Researchers in the UK and around the world are currently working on prototype technologies that could enable new types of aircraft to travel at hypersonic speeds – five times faster than the speed of ...

Being able to withstand temperatures of nearly 4000°C could pave the way for both materials to be used in ever more extreme environments, such as in heat resistant shielding for the next generation of ...

Researchers in the UK and around the world are currently working on prototype technologies that could enable new types of aircraft to travel at hypersonic speeds - five times faster than the speed of ...

Molybdenum hafnium carbide (MHC) alloy is a particle-reinforced molybdenum alloy which contains hafnium and carbon. The carbon is uniformly distributed along the alloys structure giving it excellent ...

Synthetic control over morphology and crystal structure. Many applications depend on the crystal structure of the material and the crystal surfaces or faces present. To date, most of the metal carbide ...