Born Tech Mad

After finishing the barrel, the most important part of the firearm, other parts are much easier. Ross asked those firearms experts to produce various gun parts according to their own requirements.

The entire arsenal began to become lively. Soldiers and experts cooperated to manufacture firearm parts. All firearm parts were made of 4 times special steel alloy.

These alloys are simply special steels mixed with aluminum. After successful manufacture, the weight will be very light, but the shooting accuracy is very high.

In order to increase the accuracy of firearms, Ross invested in the development of scopes.

The magnification of military telescopes in the world can reach more than 10 times, and the resolution is acceptable. Almost all of them use optical rangefinders, plus objective lens groups to adjust the light and focus, so as to magnify the magnification of the target for human eyes to see.

Whether the telescope is good or not, the range finder is very important. Ross plans to use his own "light source conversion" technology, combined with the optical range finder, to create a more advanced optical sight. Technically, this is just a piece of cake for Rose who has mastered the 'light source conversion' technology.

The effect of the newly developed optical sight is very magical. Even at night, what the soldiers see will be the same as during the day. When ordinary telescopes look at the night, all they see in the mirror is green, but Ross's new optical sight can transform light and can see the color of any object clearly.

If this product is put into the civilian market, all telescope markets will be occupied by Yuta Corporation.

The objective lens group of a general scope is fully enclosed inside, because the inner mirror of the objective lens group is very fragile and contains a little debris. Or water vapor entering the interior of the lens group will blur the inner lens. Will greatly affect the clarity of viewing.

this scene. It is ordinary glass, after the cold weather. Due to the difference in temperature between indoor and outdoor, the glass will be covered with a layer of water vapor, making it impossible for people to see things outside the glass.

Ross decided to modify this weakness, which required a new type of glass that was completely immune to debris, including water vapor.

Ross decided to develop the "oiled glass" technology of the Marvel world.

This kind of oiled glass is a combination of some polymer resin and glass. The oil has a kind of hydrophobicity, and it will not be miscible with water. Oiled glass made with this technology is forever immune to water vapor and most pollutants. If you add other materials. This glass is also free from dust.

In addition to being used on this military scope, the oiled glass keeps the scope clear forever and is not affected by the environment. It also has a huge impact on the glass industry. The doors and windows made of oiled glass hardly need to be wiped by people. Its waterproof and anti-fouling performance will make the glass always brand new.

When this technology is applied to cars, all the wipers and everything else can be thrown away, even in foggy days, through the car glass. Still able to see what the naked eye can see.

"Damn, another revolutionary material is about to come out, isn't my development speed a little too fast?"

With the materials such as the production and design technology of "Oilized Glass" already completed, Ross also felt that his development speed was a little faster.

"It doesn't matter. Let's talk about it after we figure it out."

Ross immediately issued an order to Liu Dashan, asking him to help him purchase a batch of glass-making materials and units.

Liu Dashan resisted Ross's order a little, and agreed to engage in weapons. It made him unhappy to have to do the glass.

Ross didn't bother to explain. Order him with an iron bowl, and the order must be carried out.

Without any choice. Major General Liu had no choice but to obey and sent troops to purchase the machines needed to make glass.

The manufacturing process of glass generally uses quartz, limestone, feldspar, soda ash, boric acid, and other raw materials to mix and stir evenly, and then process at high temperature to form a uniform and bubble-free glass liquid, and then manufacture various glass tools.

The oily glass developed by Ross is to fuse glass liquid with various oily polyester resins to form a new glass material.

It is a bit difficult to combine glass and polyester.

Of course, this kind of difficulty is for ordinary people, but for Ross, it is just a small problem.

A day later, a set of glass-making machines was pulled into Yuta Company and put into the temporarily vacant "smart computer factory". Ross got in alone and got busy.

Melting various materials into molten glass at high temperature, Ross first used chemical substances to do various experiments, trying to use chemical substances to mix the molten glass and grease materials.

The most difficult point of this experiment is that the melting point of glass reaches 1300 to 1400 degrees, while other polymer fats are similar to oils, and can be ignited at a temperature of 400 to 600 degrees.

It is very difficult to fuse two substances with different melting points.

Ross worked for a long time, but couldn't combine the two materials with chemical substances. In desperation, Ross could only work on the purification of the polymerization finger.

Holding a variety of polymer resins, Ross entered the chemical workshop and used his advanced chemical knowledge to purify the oily factors in the polymer resins.

These oily factors retain the water repellency of oil, and as a result, the chemical substance also has the characteristics of dust removal, and its ignition point reaches about 1400 degrees, which is similar to that of glass.

Ross kept doing experiments, and his whole body was covered with all kinds of oil, but he enjoyed it.

Two days later, after hundreds of experiments and with the help of Tianhe-2 calculations, Ross completed the extraction technology of oily factors. One kilogram of poly fat can only extract about 1 oil factor.

Carrying a bucket of non-oily, non-oily, water-like oily substance, Ross excitedly drilled into the computer factory again, started the glass production line, and after the glass material melted into a liquid state, Ross mixed the oily factor with the glass liquid. Together, try to make oiled glass.

If the oily factor is used too much, the glass will become slippery, and it will fall to the ground and break if you are not careful. If the oil is used less, the oily factor will not be effective, and the waterproof, dustproof and pollution-proof performance will be insufficient.

After working for several hours, Ross cut his hand several times with the glass, and finally a piece of glass with a length of two meters and a thickness of one centimeter came out.

Rose tried to breathe on the glass, and the hot air blew on the glass, but it didn't affect it at all.

Rose tried to pour water on the glass again. After the water met the glass, it was like meeting oil, and it slid away quickly without leaking, and there was not even a mark on the glass.

Rose tried to smear the mud on the glass again, but after the mud smeared on the glass, it slid open automatically, and the glass was as bright as new without any dirt.

"Damn it! It worked!"

Rose couldn't help screaming excitedly.

The world's first piece of "oiled glass" appeared on the earth for the first time under the invention of Ross, a great genius.

Others don't understand the value contained in this small piece of glass, but Rose knows it well.

"I'm dizzy! If this kind of oiled glass is put on the market, tens of thousands of cleaners may be laid off! Alas! In order to avoid excessive unemployment, I'd better keep this technology and use it in the military first."

Ross is a kind person, and he doesn't want to have many company cleaners step down because of the advent of oiled glass.

Holding the oiled glass that he produced, Ross ran into the laboratory and worked hard to make a military 'sight'. (to be continued...)