The Weapon Tycoon Who Traveled to Great Qin

The explosion of the Qin's aviation bomb made Qin's State Lieutenant Mansion need to purchase a new type of aviation bomb to meet the needs of the heavenly army. Especially the charging problem of aerial bombs. This question is handed over to major arms production companies to complete.

Today's Qin State, except for the first few large companies engaged in weapons production and development. There are many small and medium-sized companies. These companies are chemical and glass processing companies. And the production of other special metals. Large companies and small and medium-sized companies are competing and interdependent companies. Because these small and medium-sized companies tend to take the lead. Their research is beyond the reach of the big companies.

The reason for the explosion of aerial bombs was that diatomaceous earth nitroglycerin was used inside the bomb. After the advent of nitroglycerin, a large number of people have been studying nitroglycerin. Because this was the most powerful kind of explosives known to Qin at that time.

However, nitroglycerin was so powerful that it was extremely unstable at the time. Especially in terms of production, Qin has no way of mass production. Research and development in the chemical industry have solved this problem. An engineer lieutenant of Qin State solved this problem. Like Nobel in history, a warm method was adopted to properly solve this problem.

The production problem is solved. But the gas explosion problem is difficult to solve. The way to ignite is very dangerous. then. Detonator application is born. This is Bai Ai's invention. However, nitroglycerin still did not solve the problem of how to apply it until the diatomite adsorbed nitroglycerin. The first relatively reliable explosive that Qin State possesses.

At that time, the Heavenly Army urgently needed a weapon capable of mass destruction, because their multiple flights indicated that if stones were thrown from the sky, the damage would be amazing. Later, I started using grenades. But the grenade cannot be operated because of the uncertain time. Later, they thought of bombs. This idea directly led to the birth of Qin's first-generation aviation bomb. At that time, the use of diatomaceous earth explosives was considered a very advanced weapon, although its power was reduced a lot. But the charge of aerial bombs is dozens of times that of artillery shells. The power is amazing.

But after the accident, the diatomite explosive was announced to withdraw from the stage of history. Because Qin needed a more suitable explosive.

However, biochemistry, the predecessor of Qin's organic chemistry, has made significant progress in their research, firstly with the emergence of picric acid, or trinitrophenol. This explosive was first used in the dye industry, but soon it was used in the production of Qin’s new shells. Like his color, people call it "yellow explosive."

However, the military had already placed orders for a large number of aerial bombs. The number was about two hundred, and the yellow explosive was looking for a more suitable method for mass production. Because a large amount of nitric acid is preferentially concentrated on nitroglycerin. This directly leads to the production of nitric acid that cannot be used in yellow explosives in time.

So people's attention shifted to research on the production of nitric acid. This is one of the reasons why diatomaceous earth bombs continue to be used.

Quantitative research has made people realize that there is a large amount of nitrogen in explosives. At this time, air research also found that there was a relatively high proportion of nitrogen in the air. Mainly people are determining his specific air content.

In addition, high temperature and high pressure compression are widely used, and people are trying to develop new nitric acid through air compression. Liquid ammonia was developed under this concept.

Large-scale application of electricity in the laboratory. Especially the use of electric compressors, after continuous research, researchers finally found a reliable method to accidentally produce synthetic ammonia. This is the main product. The emergence of synthetic ammonia has given the chemical industry a new breakthrough.

The extraction of synthetic ammonia no longer extracts large amounts of urea from urine, but instead uses new chemical methods to obtain it. But the research on explosives has not stopped. People try to industrialize the method of synthesizing ammonia. The first small-scale synthetic ammonia plant was established in Guyang in the north of Qin State. At the same time, the emergence of ammonia gave Qin State the first refrigerant. And local steel plants began to use ammonia as a cold-rolled steel as a human-controllable refrigerant, because they found that the barrels of machine guns had become very dense after being frozen. As a result, a large number of high-priced cold-rolled steel began to appear.

The emergence of ammonia makes the synthesis of nitric acid, and ammonium sulfate is no longer a big problem. But the progress of explosives has been relatively slow. Farmers use it more widely in the plant configuration in the laboratory, because these are excellent fertilizers for plant production.

However, the emergence of synthetic ammonia has largely solved the problem of nitric acid production, and people have begun to reduce the large-scale import and use of saltpeter. Plants producing nitric acid are used on a large scale.

The emergence of trinitrotoluene, the TNT explosive, gave Qin State a new and brand-new safe explosive. This kind of explosive is a very powerful and quite safe explosive, even if it is penetrated by a bullet, it will generally not burn or detonate. Because of its absolute safety and great power. This explosive soon required extensive production. The Qin Army and Marine Corps’ engineering blasting squad quickly equipped him with this safety explosive on a large scale, but they were willing to call him "life-saving explosives." The reason was that they really shot explosives with guns, and none of the explosives exploded. This makes soldiers carrying explosives very happy to accept such explosives.

The emergence of life-saving explosives shows that Qin's chemical industry is accelerating the process of digesting the tremendous changes brought about by petrochemicals. Dynamite is just the beginning. Not the end.

After this accident, the National Lieutenant Mansion finally noticed this brand new explosive. The new bombs also use this life-saving explosive. Although his output is not very high. Only one medium-sized chemical company produced him. But this is enough.

For safety reasons. Qin State no longer made aerial bombs very large this time. It is very small, with only one stone and half stone. This specification is mainly based on the charge quantity, rather than the total weight of the aerial bomb.

After Qin Guo experimented with four bombs. He ordered twenty bombs to be sent to the front line of Qi. This kind of bomb was first applied to the people of Qi. There will be the most effective weapons inspection field for Qin so far.

On the one hand, Yan Guo urged, on the other hand, he was trying his best to release the poisonous gas. They experimented with death row prisoners, and the results were very good. The death row of death row prisoners made people shudder. so horrible. Even King Yan was taken aback. After stopping for a day. A question lay before them. Their killing experiment was conducted in a cell. Then the battlefield is empty. This question made King Yan immediately feel bored.