Reborn, I Use Future Military Technology to Create the Most Powerful Ammunition

2045, Northwest Range. Shen Zheng, a senior engineer at the Military Ammunition Research Institute, was killed when an explosion occurred during a target test of a five-element high-entropy alloy warhead, and he died on the spot. It took him twenty years to complete the journey from niobium microalloying to the five-element system, with thirty-seven versions of proportions and more than four hundred smelting adjustments. The 0.3 Mm segregation zone inside the ingot brings everything back to zero. Open your eyes again, 2025. Twenty-eight years old. No lab, no funding. The only thing his father left behind was the nearly bankrupt precision processing factory, three old lathes, and a debt of 1.8 Million. But he has all the technical routes for the next twenty years in his mind. Starting from niobium microalloyed elastomer steel, the first batch of test pieces were made in Laoqian's workshop. The introduction of tantalum, binary alloy warhead target test data shocked the provincial military region. Enter the Expeditionary Munitions Research Institute and get the official platform. Overcoming the 3422-degree melting point of tungsten, the ternary high-entropy alloy armor-piercing core hit the target for the first time. Then introduce zirconium and hafnium, step by step towards the complete engineering of the five-element system. Every step is a tough battle. The vacuum furnace is not precise enough, high-purity raw materials rely on imports, and testing equipment is queued up. Segregation, shrinkage, cracking, and at least two or three failures before each breakthrough. But Shen Zheng knew where the end point was. The armor-piercing bullet core combines the density of tungsten with the self-sharpening properties of depleted uranium, and there is no radioactivity controversy. The jet consistency of the medicine cover far exceeds that of pure copper. The specific strength of the projectile exceeds that of steel by 30%. The full range of ammunition is being rolled out, from the laboratory to mass production, and from domestic shooting ranges to the international market. With twenty years of memory, an ammunition engineer started from a small factory with millions of debts to create the most powerful ammunition in mankind.