New applications in the field of medical thermometry, nanodiamond is used to improve the chemotherapeutic effect of leukemia, and nanodiamond is used to transport chemotherapeutic drugs for brain tumors.
Ultra-nano diamond (UNCD) films and ADT (Advanced Diamond Technologies Inc.) products developed by Argonne National Laboratory can be used to fabricate MEMS/NEMS devices. For example, electronic chips, radio frequency oscillators, accelerometers, AFM probes, micro motors.
The highest working temperature of diamond semiconductor can reach over 600 C, which is the ultimate application of fixed-scale diamond materials. It will replace the most widely used germanium, silicon and gallium arsenide semiconductor materials and become a milestone in the development of semiconductor materials and technology.
Using diamond as solid-state laser material brings new opportunities for designing small and compact solid-state lasers. These lasers will have stronger power carrying capacity and will be carried out at currently unavailable wavelengths, thus opening up new applications.
Missile infrared window, a new type of diamond lens for optical data storage, a new type of diamond lens for optical data storage, for stealth materials, suspended in paint with a small amount of nano-diamond, sprayed on aircraft, tanks, missiles, warships, can play an invisible anti-corrosion role.
For aircraft engines, shuttle hulls and intercontinental missile sophisticated equipment. After launching, the infrared window used for missile not only runs at high speed, but also withstands the test of wind, sand, rain and snow.
Non-ferrous cutting, non-metal material cutting tools, grinding wheel correction pens. Precise process of automobile, machine tools, bearing, hydraulic, etc.