The War Lord of Samsara Paradise

The sound of heavy objects falling to the ground came from the work workshop, followed by the sound of electricity.

"Zizi~"

After learning the basic agility, Gao Fei tried to contact Sand Shadow Belit again and learned that he still hadn't come back.

So he planned to use the new knowledge to transform his weapons first. Because they were not made according to the drawings, every material now costs Paradise coins. However, Gao Fei's subsequent arrangements did not require a large amount of Paradise coins. So he came up with a "scientific research" budget of up to 40,000 paradise coins.

After mastering [Second-Level Disassembly and Reassembly], he can instantly disassemble the weapon into its parts by simply touching it with mechanical force.

Mechanical structures such as inlaid and interlocking structures were easily lifted by Gao Fei, and heavy firearm parts of all sizes were already filled with lathes.

The modification of heavy firearms is very simple, the purpose is to compress the volume, and Gao Fei now masters [High-Density Material Compression Technology], so there is no technical problem at present, but if it is to be compressed, new materials are involved.

The new material needs to have properties such as toughness, plasticity, and metal memory. The material of the original heavy firearm itself is definitely not good, so new suitable materials must be synthesized.

[Advanced Material Synthesis] does not directly teach Goofy how to synthesize advanced materials. Instead, it conducts an in-depth analysis of the basic properties of various materials, calculates the compatibility between them, and then calculates the possible consequences of the synthesis of different materials. changes and finally get new materials.

This process is very tedious, because a large number of basic materials in "Mechanics" are not available in the dimension of Samsara Paradise, and can only be synthesized by looking for substitutes. Therefore, after constant attempts, Goofy's paradise coins are also Keep consuming.

Fortunately, when synthesizing materials, you don't need a large quantity. You can just use a small piece of material to synthesize it. Through the mechanical force, you can know the properties of the material after successful synthesis.

"Sure enough, the road to scientific research has no end..."

After spending 20,000 paradise coins, the advanced materials that met the requirements were finally synthesized by Gao Fei, so Gao Fei began to produce them in large quantities.

The parts of heavy firearms are readily available. If you have a reference, you can just follow the shape. Parts made of new materials are compressible and have better heat resistance and wear resistance.

Until four small black balls rolled on the lathe and stopped in front of Goofy, the compressible transformation of the heavy firearm was completed.

The black compression balls are no more than the size of marbles, with a radius of about 1.5cm, but the weight of each compression ball increases instead of decreasing, so you can imagine how dense it is.

Gao Fei also felt it was very amazing. He had never imagined this kind of knowledge creation before, but now it was created by him. At this time, he felt full of accomplishment. This was a huge achievement of "scientific research", and the laboratory has since He is the only one from top to bottom.

You study and learn by yourself, you research and develop by yourself, you have to do everything by yourself, and you will definitely be satisfied with the harvest in the end.

Use mechanical force to pull the compression ball into the air, and then inject mechanical force into it to activate it. With the stimulation of the golden mechanical force, the four black compression balls began to change, making a "click" sound during mechanical friction, and then the four heavy firearms Appeared in front of me, the whole process took less than 0.5 seconds, which was quite fast.

After activating the mechanical force again, the heavy firearm began to gradually shrink, and finally turned into four compressed balls again. Gao Fei held them in his hands. If it weren't for the mechanical force to relieve the weight, he might not be able to lift these "glass balls".

After putting away the heavy firearms, the next step is to improve the performance of the Black Gold Revolver and the Black Abyss Sniper Rifle. Because he has enough understanding of commonly used firearms, Gao Fei knows exactly what direction needs to be enhanced.

The first is materials. The production materials of the two guns can now use better advanced materials, which can increase the durability of Black Gold and Black Abyss. Secondly, better materials mean that they can support faster firing rates and larger firepower. power.

Both guns used the most basic electromagnetic energy before. Now that Gao Fei has mastered [Advanced Energy Theory], he can try to use higher-level energy as the output core.

The principle of improving the output core this time is that the speed of energy conversion is faster and the impact generated when the energy is excited is greater. Simply put, it is to increase the rate of fire in disguise by increasing the charging speed, and then combine it with the increased energy impact. Improve the penetrating power of "bullets".

Gao Fei did not take action immediately, but began to think. There is not much energy that can be used at this stage, and there is no stable way to obtain new energy. Instead, new energy can be generated by combining electromagnetic energy with photothermal reaction and mechanical force, but it is difficult. Very big.

When electromagnetic energy performs photothermal reactions, local energy instability occurs, because in fact the energy itself has no entity. Regardless of various stimulations and reactions, the biggest difficulty is to involve all energy particles.

Just like photosynthesis, it is difficult for sunlight to directly illuminate both sides of plant branches and leaves at the same time, and the backlit side can hardly enjoy sunlight.

The same goes for energy. The heat in the photothermal reaction is relatively easy to solve. By making a small heating device and loading it directly on the energy conversion core, it is equivalent to adding an additional load to the energy conversion core of the firearm. function, this is relatively easy to implement.

All energy will be activated after heating. When heating, combined with mechanical force, all energy particles can be easily heated without local energy imbalance.

As for the light in the photothermal reaction, Gao Fei thought about it. He could also create a device that could make the "energy flow" composed of energy particles receive light from all directions, but the problem was too big! It can't be installed inside Black Gold and Black Abyss. That thing is bigger than an M-137 Gatling gun.

compression? It is unrealistic. The components of the device involving energy reaction are very delicate, and the lighting angle requirements during the debugging process are also extremely precise. It is OK to compress the external iron shell, but the various reaction parts inside the shell are absolutely not possible. His current Technology is not yet able to compress this large-scale light reaction device without loss.

Gao Fei opened "Mechanics" and wanted to find some answers in the book. During careful study, he was also reviewing the knowledge he had already mastered to deepen his impression and understanding.

Finally, he saw an advanced knowledge, which should allow him to have the technology to meet his current requirements.

The advanced knowledge of the energy branch [micro-mechanical transformation], although the name is mechanical transformation, is included in the energy branch. The reason can be imagined.

Because this knowledge is to micro-transform large-scale energy reaction devices!

Mechanics is really broad and profound. It takes into account the various problems that machinists may face at different stages and has corresponding solutions.

"Xinghai, cow beep..."

Gao Fei couldn't help but praise.

catching a cold