
To combat power line icing: a drone with a sensor system was created at PNRPU
The drone allows for precise line treatment without interrupting power supply

The drone allows for precise line treatment without interrupting power supply

A digital twin helps predict the spread of heat in permafrost formations

Direct ether synthesis without intermediate stages makes the process fast and economical

The development is not affected by electromagnetic interference, has a 3-4 times wider measuring temperature range, and does not require frequent replacement

The filter does not clog over time, but self-improves

High-quality fuel should be absolutely transparent and contain no impurities

The center's task is to create gas turbine engines, electric motors, and composite materials

The development automatically eliminates icing on the aircraft fuselage

New method reduces energy consumption by 80% and preserves material quality

Modified samples are practically unaffected by mold even under high humidity and temperature conditions

Smart defectoscopy of turbine blades has been created, which automatically detects defects during polishing and corrects the process

The development proved to be 28-32% more efficient than existing counterparts

It allows predicting water saturation with minimal deviations from real values

The discovery will improve the quality and reliability of parts for the automotive, aviation, and space industries

The key advantage of the technology is its compactness and lack of complex infrastructure