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There's still a little bit left, so I'll grab a chapter first and it'll be ready soon. Book friends who clicked on it, please refresh it later!
There's still a little bit left, so I'll grab a chapter first and it'll be ready soon. Book friends who clicked on it, please refresh it later!
There's still a little bit left, so I'll grab a chapter first and it'll be ready soon. Book friends who clicked on it, please refresh it later!
There's still a little bit left, so I'll grab a chapter first and it'll be ready soon. Book friends who clicked on it, please refresh it later!
When Yaro came to smelt iron again, he suddenly realized that he had done a stupid thing.
The melting point of iron is higher than that of silver. The molten iron will melt the originally outlined silver core with it!
Make the steel sword body first, and then pour the silver liquid?
How to make the hollow part in the middle of the steel sword body?
The magic hand builds a palm structure, and there is no way to hollow out the interior!
Yaro couldn't think of a good solution, so he could only give up the one-piece structure, make it into a folded shape, and then carve the hollow shape into it.
However, the hardness of the opening of a long sword made in this way will definitely have an impact.
Yarrow's method is to make the opening into an alternating tooth shape. When closed, the tooth structure of the opening will fit into each other like a zipper, so that chopping will not have a direct impact on the gap.
After carving these details, the third important structure of the Fire Sword is completed.
Heat dissipation and steam release structure on the hilt.
The steel body on the surface of the sword hilt is carved with concave cylindrical hollows. These hollow structures will wander in the vacant positions of the nail caps and absorb excess heat from the palm.
The key is that the sword grid in the middle needs a small mechanism to release the stored steam, and the carvings at these locations need to be particularly fine.
Yaro carved carefully for a long time. Even if he accidentally made a mistake, he could use hot melt to gradually soften it and modify it again.
Yaro, who had enough opportunities for trial and error, finally succeeded in carving it out.
In this way, the overall structure is completed.
Yaro put the silver core into the unfolded steel sword body, then activated the 'heat melting technique' and struggled to close the steel sword body.
Then take out some stones and put them in the fitting position reserved for the 'hot molten stone'. Block all the silver cores in the middle, then heat them as a whole and hit them with all your strength with a hammer to fill in any gaps that may be in the middle. Reality.
Finally, it is heated and quenched.
"laugh--!"
Sparks followed a puff of smoke, and the smelly oily gas filled the entire laboratory.
The bright red sword gradually dimmed into black and blue, and Yaro opened the door to the laboratory. After all the embarrassing atmosphere had dissipated, he took out the long sword with pits and inconspicuous features from the quenching fluid.
The first step is to remove the miscellaneous stones, then fit the cut hot melt stone into it, and then grind it continuously on the grindstone to grind the surface neatly and sharpen the blade.
With these procedures, the sword gradually glows and becomes brighter and brighter.
Up to now, this long fire sword is actually almost forged, but the hollow pipe left in the hilt still needs to be filled with some water-locking stuff.
The first thing Yarrow thought of was the 'super absorbent resin' in his previous life. This is actually an artificial material. It is used in many artificial snows in film and television works, and is also used in things like diapers, ashtray refills, and decompression toys. etc. are used.
The molecular structure of 'super absorbent resin' has a network of molecular chains. When the water-absorbing agent encounters water, it immediately undergoes electrolysis and dissociates into positively and negatively charged ions. These positively and negatively charged ions have a strong affinity with water. The affinity effect makes it extremely water-absorbing and water-retaining. It can quickly absorb hundreds or even thousands of times of water than its own weight, and swells into a hydrogel after absorbing water.
Fill the hilt of the sword with this material, and then use paper as a spacer material to ensure that when the steam release structure is turned on, liquid water will not rush out.
But... this is a man-made material after all, Yaro can't make it!
In fact, flour also has good water storage properties, but Yarrow's sword hilt will heat up later. If you use flour, you can eat cooked food soon, and the so-called water storage property will naturally disappear.
So what Yarrow chose was a kind of shell powder from this world.
This kind of shell powder has similar properties to 'super absorbent resin'. It is a common material used to remove moisture and has strong water absorption.
Carefully pour the shell powder into it, and then use the 'Water Fetching Technique' to add pure water to it. Only then can the Fiery Long Sword be successfully made.
…
After resting for a while and eating something casually, Yaro began to study the 'airship power core' given by Bosco.
Then...I can't understand!
It is densely covered with all kinds of magic patterns, which are not understandable by a beginner like Yaro!
However, these magic patterns also have some regional divisions. Yaro tried to input magic power tentatively. After several attempts, he finally found the correct location for magic input.
In fact, this is easy to understand. Any device that wants to accept external power will naturally have a port that connects to the outside world, just like the circuit on a toy. This is the circuit that Yaro is looking for.
After confirming the input terminal, he carefully input a little magic power. The 'airship power core' buzzed, and a gap at the outer end of the metal ball gradually rotated half a circle.
It seems that there is too little magic power and the driving effect is too poor.
But Yaro's goal was achieved. He determined another component. This rotating position was the power output end.
…
Yaro experimented bit by bit like this, gradually cracking the structure on the metal ball.
This metal ball was not sealed, and all kinds of magic patterns appeared on the surface. After more and more structures were confirmed, Yaro gradually found the few structures he wanted.
First, the magic absorption structure.
This is the refueling port of the 'airship power core', which can also be understood as the battery part of this thing.
Second, the kinetic energy conversion structure.
This magic pattern, after inputting magic power, will generate rotating wind.
Third, kinetic energy control system.
This is better understood as a system of adjustment and control.
After confirming the structures of these three magic patterns, Yaro finally walked out of the room and went to Life Corner Street to buy some magic pattern ink.
Yaro experimented bit by bit like this, gradually cracking the structure on the metal ball.
This metal ball was not sealed, and all kinds of magic patterns appeared on the surface. After more and more structures were confirmed, Yaro gradually found the few structures he wanted.
First, the magic absorption structure.
This is the refueling port of the 'airship power core', which can also be understood as the battery part of this thing.
Second, the kinetic energy conversion structure.
This magic pattern, after inputting magic power, will generate rotating wind.
Third, kinetic energy control system.
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