Sentence examples for most advanced materials from inspiring English sources
Their companies can afford to equip their tinkerers and visionaries with the most advanced materials, instruments and knowledge.
Developers at the US National High Magnetic Field Laboratory in Florida have been working with one of the most powerful and mysterious natural substances – spider silk – and combining it with one of the most advanced materials made by humans – carbon nanotubes.
Some of the most advanced materials and manufacturing techniques prior to the modern age find expression in sword manufacture.
To optimize Formula 1 performance, Ferrari applies the most precise engineering possible to the most advanced materials available, but what ultimately wins races is seamless integration of car and driver.
Graphene is currently one of the most advanced materials under study for the development of a wide range of future device applications, owing to fascinating properties such as high carrier mobility, high electrical conductivity, as well as excellent mechanical flexibility and strength.
Because of the unique mechanical and chemical behavior of molybdenum and its alloys, they become one of the most advanced materials for high-temperature heating elements, the most exposed areas of furnace, the aircraft industry and the components of the crystallization apparatus at sapphire single crystal growth.
He wanted to lure in the fashionable world, and confront it with his most advanced material.
The lecturers were challenging, but then again he was teaching some of the most advanced material we learned as undergraduates: Einstein's theory of general relativity and symmetries.
"The most advanced stuff is increasingly coming from consumer markets.
Meanwhile, carbon nanotubes [CNTs] have been one of the most advanced functional materials because of their superior electronic property, good thermal/chemical stability, high mechanical strength, and large surface area [7 9].
The most advanced Ni/AEMO materials developed thus far exhibit intrinsic production capacities exceeding 2000 μmoles of C2H2 per gram of Ni/AEMO per process cycle.
