The system allows producing up to 0.15 kg of "green" hydrogen per second from 4 kg of waste
The system allows producing up to 0.15 kg of "green" hydrogen per second from 4 kg of waste
New approach combines laser texturing, chemical modification, and hydrocarbon pyrolysis
The approach opens up the possibility of creating complex structural parts for extreme conditions
Innovative Nanodevices to Aid in Stimulating Cell Growth
The material retains its properties in extreme conditions
The use of plasma technology opens new horizons in oil refining
The data obtained will allow the creation of new and effective drugs
Innovative cryogel forms a protective shell and prevents air and water pollution
New development will halve the cost of waste processing
The synthesis of the material takes place in one stage and does not require a large amount of equipment
Scientists described exactly how and in what sequence the ignition process of the fuel system occurs
The resulting materials can be used to create custom bone implants
New test bench reduces testing time from several days to a couple of hours
Tomsk chemists have proposed an inexpensive and safe method to improve the electrocatalytic properties of molybdenum disulfide
Tomsk scientists, together with colleagues from Sweden, have proposed an innovative method for modifying aromatic compounds