METHOD FOR NEONATAL SCREENING FOR HOMOCYSTINURIA

Not Available Dynamet Technology, Inc. proposes to design, build and test a titanium alloy, HIP-encapsulated Boron Carbide ceramic plate, with two suggested improvements, a boron mesh backer (integrally bonded to the rear face of the ceramic) and a hydrostatic cushion in front of the confined ceramic. The powder metallurgy titanium alloy encapsulation process will generate hydrostatic compressive stresses within the ceramic, and a continuous integral bond between the ceramic and metal cladding. The geometry and relative thickness of each layer will be jointly designed incorporating ARL penetration codes and Dynamet's powder metallurgy titanium encapsulation and bonding process technology. Dynamet will produce six (6) 140mm diameter encapsulated armor stacks for ballistic testing at ARM against 7.63 mm penetrators, including multiple hit performance evaluations. BENEFITS: This proposal offers the potential for improved ballistic armor protection, permitting high ballistic efficiency with operational durability and scaleable, cost-effective manufacturing technology. The designs can be tailored and optimized for a dual-use application, from vehicle armor to small armored vests.