industrial robot all the way along the ravine, Han Yuan turned his head to glance at the team behind him from time to time.

The humanoid robots are quite stable when walking in the mountains. The 360-degree shooting device all over the body + the intelligent core built by huge codes make these robots walk on the mountain like flat ground.

The performance is simply killing the robots made in various countries.

With these robots, after walking two or 300 meters, the won stopped.

Through the information given by the metal ore detector, Han Yuan knew that he had almost arrived at the mining area.

Huaguo's uranium mines are mainly concentrated in several provinces such as Inner Mongolia, Xijiang, and Xiguang.

Among them, Inner Mongolia and Xijiang have more reserves, including the largest uranium mine that has been proven so far, which is located in Le'an Gongxi in Xijiang.

It is about 100 kilometers away from where he is now.

As for the mine at the foot, Won has already confirmed it, and it has not been explored by the Mining Bureau yet.

In fact, the netizen in the live broadcast room based on the longitude and latitude exposed by the aircraft before is not too far from his actual location.

The latitude and longitude information was deliberately exposed by the Korean won, and the purpose was naturally to provide some convenience to the authorities.

Anyway, even if he is not exposed, he can be found above, but it will take a little effort.

They are already distributing benefits, so they should be paid in place.

Stopping, Han Yuan looked at the surrounding environment.

In front of him was a huge mountain.

The mountain is not too high, and the vertical height from his current position to the top of the mountain is only more than 300 meters.

The height is not high, but the area of ​​this mountain is quite large, the vegetation on the mountain is luxuriant, and there is greenery everywhere.

After observing the trend of the mountain peak, Han Yuan pointed at a gentle slope not far away and said to a dozen industrial robots standing like sculptures behind him:
"Clear the trees on this gentle slope, and then dig five holes with a depth of three meters and a width of two meters at intervals of 20*20 meters."

"By the way, the trunks of trees with a diameter of more than [-] centimeters are cut out and gathered to my side."

Han Yuan ordered, and the X-1 industrial robot behind him immediately moved.

In raw form, these industrial robots are highly humanoid.

But their arms, legs and other places can be replaced.

And it's not very complicated to replace the parts. The replacement of the legs is a little more complicated, but the arms are actually very simple.

The structure of the arm is more complicated than that of the leg. The arm of the X-1 industrial robot is almost anthropomorphic from the fingers to the shoulder joint.

The joints of the human arm are almost found on the X-1 industrial robot, and every joint is replaced by a magnetic bearing joint.

The steps for the X-1 industrial robot to change tools are like cutting off a hand from the wrist and then replacing it with a mechanical arm.

With the help of the other hand, these industrial robots first cut off the power supply of the magnetic bearing joint at the wrist, and after cutting off the power supply, the wrist droops.

This is the first step, and the second step is to disassemble the protective material and connecting material outside the magnetic bearing joint, and then remove the palm and the magnetic bearing ball.

The third step is to replace other tools.

Of course, this replacement tool must be specially made, and one end must be a matching magnetic bearing joint, so that it can be installed.

This design is also the reason why the X-1 industrial robot can be used in various industrial places.

In addition, the purpose of the design is to save the consumption of magnetic bearing balls.

The magnetic bearing ball is the core part in the magnetic bearing joint, although it is suspended in the upper and lower magnetic bearing joints and does not touch each other.

But that doesn't mean it's without losses.

The size of the magnetic bearing ball is different, the number of winding turns of the β-sensitive magnetic wire inside, the number of stators, and rotors are different, and the magnetic force generated is also different.

And to freely control the magnetic field of the magnetic bearing joint, this is not only the work of the electrical control part, but also the work inside the magnetic bearing ball.

Some jobs require magnetic bearing joints to continuously adjust the size and direction of the magnetic field, and then control the body to make various activities.

And the more complicated the action, the more complicated the adjustment required. Every adjustment will make the β-sensitive magnetic wire inside the magnetic bearing ball age.

There is no way to do this, unless a material that will not age and can replace the β-sensitive magnetic wire can be found for winding.

In addition, complex adjustments also accelerate the wear of the stator and rotor inside.

The magnetic bearing ball is not in contact with the magnetic bearing joint, but the stator and rotor inside are fixed inside the ball wall.

Therefore, the working time of the magnetic bearing joint is actually limited.

The smaller the magnetic bearing ball, the shorter its service life.

Then it is necessary to replace the arm with other tools, which can save a lot of magnetic bearing balls.

After all, a fully humanoid palm has double-digit magnetic bearing joints, and these sub-magnetic bearing balls are quite small.

Of course, changing tools is not necessary for the current Korean won.

It is true that magnetic bearing balls are lossy, but it does not mean that they can be damaged after one or two uses.

After receiving his instructions, these X-1 industrial robots took out the chainsaw from the tools on their backs, and then walked towards the location designated by Won.

Some small shrubs and trees did not affect their actions, and they fell under the steel feet or arms of these industrial robots.

Trees with a diameter exceeding a certain number fell to the sound of buzzing chainsaws.

These industrial robots are highly efficient and intelligent.

After sawing down a big tree, even if the diameter does not reach [-] centimeters, they will trim it, cut various branches from the main trunk, and then pile them together to prevent these fallen trees from affecting own progress and work.

If there is any drawback, it is that without the unified command of artificial intelligence, these industrial robots have shown the characteristics of individual combat.

Each X-1 industrial robot has its own intelligent core inside. These intelligent cores will make judgments confidently and work in areas where there are no companions and will not affect them.

As a result, after Han Yuan gave the order, these robots overflowed and disappeared into the jungle in an instant. There was no appearance of an army of robots advancing together with a plan like in movies and novels.

(End of this chapter)