Starry Sky of the Magic Tower

Of all the groups, the most complicated work is of course the airship body repair team. Despite this degree of restoration, in the eyes of others, it is no different from remaking.

The first thing to be completed is the main structure of the airship, that is, the shuttle-shaped hull. The reason I rushed to complete this part was because there were no docks or workers’ dormitories on site. The hull is completed as soon as possible, and it can also serve as a place for rest and work.

Basically, as long as it does not occupy a large area or requires a lot of ventilation, it will be carried out within the body of the ship. After all, it is too cold outside, even if it is wrapped in a coat of snow wolf fur, the biting wind will still penetrate through the gaps in the clothes, making people tremble with cold.

Although the original airship pod that crashed, some of the bulkheads are still damaged after repair and transformation. You have to wait for Riley to make the right plank before it can be completely closed. However, temporary use of extra wolf skins for shelter is not a big problem.

Even Lin took out the magic metal of water-printed copper from the materials he carried, and put a film on the ship within the body. And using this layer of metal film, let Fen portray the magic array full of ship hull.

In addition to blocking the intrusion of wind and snow, it also has the function of heating the cabin. In fact, this layer of magic metal film played a very important role in Lin’s design, despite its experimental nature. However, the arrangement can only be coordinated after the follow-up work is completed.

The more important part is the ship-shaped cabin on one side of the primordial pod. The keel was damaged due to the factor of the fall. According to other people’s suggestions, the damaged but unbroken part of the keel is used as the upper half of the fusiform hull, because the weight is borne by the lower half.

But this opinion was not accepted by Lin. Because in his design, the entire shuttle hull will withstand the wind pressure brought by the high speed, and no part of it can use such unqualified and about to be damaged parts. In addition, Linsuo’s design was different from the common sense anti-gravity device requirements, so the keel that was about to be damaged was reinforced with a secret iron treasured by someone.

The processing characteristics of secret iron are very similar to those of water-grained copper. Watermarked copper can be transformed into a very thin sheet by magical shaping, which can be wrapped on any object to form an outer membrane.

It is difficult for ordinary craftsmen to use the characteristics of water-marked copper to make good weapons and equipment. Most of them are magicians who play art and use them to make relief carving works. Therefore, watermarked copper is a material with low unit price in the magician market, but it is also a very rare material. Because there is no market, no one will mine it in large quantities.

But with this feature, you can wrap a layer of film on ordinary materials, and then engrave the magic array to form a magic circuit. This kind of use has actually been discovered very early, but all previous weapons and equipment are of melee type, and the layer of water-grained copper has no defensive power at all, especially the thinner it is, the easier it is to damage.

But someone is used in parts that are not directly against the enemy, like the magic tower in the past, like the airship now.

The characteristics of secret iron are also very similar. They all need a basic material and then attach to it. Secret iron can be transformed into a liquid form by a shaping technique, which penetrates into the pores of other materials. Even the high-end magician can make the secret iron become like water,’soaking’ other materials.

But this is not the same as what Earth calls alloys. One is one, and the other is two. The same object has two properties and can be used for two purposes. Therefore, Secret Iron is a very difficult material for most magicians in the maze.

But right now, the secret iron can just be used as a material to strengthen the keel, and the keel can also be attached to the magic and engraving array. Ordinary materials can’t be so clumsy. Ordinary materials that can’t carry magic power will be corroded by power and decay.

The joint of the upper and lower halves of the shuttle-shaped hull is fitted with magical materials on the rim of the primordial hull, and then buckled up and down together. It is so cautious because the wing, rudder and the prepared external engine joints are prepared to be arranged along the horizontal axis of the shuttle-shaped hull. The general materials can not reach the complex structure designed by Lin. Strength of.

The main structure is completed, and then Lin did a second small division of labor. Two female silver-bearded dwarves, Marit and Freya, are responsible for the production of the wings and rudder. Using the three-dimensional imaging solid scale exploded view that’even an idiot can understand’, there is no difficulty in this part. , Just follow the table to exercise the class.

And the source of the material, the airfoil part is the remnant airbag fabric of the original airship; the skeleton part is the magic material of the original airship, the more rigid magic metal, light-weight steel .

Valley steel, which has a similar name, is characterized by being hard and heavy; while tilting Valley steel is hard, light and tough. Of course, the value is relatively high, so the original airship only had those goblin artillery pieces, and such magic materials were used in key parts. Therefore, in the repair process, the amount of light-weight steel that can be used is quite small. And before the artillery was dismantled, Totocani desperately blocked it.

Finally, Lin used it in the skeleton part of the’wing’. As long as Marit and Freya did not waste in the production process, it would be just enough for the wing and rudder designed by Lin.

And Lin, Jermaine, and the goblin father and daughter began to make the engine.

Although someone has touched the Earth’s engine, it is a far cry from repairing it, or watching others repair it, and building one by yourself. Especially the locomotive engine that someone has encountered is a single-cylinder, and the car engine has only touched a V-type six-cylinder. But for the star engine, I have only seen the schematic diagram and never touched the real thing.

For this, Lin used a lot of calculations and simulations, and actually built and tested the effects of the actual machine. This was how the engine design was finalized. In the process, Marit, who was originally interested in intervening, went back to work on the wing impatiently after hanging up the two engines.

In fact, this is what someone expected. Compared to other silverbeard dwarf men, Marit has craftsmanship and strength, but she has no patience and the courage to face setbacks. The end of the wing production can be seen, and the work must be meticulous. But the engine that has never been done is to find the way forward in the constant failure. Jermaine can do this, and so can Goblin Totokarni.

Fortunately, there are races like dwarves who are very familiar with metal, and magic materials can be shaped and changed arbitrarily by magic. This is the only way to recover materials and re-make them in the face of continuous failure.

Moreover, I’m making an engine, unlike in Earth, there is a big problem to overcome: materials. Earth’s material science has no meaning in the maze.

This is because there are few or even no habit of using’alloy’ in the artisans who are lost in the land. After all, the types of magic materials are too complicated. If one material fails, you can always find another one that meets the standards and can pass the level.

Secondly, Earth’s alloys, regardless of the smelting process used, are different metals or different metals. From the perspective of molecular structure, different metals are entirely different.

But the magic material is different. After Lin obtained microscopic observation methods, he also analyzed magical materials. The so-called magic material is a combination of a variety of heavy metal atoms that are impossible in terms of Earth chemistry from the molecular level to form a stable molecular structure, and it must be a complex polyhedron type.

For these heavy metal atoms, how to break through the limitation of valence electrons, react with each other, and combine together, Lin is guessing. And it seems that the answer is also obvious, it is magical power. Power is permeated in the molecular chain, connecting these impossible synthesized atoms, and this should be the reason why they are called magic materials and have special attributes.

Lin once thought, since he can observe the molecular formula of magic materials, and knows that it uses power to catalyze the reaction. So is it possible to mass-produce some high-priced and rare materials?

But I just thought about it and let the water flow. Not to mention that in Earth, the pursuit of alchemy of turning stones into gold is still a joke among people drinking and having fun in modern times. In Midi, even if it is really done, it is probably not a means of fortune, but a way to get rid of death that provokes jealousy. And it is conceivable that this time we will face the greedy giant beast at the national level, and endless pursuits.

In addition to the magic materials in the maze, the biggest use is in the production of weapons. To put it simply, if you can mass-produce magic materials with certain characteristics at will, it will only expand the war conflict in the lost ground. It’s not good for the people, and it’s not good for yourself, so is it sad to spend this mind on these researches? So someone gave up this idea altogether.

He also once thought about using the magic material to play with the method of alloy, creating a mysterious material science. But the conclusion is that different magical materials fuse together. In most cases, the advantages of each other are canceled or weakened. If you are unlucky, unimaginable reaction changes will occur, causing harm.

It can also be understood that whether it is a who type, elves, or dwarves, the way of forging in the maze is to forge and shape the raw materials, and then enchant them. Consider other deep processing methods that change the properties of objects.

Also due to this environment, there are quite a few ways to use magic materials, which can simply solve the problems that have plagued people on Earth for a long time. Among them, in the original concern of Lin, the two biggest difficulties in the production process are welding and sealing.

In Earth, the joint between the same metal or between different metals, unlike wood, can use a tenon-and-mortise structure. In addition to using a lot of rivets, welding is used.

For machines such as engines, airtightness is particularly important. Whether it is a cylinder that is operated by pressure changes or a crankcase that maintains lubricating oil capacity and does not leak, if the seal is not sufficient, the power and lifespan of the engine will be greatly reduced.