<h4>Chapter 583: Chapter 584 Star Resource Development Mission (7)</h4>


    The implementation of the design blueprint means that construction can be started, and the construction of the ring makes the star system lively again. Observation on a ster scale, it can be seen that many dust-sized objects are moving into the star system.


    Therger group of these objects is the giant creatures transformed by the collectors. Each of them is taller and more majestic than the Oriental Pearl on the earth. Even if it lies t on the ground, it can reach the stratospheric.


    Transport organisms travel endlessly to and from each giant structure, pouring the material carried into the giant organisms, and the giant organisms will transfer some substances to the transport organisms.


    Within thework channel built by the collectors, each individualmunicates with each other.


    "There is not enough liquid metal hydrogen. Give me some more."


    This is an application issued by the collectors who are fertilizing the orbital module.


    "It''s building, it''s building, don''t rush..."


    After returning to the same family who gave birth to the orbital module, the strong pressure giants, and then turned their heads and began to urge other peers to speed up the progress.


    "Hey! Has the hydrogen salvage been done yet?


    There is no way not to urge. The strong pressure giants also need enough hydrogen to produce metallic hydrogen.


    The exploitation of hydrogen resources mainlyes from the salvage of orbits near the star. This star system has been almost dismantled by collectors. There are nos orrge meteorites. The collectors can only replenish material by salvaging the wreckage of thest failed star sphere.


    The strong pressure was obtained with a helpless reply from the salvage team.


    "The ray intensity on the side of the star is too high, and it is troublesome to umte heat and difficult to salvage..."


    The salvage team soon began to urge their peers on the other side.


    "There are not enough solid helium resources for cooling..."


    "Wait for a few more weeks, and it has been shipped to you."


    The reply is a group of giants on the edge of the star system, which is a new type of giants. Collectors call them cooling giants. As the name implies, they are giants that cool down material resources.


    Their shape is very simr to that of a t kite. The middle part is rtivelyrge, which is a meat ball. Its function is to receive, deliver and process substances, and then the other parts, with six skeletons extending out and then supporting a circle of meat membrane, which looks like the membrane wings of a bat.


    The cooling giant structure is as white as snow. This color has the highest reflectivity and the worst heat absorption. After entering the meat ball, the material will be processed into molecules. These processed molecr groups will be sent to the meat membrane. The meat membrane is very thin, and there is a sandwich in the middle, which is only for a small number of molecr groups to pass through. In this way, the substance will A small number of molecr groups are spread out into a ne to cool down with thermal radiation.


    "We still have to expand the area. Whether it is when the ring is built or after the ring is built, the demand for solid helium, a cont, will be extremely huge."


    "We still need a stronger cooling efficiency."


    "Then we need to expand the cooling area."


    Thermal radiation is one of the three forms of heat transfer with the lowest efficiency. Collectors think that since the efficiency is the lowest, they can use the area to cool all the molecules of a material mass at the same time, so as to achieve higher efficiency. The method of improving the cooling efficiency is also very simple, just to expand the cooling area.


    "But repressing helium gas masses requires enough pressure, which is a problem that needs to be solved."


    "Can''t you deliver the cooled helium mass to the strong pressure structure?"


    "Oppose, This means that we will spend a lot of unnecessary energy on material transportation.


    "It can breed new strong pressure structures close to us."


    "That''s it."


    On the other hand, there is an extra circle of cylinders in the orbit of the star. These cylinders are in almost the same orbit, and the error value is within three kilometers, which will form a general circle with a diameter of two astronomical units.


    The orbital module is three parts. The innermost part is the tunnel for the movement of the particle beam, that is, a circle of metallic hydrogen, and then the outeryer is skeletal organisms, which is rtively restrictive in material transportation. However, this part is mainly used to counter the gravity of the particle beam and support the upperyer, that is, the outermost circle of organic cell organisms.


    At this moment, they are docking, and the distance between them is getting smaller and smaller.


    "Be careful, be careful, be careful..."


    "Take your time..."


    The docking of the orbital module is almost the same time, because it takes into ount the speed difference of each individual, which will lead to the emergence of new variables. The first docked into aplete body is the outermost organic cell part, which is the initial fragile proofreading, followed by the part of the organic bone, which takes more time than Longer, because although the bone is alive, its own structure limits that it is not as active as the organic cell part.


    Finally, the most critical and important part is a circle of liquid metal hydrogen. After encapsting the bones for docking, these liquid metal hydrogens arebined into a whole.


    "Okay! It''s connected!"


    The collectors reported excitedly, and the collectors who were responsible for coordinating the overall situation replied to them.


    "Don''t rush to generate an electric field first. First, check yourself and confirm the connection between each other. We need to seed once."


    "Start counting!"


    The orbital modules that make up the rings began to self-check the number in the channel.


    "1!"


    "2!"


    "3!"


    ...


    When thest orbital modulepleted the self-test report, the coordinated collector began to dere the matters that need to be paid attention to in the next stage of the project.


    "Each orbital module should note that when gravity increases to begin to contract, you should remember to adjust yourself appropriately to ensure the activity of your cells."


    "I understand!"


    The orbital modules replied, and the statement continued.


    "Also, remember to expand the strong external maic field, so that the ster matter can be biased to your side, instead of passing near you."


    "Understand!"


    The overall collector thought for a moment, confirmed that he had said everything that should be said, and finally asked another question.


    "Is the solid helium used for cooling full?"


    "Yes!"


    The orbital cabins answered unanimously that at this time, when everything was ready, the coordinated collectors began to give orders to their peers.


    "Well, now start elerating the electric field, ready... elerate!"


    Metal hydrogen begins to be injected with an electric current, whiches from solid helium to cool the thermal umtion of organisms, which realizes the generation of current.


    A circle of electric field is not very strong. After such an electric field environment is formed in the whole ring, the ion is introduced into the orbit for eleration.


    At the beginning of eleration, because the electric field is not strong, the speed of osmium ions is not high. However, this is only the beginning. Because there is no resistance in the vacuum, the speed will only be constantly superimposed. In the end, these ions will elerate to a speed value very close to the speed of light. At that time, it will form a gravity close to the ck hole.