Chapter 463: Chapter 464 Biological Design Completed
Huo Gu first began to consider the resistance of organisms to strong pressure. The positive and anti-anti-matter annihilation energy of antimatter is very huge. If it is a large number of positive and anti-matter annihilation at one time, it will inevitably give the organism a strong pressure. Therefore, this must be given priority, otherwise once too much antimatter is used, it will lead to If the speed is too high, the organism will be squeezed into minced meat under inertial pressure.
Antimatter propulsion, which has been designed for a long time, is presented. In the whole organism, antimatter propulsion exerts the greatest pressure on the organism, so it should be regarded as a priority.
Huogu directly used the bone material of the original mother ship creature, which is the bone with the most suitable strength and toughness in the materials they know so far, but it is only a spine, and a large amount of lead and bismuth elements are added, because this spine is directly subjected to gamma rays when accelerating and decelerating in the vertical direction. And it is also the largest part of the overall endurance.
Then in the last part, a bevel design that is symmetrical to the opposite of the 'horn' propulsion at the tail is added, so that when the acceleration of inertia exists, the bevel will disperse the inertial pressure into two forces, and part of the force will be transformed into a transverse force perpendicular to the vertical direction under the strength of the inclined plane.
It's just a simple force analysis question.
The front end of the spine is also a similar conical slope, which is tilted in the opposite direction of the slope of the tail. The principle is the same as the slope at the end, which is used to divert part of the inertial pressure inward when decelerating motion.
The four vertical directions of the spine are mounted with an anti-hydrogen mass container and solid hydrogen, and are fixed on the spine bone. It adopts a groove design so that it can be replaced after consumption.
Then there is solid helium, which is compressed into a solid state and put into a titanium alloy container. The container has a two-layer structure, divided into an inner layer and an outer layer, and the middle is pumped into a vacuum. Therefore, the external temperature will not affect the internal solid helium, and solid helium will not reduce the surrounding environment below the freezing point.
Some connection channels between the inner layer and the outer layer are deliberately designed on one surface of the solid-state helium container, which can be opened and closed through a biological valve, so that controllable cooling can be achieved.
Because helium is the least inactive element in the periodic table of all elements, it is extremely difficult to form a compound, but it will show weak electrical properties in a high-pressure environment. This can be used to selectively remove helium from the cooled body fluids from the blood vessels of circulating body fluids. The only thing to pay attention to is not to let the body fluids contain it under high pressure. Elements that are significantly enhanced in reducing properties, such as sodium.
Eventually, the helium will be concentrated in four vacuum containers, just like a medical syringe. Helium carrying a certain amount of heat will be re-collected and waiting for reuse after returning to the population.
There are a total of twelve containers for holding solid helium, the front, middle and back parts are used to cool all parts of the organism, the front and back are used for the cooling of antimatter propulsion, and the middle is the cooling of antimatter application weapons.
It is also a detachable grooved design, which is fixed vertically on the middle spine.
Then there is the energy supply heart of this organism. There are eight parts of the heart that are vacant between the solid helium container and the solid helium container, extending eight not long rib columns, and the miniature antimatter container is fixed at the end of the rib column.
The miniature antimatter container is wrapped in a circle of heavy water and monohydrated ammonia mixture. On the outside of the mixture, a circle of working cells that can combine monohydrated ammonia are used to convert heat energy into electrical energy. Just like plant cells convert light energy into chemical energy, the water temperature of the mixture will be constant at 50 degrees.
The reactor is not that the higher the temperature, the better. It mainly depends on the conversion rate of energy.
The heating does not need to consume much antimatter. The production capacity of antimatter is too huge, and it is because of this that it is not designed to be as large as a fission reactor, or even smaller than the antimatter container as a fuel.
Heavy water is larger than the atomic nucleus of ordinary water molecules, and ammonia is also larger than the nucleus of oxygen. In addition, there is very little antimatter annihilation as the core.
There are not many gamma rays released, so a layer of lead-rich cell wall can avoid the radiation necrosis of working cells.Part of the ribs extend vertically into a bifurcation, connecting the near cone slope at both ends of the beginning and end, and then the other bifurcations extend around a circle and connect with the ribs on the same line to form a ring.
This can stabilize the structure of the ribs.
Next is the problem of gamma-ray resistance. Black hole bombs and antimatter plasma cannons do not need to be considered. These generate gamma rays at very far distances. What needs to be paid attention to is the use of antimatter gamma-ray guns and ship-based sublight-speed guns filled with anti-matter as medicine.
Light is a particle and a wave, and waves have the characteristics of diffusion. Therefore, even if the biological weapon has protective measures against gamma rays, the organism itself must have a considerable degree of gamma ray protection. Otherwise, when the cluster is operated, the enemy will not die much, and a large area of its side will have died.
For this reason, a thick layer of composite exoskeleton is wrapped around the outside of the organism, in which the proportion of lead is very high, in order to resist gamma rays from friendly forces to a certain extent.
The concept of rotating turret design is still adopted. The universe is a three-dimensional space, and the design of the turret can ensure that the firepower can be applied to the enemy at any angle to the maximum extent.
The energy level of positive and negative material annihilation is very high, so even if gamma rays are released, will basically have a certain kinetic energy - light pressure.
The kinetic energy difference between the two cannons is not big, because the gamma rays released are almost the same.
For this reason, the organism adopts a hybrid assembly scheme, which is equipped with a sublight speed gun and a gamma-ray gun at the same time.
"It is resistant to high pressure, gamma radiation, and local areas have the ability to resist strong high temperature and low temperature... These are all available."
"Then there is only strong resistance to magnetism."
Huo Gu calculated in his mind and sighed secretly. Finally, he designed the prototype of this biological body that applied antimatter.
The magnetic field is not a robot. It will not play a role in any place according to the wishes of the manufacturer, where it does not play a role, and does not design a structure that shields the magnetic field. The magnetic field will spread all over the whole body of the organism, causing the charged ionons inside the organism to be affected by various ways, and serious points will even interfere with antimatter. After all, anti Matter can also be safely stored and used by magnetic field constraints.
So this is also a very deadly problem that must be solved.
The design of strong magnetic field resistance is not too troublesome. It is enough to add a layer of metal body. The metal conductor can easily shield the magnetic field.
What? Does the metal show magnetism? No, that metal body is not thick enough.
The whole set of design is much smaller than that of the mother ship, and it is not even as large as the size of the battleship, which is probably between the cruiser and the destroyer of the empire.
But its combat effectiveness is crushing, which is the first creature that can fight across stars in the true sense of Huo Gu.
"Such a historic moment symbolizes a big step forward for the whole civilization. We should give this organism a suitable name, which is called the Leap Forward Creature."
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