Scientists develop a novel method for generating high-energy plasma using carbon nanotubes derived from carbon dioxide and a standard microwave oven.
A team of scientists has made a groundbreaking discovery with the development of special carbon nanotubes derived from CO2. These nanotubes possess the remarkable ability to generate sustained plasma almost instantly when exposed to microwaves from a standard microwave oven. Plasma, a supercharged state of matter found in lightning, stars, and neon signs, is created when atoms lose electrons, resulting in a mix of free-moving charged particles.
This highly energetic state makes plasma an excellent conductor of electricity and opens up a wide range of applications.Plasma has the potential to revolutionize fields such as fusion energy research, enabling the development of advanced water and air purification technologies. It can also contribute to the creation of next-generation medical sterilization, cancer treatments, and even space propulsion systems. However, traditional methods for producing high-energy plasma require specialized equipment and controlled environments with extremely high temperatures.The CO2-derived carbon nanotubes offer a simpler and more accessible method for plasma generation. This innovative approach utilizes carbon nanotubes created through the molten carbonate electrolysis of carbon dioxide, a process that converts CO2 into carbon-based materials using electricity and molten salt. When these nanotubes are placed inside a microwave, they induce a yellow-white plasma with temperatures exceeding 800°C within seconds. The researchers also demonstrated that this method is significantly more efficient than conventional plasma cleaning techniques, requiring 100 times less time, consuming 10 times less power, and producing higher purity carbon nanotubes
CARBON NANOTUBES PLASMA MICROWAVE CARBON DIOXIDE ENERGY
United States Latest News, United States Headlines
Similar News:You can also read news stories similar to this one that we have collected from other news sources.
World’s 1st carbon fiber train enters service in China, cuts 130-ton CO2 emissionsThe CETROVO 1.0 Carbon Star Express started operations on a 37.2-mile stretch of railway line in Qingdao, part of Shandong Province in China.
Read more »
Carbon Composite Pants For Your Carbon Composite BicycleThe experimentalists at Vollebak clothing of London have made part carbon composite pants.
Read more »
Tiny Ocean Bacteria Found Communicating Through 'Nanotubes'A recent study has revealed that Prochlorococcus bacteria, responsible for a significant portion of the Earth's oxygen production, communicate through 'nanotubes.' These structures, made of cell membrane, allow for the exchange of nutrients and resources between cells, challenging our understanding of these single-celled organisms.
Read more »
90% purity achieved in fuel derived from household waste using chemical loopingResearchers have developed a chemical looping tech that converts waste like plastics, paper, and food scraps into high-quality fuel.
Read more »
Urine-Derived Fertilizer Holds Promise for Sustainable AgricultureResearchers have developed a novel method to extract fertilizer from human urine, potentially reducing reliance on energy-intensive industrial processes and promoting sustainable agriculture. The process involves using a graphite catalyst and oxygen from the air to produce percarbamide, a nitrogen-rich chemical that acts as a effective fertilizer for various crops.
Read more »
Greenland's Blue Lakes Turn Brown, Start Emitting Carbon DioxideThousands of Greenland's crystal-clear blue lakes have turned a murky brown due to global warming, and alarmingly, they've begun emitting carbon dioxide. Record heat and rain in 2022 triggered a tipping point, causing the lakes in West Greenland to shift from absorbing CO2 to releasing it. The transformation was attributed to a combination of melting permafrost, heavy rains washing carbon and iron into the lakes, and a decline in the number of CO2-absorbing plankton.
Read more »