The weather at the Lotus Base in April was already hot, and the bright sunlight shone on the human skin, and it began to feel a burning feeling. Duke looked up at the sky with a sunglasses. At this moment, a winged dragon was hovering over the Lotus Base with a detection instrument at the sky. At this distance, Duke had to look very carefully before he could see a small black dot, and most people could not feel its existence.

"The target aircraft has a height of 5018 meters and a speed of 250 kilometers per hour. All test instruments are operating normally," Professor Wang Yunxiang, an electromagnetic research expert from a certain institute of AVIC, stared at the Winglong drone monitoring system nervously and said to Duke. "Dean Du, we are ready, and we can start the test below."

"Okay, let's start." Duke looked at the expert who was over 40 or almost fifty in front of him so nervous, and couldn't help but say more, "Professor Wang, relax and drink some water first. Today is just a test, and we are not in a hurry. If you don't have to do it once, you will do it again. Judging from the early ground test situation, I personally think there should be no problem in the direction of improvement."

"Director Du, I'm not in a hurry." Although Professor Wang said this, as the formal test of the prototype of this beam energy electromagnetic wave emitter today, how could Professor Wang Yunxiang, who served as the commander-in-chief of the on-site test, feel relaxed?

The prototype of the 200,000 kilowatt beam energy electromagnetic emitter that is being tested at Lotus Base is specifically responsible for, and is realized according to the design plan provided by Duke. Even though it is still just a prototype, it is already the most powerful beam energy electromagnetic emitter in the world.

It can be said that as long as the test is successful today, Professor Wang Yunxiang will definitely be recorded in the history of electromagnetic research with Duke. Today is an important moment to create a new history. How can you not make Professor Wang nervous?

This beam energy electromagnetic emitter prototype encountered major technical problems during the manufacturing process some time ago. Professor Wang's team certainly could not modify the advanced technological design scheme provided by Duke. In fact, they made the first version of the prototype under Duke's guidance, which was already very good. This new thing that completely surpassed the existing electromagnetic theory of the Earth, now everyone except Duke cannot propose any improvement ideas.

That's why Duke had to fly to the site to solve the problem. After careful study and analysis, it was found that due to the current earth's process level and material limitations, the accuracy and strength requirements in the Bileme design plan could not be met. Therefore, the prototype implemented according to the Bileme design plan provided by Bileme is simply impossible to meet the design performance indicators.

In this way, Duke had to make a lot of optimization and improvements to Lime's design plan. Fortunately, Professor Wang and his team did a solid job in the early stage, allowing Duke to obtain a series of test data from the existing prototype. After having these data, Kerry developed a simulation application based on the principles given by Bileme. After bringing these test data in, he conducted a lot of simulation operations. Duke finally chose a more suitable alternative material from his own Duca Heavy Industry.

Then Professor Wang's team was asked to use these materials to remade the main parts, increasing the size of the prototype by more than twice as much as the previous design, and the simulation application test was finally passed.

In this way, the new generation of prototypes has changed from 5 meters square to more than 10 meters square, which looks much bulky, but there is nothing we can do about it. Although the new prototype is much bloated, preliminary simple tests have basically achieved design performance indicators.

Regarding this new design that has been changed a lot in a hurry, Professor Wang Yunxiang, who served as the commander-in-chief of the on-site test, was actually a little uneasy. Although the performance of the prototype in the previous low-load test was basically consistent with the design level and was running well, no one dared to guarantee whether it would be so smooth under a load of more than 100,000 kilowatts.

"The 10,000 kilowatt launch is ready, the first test begins." Professor Wang Yunxiang calmed down a little, then opened the microphone and ordered.

Soon, the beam energy electromagnetic emitter in the distance began to rotate and aimed at the target in the sky. After about a minute, it finally aimed in place and emitted the first beam energy electromagnetic wave. Duke could see that in the air passing through the powerful electromagnetic wave, it was like lightning, which released a very high and extremely thin spark.

In order to ensure safety and avoid being accidentally injured by the powerful magnetic radiation that spreads unexpectedly, the beam energy electromagnetic emitter is 2 kilometers away from Duke and the others. At the same time, the personnel within a radius of two kilometers of this beam energy electromagnetic emitter have also carried out comprehensive evacuation work. All controls of the beam energy electromagnetic emitter are directed through remote wired remote control.

If you didn't pay great attention to this, no one would know that during this scorching sun, sparks like lightning could be generated in the sky.

"When hit the target, the diffusion area of ​​the electromagnetic wave reaches the target is 20 square centimeters, the energy density is 223.5 watts/cubic centimeters, the 50-meter area range of the emission system, the electromagnetic radiation intensity is 55 microwatts/cm2, and the electromagnetic radiation intensity is 40 microwatts/cm2 outside the 100-meter area range. The first launch is successful!" The test results were soon fed back. Looking at the data on the monitoring system, Professor Wang Yunxiang's pounding heart finally calmed down. This result is almost the same as the theoretical calculated value, indicating that the system is operating normally.

Judging from the electromagnetic radiation around the beam energy electromagnetic wave emitter, it proved that the energy leakage was quite small, and the first experiment was quite successful.

Encouraged by this, the testing team quickly tested 30,000 kilowatts, 50,000 kilowatts, and 80,000 kilowatts... and continuously increased the transmission power step by step. The results of each test are very consistent with the theoretical value, proving that this set of beam energy electromagnetic wave emitter prototype works very normally.

Seeing that the entire test work was about to be completed successfully, Professor Wang Yunxiang issued the last full-load launch test with confidence. After a very thin spark flashed in the air, the monitoring system did not feedback any data!

"What's going on?" Professor Wang Yunxiang, who had been smooth sailing in front of him, couldn't help but be stunned when he looked at the numbers on the surveillance system.

Immediately afterwards, the personnel of the Winglong UAV surveillance system discovered that the Winglong UAV had lost control!

"Seave the ground beam energy electromagnetic transmitter power supply to detect the electromagnetic wave transmitter situation; the emergency team sent a new drone to the sky to see if the Wingshode drone we launched earlier is still in its original position. The rescue search team pays attention to searching for the air situation. If the Wingshode drone is found to crash, prepare to recover the wreckage and study the reasons!" Although the failure of the last test surprised Duke, with the previous test results, Duke already knew that there was no problem with his improvement direction. Now there was a problem, most of the problem was caused by a loophole in some place, which caused a deviation, which destroyed the electronic instruments on the Wingshode drone.

In other words, due to some unexpected factor, the electromagnetic waves emitted by the beam-energy electromagnetic wave emitter appear beyond the expected diffusion area. Under such high energy electromagnetic wave radiation, the electronic instruments on the Winglong drone cannot withstand it.

At Duke's order, the ground support personnel began to take action. They first turned off the power supply of the ground beam energy electromagnetic wave transmitter, and then the ground engineer drove the engineering car to the electromagnetic wave transmitter device for various inspections.

Seeing the staff of each unit busy with their own affairs in an orderly manner, Duke shook his head. The small black dot-like Wingshock drone in the sky is now missing, but there are no signs of falling off nearby. Obviously, after losing control, the Wingshock drone's engine is still on and has now flew away in a certain direction. Today's test work arrangements are really a bit complicated. I forgot to install a radar to monitor the situation in the sky, which makes my eyes dark now.

(There are additional updates tonight. Thanks to book friend "snowboys" for his monthly ticket support!)
Chapter completed!