The Navy Has No Nuclear Power, So What Does It Have To Do With Our Coast Guard?

May 9.

After more than a week, the Coast Guard’s ocean-going law enforcement fleet finally returned to Longguo.

When the two electromagnetic railgun law enforcement ships and three cross-medium ground-effect flying nuclear submarines arrived at the port, the Coast Guard, the military and countless people warmly welcomed them at the dock.

The Coast Guard’s ocean-going law enforcement fleet not only successfully completed the task this time, but also further demonstrated the strength of Longguo.

Their every move in the heart of the European continent made Longguo’s netizens and military fans extremely excited.

However, due to the research and development of the meteorological weapon patrol ship, Qin Chuan did not go to the port to welcome the return of the Coast Guard’s ocean-going law enforcement fleet led by Captain Liu Hong.

Because he currently spends almost all his time studying theoretical knowledge related to meteorology.

This is a subject category that Qin Chuan has never touched or dabbled in before.

In order to design and develop a meteorological weapon, Qin Chuan roughly summarizes it into four steps:

First, it is necessary to understand and study the causes and birth principles of this kind of meteorology and natural weather.

This involves a lot of theoretical knowledge learning and research in nature, geography and meteorology.

Second, put forward the hypothesis of artificial intervention in the weather and meteorological schemes and measures.

Third, verify various hypotheses one by one in the laboratory and find practical solutions.

Fourth, finally replicate the successful experimental phenomena in the laboratory in the natural environment, and develop and design practical facilities and equipment.

After several days of learning and understanding day and night, Qin Chuan has completely mastered the relevant theoretical knowledge about natural phenomena such as typhoons and weather.

Typhoon, a professional academic term, is also called a tropical cyclone.

At the beginning of its formation, it is actually a common low-pressure center in geography.

Whether in cities or in mountain valleys, this kind of low-pressure center is very common.

However, if you want the low-pressure center to completely evolve into a typhoon, there are still several indispensable conditions: for example, the temperature of the low-pressure center must be above 2726 degrees, the shear of the ambient wind in the vertical direction is small, the low-pressure disturbance is at least a few dimensions away from the equator, the initial disturbance of a certain vorticity, etc., these conditions are indispensable.

Even after all these conditions are met, the low-pressure center has to wait for the surrounding air pressure to change.

Until the surrounding air flows into this center point, and forms a counterclockwise rotating vortex with the rotation of the blue planet.

Then, during this process, the temperature at the center of the vortex cannot drop, and the air in the center of the vortex is kept rising and the low-pressure environment is maintained. Only when it continues to expand for a long time can a typhoon be formed.

Therefore, even in nature, typhoons must be born at the right time and in the right place, and various complex conditions are required.

This is also the reason why typhoon weather is much less common than ordinary weather such as strong winds, rain, and lightning.

After having these principles and necessary conditions, it is necessary to propose hypotheses. How can we artificially intervene to make these conditions appear in the same environment?

For example, the atmospheric temperature raising device, cyclone generator, wind direction perturbator used on a large scale…

Almost every necessary condition for the birth of a typhoon requires the development of a device or related instruments!

This is also the reason why countries have been secretly developing meteorological weapons, but it is very difficult to achieve.

Fortunately, Qin Chuan has ready-made technology, and he does not need to propose hypotheses, let alone develop each device one by one.

He only needs to test the modification technology provided by the system in the laboratory, and then develop a practical equipment for this mature technology.

On May 11,

Qin Chuan took a special plane to a national marine meteorological research institute in the southern waters.

He used the technical basis provided by the system to develop and manufacture an electromagnetic radio frequency instrument weighing about one ton. He began to continuously use the weather conditions of various sea areas monitored by the National Marine Meteorological Research Institute and took the No. 1601 Coast Guard Ship to the appropriate sea area for continuous testing.

The technical principle provided by the system is very simple, that is, to transmit extremely powerful ultra-low frequency electromagnetic waves into the atmosphere to intervene in atmospheric activities in this way.

When the powerful ultra-low frequency electromagnetic waves shine on the atmosphere, all kinds of charged particles in this area of the atmosphere will be dispersed and disturbed.

When the ionosphere in this piece of atmosphere is no longer blocked by the relevant charged particles, the high-energy radiation from the sun will all shine on this area.

In this way, whether it is the air or the seawater and ocean below, all of this area will heat up rapidly, reaching a condition of more than 26 degrees.

When the temperature rises, the air in the area will naturally rise, forming a low-pressure belt before the birth of the typhoon!

Next, in addition to the electromagnetic radio frequency equipment that continuously irradiates the ionosphere and allows the cyclone to expand, other related electromagnetic radio frequency equipment is also needed to irradiate the near-ground atmosphere.

The purpose of this is to form a blocking layer in the near-ground atmosphere, thereby changing the path of the high-altitude airflow.

It is even necessary to continuously monitor the surrounding and surrounding climate and temperature changes, and then continuously change the airflow front in the atmosphere that affects the climate according to the needs of the typhoon!

This process is very complicated, and it is impossible to complete it by relying solely on Qin Chuan and other military designers.

Experts and professors from the National Institute of Marine Meteorology must also cooperate.

For several weeks in a row, Qin Chuan and meteorological research experts went to various suitable sea areas for experiments every day.

And every evening, the data collected during the day were brought back to the National Institute of Marine Meteorology for research and analysis.

Because the conditions for a typhoon to occur are too complicated and too harsh!

If only manpower is used to control several or even dozens of related electromagnetic radio frequency equipment, there will definitely be a large error.

Therefore, Qin Chuan must also study and design an AI large model that intelligently analyzes meteorological data and controls these devices.

When the national meteorological satellites, various meteorological aircraft and drones transmit the collected relevant meteorological data back, this AI model needs to be calculated and analyzed immediately.

Then adjust the equipment frequency according to the necessary conditions and requirements for the occurrence of typhoons to ensure the need for the birth of typhoons!

This is almost the most difficult project that Qin Chuan has taken over and developed.

Moreover, the application of meteorological weapons is not as simple as just a piece of equipment, it requires more support from a powerful country.

Because only an extremely powerful country can accurately detect and collect weather conditions all over the blue planet.

Only with sufficient comprehensive meteorological data flow support from all over the country and target area can the AI model fully calculate and enable the equipment to artificially create a typhoon! At the end of May.

A sea area about 100 nautical miles away from Yongshu Island.

Qin Chuan suddenly excitedly hugged and shouted to all the military and meteorological research experts on the electromagnetic railgun law enforcement ship No. 1601.

Because at this moment, not far from their ship, a mini typhoon of about several square meters was constantly rotating and forming!

“Success!”

Qin Chuan was particularly excited.

After more than half a month of hard work and continuous running and testing at sea, his Typhoon AI algorithm model and related equipment applications were finally successful.

However, since this electromagnetic radio frequency equipment is only about one ton in size and has too little power, the Typhoon that was born is also very”mini”!

Next, he only needs to develop large equipment and apply it to a 50,000-ton light aircraft carrier, and the meteorological weapon patrol ship will be considered to have completed most of the work.

“Academician Liu, Mr. Mo, Professor Sun…thank you for your hard work during this period!”

“”Thank you for your help at your age!”

Qin Chuan bowed to the many old professors and academicians of the National Institute of Marine Meteorology and said excitedly.

For this research, he even asked Commander Zhu of the Navy Headquarters and invited several leading figures in domestic meteorological research to participate.

“Chief Engineer Qin’s words are serious. Following you young people in doing research, an old man like me has broadened his horizons!” (To read the exciting novels, go to Flylu Novel Network!)

“It turns out that the use of electromagnetic radio frequency and AI algorithm models has so many wonderful uses in the field of meteorology!”

“I won’t say any more. After signing the confidentiality agreement, it’s time for us to go back!”

“I hope that your project will be a complete success, Chief Engineer Qin!”

Academician Liu, with white hair and beard, said to Qin Chuan very excitedly.

However, he looked quite tired after such a long time of continuous travel on the sea.[]

This kind of high-intensity research and running around is tiring even for a young man like Qin Chuan, let alone an old man who is only 80 years old.

This is definitely for the country and scientific research, holding bones as torches!

“Thank you for your hard work!”

“After you go back, you should take a good rest and recuperate. I will visit you and report to you when the project is completed!”

Qin Chuan said as he said goodbye in front of the National Meteorological Research Institute.

…………

After returning to the Coast Guard General Administration,

Qin Chuan immediately began to develop a high-power version of the electromagnetic radio frequency typhoon generator for ships.

According to Qin Chuan’s estimate, each ship-based version of the electromagnetic radio frequency typhoon generator equipment is at least between 500 tons and 1,000 tons.

Each meteorological weapon patrol ship is equipped with ten related devices, plus a large central supercomputer that supports the efficiency of large algorithm models.

General small-scale meteorological tasks, such as local fog dispersal, wind direction change, artificial rainfall, etc., can be completed with only one meteorological weapon patrol ship.

For large-scale meteorological tasks, such as typhoons attacking ports and large areas of sea covered with fog, two meteorological weapon patrol ships are required to cooperate with each other to complete them!

Although the Coast Guard’s meteorological weapon patrol ship has no direct combat power, it changes the weather conditions in a region, and even causes regional extreme weather disasters that make enemy fighters unable to take off and land, radar detection is blocked, or provides cover for our military’s tactical operations, the effect is still very powerful!

Human 927 has at least three public cases of the use of meteorological weapons in history.

The first time was in July 1943, during the Battle of Sicily, the NC Prussian Empire implemented an artificial fog in the Italian Empire.

The thick fog seriously hindered the vision of Allied aircraft and warships at that time.

The second time was in September 1943, during the Battle of the Dnieper River, the US Air Force used aircraft to artificially reduce fog.

Under the cover of thick fog, the former Bear Empire successfully crossed the river and severely damaged the main force of the Southern Army Group of the NC Prussian Empire.

The third time was in 1967, during the Vietnam War, the United States spread cloud-inducing agents on a large scale in the air, which caused artificial rainfall.

The heavy rainfall brought great difficulties to the logistics supply of the Vietnam guerrillas at that time.

However, these are extremely elementary and simple applications of meteorological weapons.

The meteorological weapon patrol ship developed by Qin Chuan can not only generate super-extreme and extremely severe natural disaster phenomena, but also protect Longguo from any meteorological weapons!

It is definitely not comparable to the meteorological weapons of other countries.

Next, after completing the research and development of the electromagnetic radio frequency typhoon generator, Qin Chuan began the research and development of the giant orbital airborne law enforcement cabin.

The so-called giant orbital airborne law enforcement cabin is actually a closed unmanned ship.

It can carry a certain number of four-legged unmanned mechanical law enforcement guards.

If a merchant ship or cargo ship of Longguo encounters an emergency in a certain sea area of Blue Star, such as a pirate attack, harassment and interception by warships of other countries, unreasonable inspections, etc., the Coast Guard’s meteorological weapon patrol ship will use a large electromagnetic catapult device to launch the giant orbital airborne law enforcement cabin into low-Earth orbit like an intercontinental ballistic missile, and then airborne to the target sea area.

Protect the merchant ships and cargo ships of Longguo, or carry out emergency law enforcement in the target sea area!

In this way, any ocean-going ship of Longguo, no matter where it is in the sea, no matter what country it is in, as long as it encounters danger or unfair treatment, the Longguo Coast Guard can arrive within minutes and carry out relevant protection or law enforcement work!

Longguo is definitely the first coast guard with full-sea escort and law enforcement capabilities in the entire Blue Star!

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