The factory director has a new skill every day, which has broken down the strategic deception bureau

Shen Yanqiu's expression grew increasingly solemn as he slowly uttered the core issue: "The last incident of F-35A fighter jets infiltrating near the coast, coupled with our complete dissection of the captured RQ-190 Dark Raven stealth reconnaissance aircraft..."

"We have figured out the true level of the US's current top-tier stealth coating, and we have also seen the technological gap and shortcomings between our two sides."

"The stealth coating currently in service with the United States uses a new generation of multi-layered gradient nanocomposite microwave absorbing materials."

"It uses a molecular-level interleaved stacking process, which has extremely strong frequency band adaptability and has been specifically optimized and absorbed for our current mainstream decimeter-wave and centimeter-wave air defense radars."

"Compared to our self-developed traditional ferrite stealth coating, it has a wider absorption frequency band, a lower stealth threshold, and is thinner and lighter when applied to the body."

"At the same thickness, its stealth performance is more than 1.8 times that of our current coating."

"Previously, our stealth technology approach was stuck in the traditional framework of single-layer homogeneous wave absorption and shape refraction stealth."

"The US has already achieved a three-in-one stealth system encompassing structural stealth, material stealth, and electromagnetic compensation stealth."

"This is also the core reason why our joint sweeps by multiple radar sites were still unable to accurately lock onto the F-35A and RQ-190."

"However, this top-notch coating also has a fatal flaw; it is not without its shortcomings."

"Firstly, it has extremely poor environmental adaptability. It is susceptible to high temperatures, salt spray, and humidity. Once deployed in marine or humid and complex environments, the coating is prone to powdering, cracking, and peeling."

"Secondly, the maintenance costs are exorbitant and the process is tedious and demanding. After each flight mission, the aircraft must return to port for a full coating inspection, touch-up repair, and curing maintenance."

"The cost of a single routine maintenance for an F-35A is as high as $120,000. Under high-intensity combat deployment, the coating needs to be completely overhauled every 20 hours of flight, and the cost of a single overhaul exceeds one million US dollars."

"As a result, the logistical pressure on the troops is enormous, and the cost-effectiveness of sustained combat operations is extremely low."

After listening to the detailed analysis, Zhou Binglun, the center's chief engineer, nodded slowly, his expression serious, and agreed, "Yes, you can't have your cake and eat it too."

"Based on all the intelligence currently available, the RQ-190 Raven stealth reconnaissance aircraft and the F-35A fighter jet represent the most advanced stealth aviation technology currently available to the United States."

"Their stealth coating is thin, their stealth performance is strong, and their frequency band coverage is wide, which can perfectly avoid detection by conventional air defense radar."

"Our full-area radar scans yielded very little result, which is enough to prove that the microstructure and wave absorption principle of this coating are indeed of great reference value."

"But its shortcomings are equally fatal: it is not resistant to corrosion or radiation, is expensive to maintain, and has an extremely low fault tolerance rate, making it completely unsuitable for long-term ocean deployments, high-frequency combat readiness operations, and complex and harsh battlefield environments."

"Therefore, we must not only learn from their advanced technological ideas, but also accelerate the iterative upgrading of our self-developed stealth coatings and forge our own path for multifunctional, highly adaptable, and low-maintenance stealth materials."

Upon hearing this, Xu Wenyuan, the vice president of technology research and development, immediately proposed a professional optimization plan: "I have a mature research and development approach for the iterative upgrade of the next-generation stealth coating."

"We can abandon the traditional single ferrite absorbing structure and adopt a ternary composite system of graphene, carbonyl iron, and ceramic passivation to reconstruct the microscopic absorbing structure of the coating."

"The first layer is an ultra-thin conductive graphene layer, which is responsible for the absorption and loss of high-frequency radar waves."

"The middle layer is filled with ultrafine carbonyl iron powder, which is specifically adapted to low and medium frequency military radar waves to make up for the frequency band shortcomings."

"The surface composite ceramic passivation protective layer is specifically designed to address the challenges of corrosion resistance, radiation resistance, and adaptability to high and low temperature environments."

"At the same time, we optimized the gradient layering ratio and adjusted the molecular arrangement structure to achieve full-band electromagnetic wave compatible absorption while making the coating thinner and lighter."

"At the same time, it significantly improves environmental tolerance, completely eliminating the common problems of eagle sauce coatings being delicate and difficult to maintain."

After listening to the plan, Zhou Binglun's eyes flashed with approval, but he also accurately pointed out the difficulties: "Dean Xu's technical approach is theoretically feasible and is also the mainstream direction of the next generation of stealth materials."

"However... landing will be extremely difficult."

"First of all, the domestic mass production technology for the fine purification process of high-purity nano-graphene and ultrafine carbonyl iron is not yet mature."

"The purity of raw materials circulating in the market varies, which cannot meet the requirements for stable mass production of military-grade materials."

"Secondly, the molecular fusion of ternary materials is extremely difficult. Different materials have different curing temperatures, shrinkage coefficients, and molecular compatibility, which can easily lead to problems such as delamination, peeling, and insufficient adhesion."

"Finally, controlling the thickness of the multi-layer gradient structure and adjusting the frequency band requires massive data iterations, resulting in a long R&D cycle and extremely high trial-and-error costs."

Immediately, everyone in the conference room began a heated discussion.

Some have suggested prioritizing breakthroughs in raw material purification technology.

Some have suggested simplifying the hierarchical structure to reduce the difficulty of implementation.

Some advocate for using traditional materials for improvement and seeking progress while maintaining stability.

Through the collision of ideas and repeated deductions, the parties systematically identified loopholes in the proposed solutions, overcame technical difficulties, and assessed their feasibility for implementation.

After nearly an hour of rigorous discussion and weighing of pros and cons, Shen Yanqiu finally finalized the research and development plan: "Xu Wenyuan's ternary composite gradient stealth coating solution has the highest technical limit and the strongest adaptability, which meets our strategic needs for the generational upgrade of military materials."

"Subsequently, the project was officially approved, with Comrade Zhou Binglun serving as the chief project leader, coordinating technical breakthroughs, sample production, and performance testing."

"Xu Wenyuan is assisting with technology development, while Gao Jingan is responsible for the entire performance review and standard control process, fully promoting the development of a new generation of multi-functional stealth coatings!"

"clear!"

The three responded simultaneously and accepted the order, officially launching the national-level stealth coating upgrade project.

……

The next morning, the live broadcast hall of Zhenxing Industrial and Trade Factory.

The entire set of live streaming equipment has been debugged, and the lights, cameras, and backend uploading channels are all ready.

Su Qing and her operations team were on high alert, clearing the backend of the live stream in advance and quietly waiting for the broadcast to begin.

This time, Lin Tian did not do any pre-event promotion, did not post any updates to attract traffic, and did not lay any publicity groundwork.

Completely contrary to usual practice, I logged into my account directly, clicked the mouse, and instantly started the live stream.

The live stream screen lit up instantly, and Lin Tian, ​​looking refreshed, faced the camera directly, greeting everyone with a relaxed and friendly tone: "Dear family members, we meet again!"

The broadcast started without warning, and the first batch of longtime viewers who flooded in were stunned. The barrage of comments scrolled incessantly.

Holy crap! Am I seeing things? The streamer just quietly started broadcasting!

[Without any prior warning or announcement, this surprise attack was completely unexpected!]

[Oh my god! Is the streamer preparing a huge surprise for us?]

[Quick! Everyone share the live stream immediately! Invite people to come and watch!]

[Waiting for the new release! Please, please, don't let the military intercept it again this time!]

With its massive fan base, the live stream's traffic skyrocketed, soaring all the way up.

In just a few dozen seconds, the number of viewers in the live stream exceeded 100,000, and it continues to surge at an alarming rate!

Lin Tian looked at the number of viewers on the live stream: "Wow, is it really that popular?"

Is this my influence?

Two sentences to get a million people online?

……