NITU MISIS
The developed composition increases strength without compromising electrical conductivity
The "cell" size is up to 50 nanometers, the material is extracted by magnet and works without replacement
Scientists at NUST MISIS bypassed dependence on Chinese raw materials for UAVs and robotics
CO₂ is being turned into a resource using a nanocatalyst
Innovative aluminum can withstand heating above 300 degrees
A new technology from NUST MISIS engineers allows making parts cheaper and faster than classical casting and assembly methods
The unique material combines high heat resistance, wear resistance, and ductility
Method for lightweight machine learning systems will improve the efficiency of quantum key distribution
A compound of aluminum with zirconium and rare-earth elements provides strength without loss of electrical conductivity
The development reduces the activation energy of thermal decomposition by 25%
Scientists Present a New Method for Rapidly Configuring OCR Systems
Graphene oxide nanosheets reduced porosity and increased the strength of ACC - now it is ready for operation in extreme conditions
The alloy combines high strength and ductility, offering an economical alternative to expensive nickel materials
It will help animals regain the ability to walk without repeated surgeries