Text 0715 Institute

the weather is getting hotter.

Winter is sometimes very cold, but as long as you wear a few more clothes, there will always be warm times.

Summer is really suffering. Even if you don’t wear clothes, you will still be hot. The ubiquitous heat, even the wind is hot, not only will it not feel cool when you blow it on people, but it will be even hotter.

Even the busiest street in Bupen has a noticeable drop in the flow of people, and people are afraid of the heat.

Lynch thought of the summer in Nagalil, where the summer temperature is obviously higher than the federal temperature, but it does not make people feel hot.

The hot heat wave in the whirling shade of the trees became shady, and it filled people's hearts with a coolness.

Sitting on a wicker chair, blowing the wind, watching the Nagalil people sweating like rain on the construction site in the hot summer, there is nothing more enjoyable than this.

When Lynch entered the institute, a group of staff was debugging some machine.

"What are they doing?" Lynch asked casually.

The director of the institute who was in charge of welcoming him immediately explained, "They are installing a thermostat, which can keep the temperature of the space in the institute within a stable threshold."

"Some materials that are more sensitive to temperature changes need to be tested for performance in different environments, so we purchased a set. They said it was from the central government... or something." The director can't remember the word, and he is not in this regard. really care.

It was actually the central air conditioner, and Lynch nodded.

In fact, his cognition is slightly wrong. This gadget is not just as simple as a central air conditioner. It can reduce the temperature of some rooms to close to zero, which is currently difficult for air conditioners to achieve.

Sometimes a breakthrough in cutting-edge technology can often lead to a series of breakthroughs in related technologies. For the current federation, it is about to enter a technological blowout period. As long as those people have fantastic ideas that can convince others, they will not be difficult. Get investment from the hands of rich people.

This research institute was purchased by Lynch with a small amount of money. The research institute itself is not worth money, and the land is not worth money. It has become Lynch’s industry for less than 300,000 yuan. Of course, there will be no materials and researchers in it. There are only some precision instruments that cannot be considered outdated, but not the most advanced research use.

This research institute is currently assigned to "Blackstone Industry". Blackstone Industry is not an operating company in a general sense. In fact, it does not produce anything on its own, not now, nor in the future.

This is an institution that specializes in research. Lynch has invested a lot of money in it and hired some real scientists and a small number of private scientists. Its value is to provide a variety of ways to realize people's interesting ideas.

These methods will be registered as patents, and then licensed to "Blackstone Manufacturing" and some other companies in which Lynch has shares for production.

For example, for the aircraft company that many relatives of congressmen and military representatives have joined, they will get authorization and then produce something.

Lynch, an enterprise that is clearly a transport of interests, cannot take it too important, let alone assign some important work to it.

They are all leaky companies, and they can't keep anything at all.

After the two had gone through the elimination of static electricity, they formally set foot inside the institute.

"Mr. Lynch, we have already begun to design some of the aircraft engine ideas you provided before...", the director took the initiative to open a door for Lynch, and the two entered the interior of the institute.

The security forces used for the entire research came from Blackstone Security. They were all from their own family, and they were safe to use.

Many researchers knew Lynch, but they obviously didn't come over to exchange thoughts with Lynch, but seriously did various calculations or experiments.

Lynch promised that if they can come up with the first dedicated aircraft engine before January 1 next year, at least 3% of the profits generated by the first-generation aero engine, and no more than 10% at most The proceeds will be rewarded to all researchers.

It doesn't seem to be a lot. The authorized production cost of an engine may be tens of thousands of dollars, but the number of this stuff is definitely not small.

Regardless of whether it is an arms purchase or a purchase by private enthusiasts, the researchers in the institute believe that it is not a problem to sell thousands of units during its lifetime. Then the 3% bonus generated by the authorization fee alone will be as high as hundreds of thousands. even more.

As long as this engine is not completely discontinued, the researchers of the Institute will continue to benefit from it.

In this period of economic downturn, it is very rare to have such benefits, and everyone is working very hard to design.

The director of the research institute is not a person who does high-level research. He is an engineer in the laboratory of the Heavy Industry Group. He is mainly responsible for designing high-horsepower engines and serving some construction machinery.

The job was relatively boring, lacking a little passion, and it was not until Lynch found someone to hope that he could change his job, that he regained his new passion.

Flying is always one of the most romantic fantasy in human bones. Everyone has the freedom to yearn for the sky, and the director is no exception. So when someone finds him and tells him that Lynch intends to invite him to study the engine of the aircraft, he immediately I agreed.

Not only did he come alone, but he also dug up some people in the industry he knew who were willing to change jobs. Of course, this was also related to the price Lynch paid.

Lynch is very enthusiastic, people are enthusiastic, and money is also enthusiastic, and enthusiasm is often the most difficult thing for people to refuse.

"According to some of the ideas you provided, we have actually completed the most preliminary design..." Lynch said nothing along the way, and the director felt a little nervous. It has been three months since the establishment of the institute.

If there is no progress in the three months, he would feel a little embarrassed. He walked to the innermost part of the institute, which contained many splints with drafts of various patterns and formulas sandwiched on them.

The director found a piece of it, pushed it out, and showed it in front of Lynch.

"After some research and discussion, we theoretically pushed the horsepower of our first-generation engine to more than 100 horsepower, and our aircraft designer designed a very beautiful appearance for it..."

The director proudly patted the draft of the airplane behind him. This shape was designed by folk scientists.

During this period, academic scientists and civilian scientists did not form a rigid mutual contempt, and both sides cooperated well.

It was a biplane that was very different from Lynch’s impression. The propeller was in the front, and the structure was simple and effective. In fact, many civilian scientists now design aircraft like this.

"Why are the two wings..." Lynch asked a "small question", but it was obvious that this small question was not so easy to answer.

The director squatted for a while, and after apologizing, he found the designer, a civilian aircraft scientist whom Lynch personally invited.

Lynch had seen his performance. The plane took off smoothly and then crashed, which was impressive.

After this guy came, Lynch asked his own question again, and the folk scientist's answer was "stable".

"Mr. Lynch, the biggest problem we face in the air is stability and sturdiness. The design of the two wings is to take care of a little bit. We don’t need to worry that it will suddenly disintegrate, and we don’t need to worry that we will break when we pull up. The wings."

"The new engine will give it more power. When doing some actions, we must first consider whether our wings allow us to do this..."

This civilian scientist is obviously a practitioner. From the fact that he is said to have not had a successful landing flight experience, his experience is actually more valuable than the formulas written by the researchers in the institute on the draft.

Precisely this is the reason why Lynch, after recruiting a group of academic scientists, has to recruit some civilian scientists with rich flight experience into the research institute.

Practice is always more meaningful than doing work on paper. Their experience comes from failure, not simulation. These experiences are more valuable.

Civilian aircraft scientists who survived this period and were active for a long time absolutely all escaped from all kinds of despair.

Those civilian scientists with insufficient abilities and insufficient brainpower have long since died in the last flight accident.

He kept narrating his own point of view. In fact, to the end, it is difficult for the current materials to support the high-horsepower aircraft to do some complicated movements in the air.

In other words, the engine of the current research institute has theoretically surpassed all previous engines. The design of the aircraft must accommodate the engine, rather than let the engine accommodate the aircraft.

"How long can it fly, how far?"

"We currently have three designs..."

"The first type of solo driving ~lightnovelpub.net~ cuts all unnecessary equipment, theoretically it can fly about 500 kilometers."

"The second type can carry two people, and the flight distance is about more than 300 kilometers."

"The third type can carry a pilot and six 105 howitzer shells, and the flying distance is about 150 kilometers."

When speaking out these data, both the director and the civilian scientists are very proud. If this kind of data is taken out, it can definitely detonate the entire industry.

They even designed an attack system in advance to drop shells directly from high altitude!

Some aircraft before this have also considered attacking, but their approach is obviously of little significance. For example, using pistols, rifles, and machine guns on airplanes are not of much value.

Pistols and rifles can't hit people on the ground at all. Machine guns are fine, but they need to fly at low altitudes.

As we all know, the biggest problem with the current aircraft is that it cannot pull up after a rapid dive, and often hits the ground with one head. Therefore, it is obviously impossible to use a machine gun as a means of attack.

As for throwing grenade...

If the grenades fly too high, they will explode in the air. If they fly too low, they will be easily hit by a machine gun. In addition, it is difficult to land. As a result, until now, the aircraft has not completely entered the sight of the military of various countries.

As long as it can't form effective combat effectiveness, everyone is reluctant to over-study it. It's better to let the civilian scientists continue to do it, and the military and some companies give them a little money from time to time.

The best results can be achieved, and there is no big loss if there is no result.

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