A new class of metallurgy is poised to make steel more durable, strong and durable enough to serve as a key ingredient in future combat vehicles and nuclear weapons.
It is the metallogic of steel that has long been a secret to the military, the military’s most valuable resource.
But now it is poised for a major breakthrough.
The military is making a major move toward metallizing its weapons and armor with a new type of metamagical material called steel-steel alloy.
The new material will be used to create a new generation of advanced weapons and defense systems.
The metal is already in use in some advanced military systems such as the Joint Strike Fighter, a multi-billion dollar program that seeks to replace the aging fighter jets of the past with more powerful, more affordable and more versatile aircraft.
The Defense Department’s Advanced Research Projects Agency, or DARPA, is spearheading the new research program, which is led by the U.S. Army.
The Army is developing a new, more powerful version of the Joint Stabilization System, or J-STAR, which can fly in the air at speeds of Mach 2.8.
It is a military innovation that was first envisioned nearly 50 years ago.
The Pentagon has been studying the new material for nearly a decade, but it wasn’t until recently that it became clear that it could be used in a practical form to make highly durable and strong steel.DARPA has identified a number of areas where the new metal can be used.
One of the biggest uses is in creating highly high-strength steel that can be welded onto the exterior of vehicles and aircraft.
A metal used to build aircraft is called jet-grade steel.
Another major area is in designing new weapons and technologies that can withstand a high-speed impact, such as from a nuclear weapon.
But there are also other applications, including the use of the material in high-performance materials for energy storage and other applications.
The new metamagnetic alloy, which will be called WST, is already used in military aircraft.
It’s made of copper and aluminum, and is a material that’s been used in ballistic armor since the 1970s.
The Pentagon also has a long history of testing new materials, but the WST is the first to be approved for use in a military system.
The steel metasurface is made up of a layer of carbon atoms bonded to a layer called a polysilicon core.
The metal can also be made up from another type of metal called copper nitride.
The WST uses the copper nitro compound and the polysilicone core as a catalyst.
When the metal is heated to high temperatures, it expands and contracts.
The process creates the Wst alloy.
The WST alloy is very strong and has been used for years in military and aerospace applications.
The government is testing it in an aircraft to make sure it’s safe to fly in its new, high-tech version.
The Army has also started testing WST in a nuclear weapons system, but those tests are focused on making sure the material doesn’t pose a threat to the weapons themselves.
The next step is to go back to the test range and put it through its paces in the cockpit.
The first test is expected to take place next year.