Blue Star Sea Diamond

At this moment, Sbetznas and Mi Pang are in the command room where the 359 cannon is instructed to launch the cannon. They only need to receive orders from their superiors and adjust the corresponding angles without needing to detect the target by themselves.

And their superior command used satellites to detect the target, that is, the data from NASA's detection of near-Earth planets. Based on this, they calculated the next direction of the moving meteorite and calculated the point of convergence with this direction after the gun was fired. The order was given to the fire.And this confluence point is extremely difficult to control, so it is necessary to find multiple confluence points for multiple guns, fire each, and intercept with a high probability.After the previous cannon hits, the next cannon receives the order, and there is no need to continue firing, to waste the cannonball.Therefore, every time a gun is fired, NASA satellites need to carefully observe the data to see if the shell hits the target, and to see whether the hitting the target achieves the purpose of interception.

How to make the giant artillery system continue, can only rely on far-reaching energy sources, from volcanoes deep in the earth.

And all of this is relying on the stable extraction of volcanic energy and the integration of volcanic materials, so that these materials and abilities are automatically produced into this huge cannon.

Sbetzners said: "The torch factory is 100 kilometers deep, and there is magma of 1,200 degrees Celsius. This is an active volcano. The crater is not stable, so it is sealed by a large steel structure. It is not far away. This large hole more than 100 kilometers deep was drilled in a stable place, and the magma was dug, and then the river water not far from the volcano was introduced into the magma, and then high-temperature steam was generated, and the high-temperature steam was introduced into the turbine power outlet on the ground. It is transformed into a turbine to generate electricity, and the cooled magma is directly processed into basalt rock."

Mi Pang was suddenly very interested and said: "The volcanic magma is very powerful, how to control it?"

Sbetzners said: "In order to prevent the impact of magma from increasing, the walls of the big cave are made of high-strength and high-melting alloy materials. There are multiple buffer valves that can be opened. The other end of the valve is a passage of a certain length, leading to one. After the storage room is cooled, the storage room is then directed to the enemy producing basalt. The big cave has many different depths corresponding to different widths of channels leading to the magma. When the magma erupts strongly, the shallow depth can also work normally, and only when the eruption is not strong The deepest job."

Mi Pang said: "The magma is very hot, how to control it?"

Sbetzners said: "When working, the entire system has both tightness to ensure sufficient gas to be directed to the turbine power plant, but also takes into account that the water-cooled basalt can flow into the basalt processing plant at a specific range of temperature. Basalt processing The factory is diversion at a point where the corresponding magma flows, from the main port to the branch port, and then to the basalt forming place. After adding water to cool, the robotic arm lifts the basalt and places it on the piles of basalt to cool The place where the rock is formed, and then continue to divert the next magma. So the production of basalt here is very high. It supplies all kinds of human use of basalt. The river water is diverted to the water control area that controls the water, and the water control area flows the water into the purification area. After the treatment, the water is introduced into the ground at a specific flow rate. When the magma impact is strong, the hydraulic power can be increased, and the water volume can be reduced when the magma is calm. The steam-conducting part is a switch on the arm of the big cave. The gas is passed through to prevent magma and water from blocking the gas pipe opening after an accident. The total gas is introduced into the sub-air channel, and according to the different strength, corresponding to the turbine air guide of various magnitudes to control the turbine Power generation work. The total flow velocity of magma is measured in the depth of the pipeline to calculate the power, and then the entire pipeline system is adjusted to achieve the most suitable use."

Mi Pang said: "This is so ingenious, the energy of the volcano is also great."