Although on sabbatical from RMIT University in Melbourne, Affiliate Professor Dr Kourosh Kalantar-zadeh, from the School of Electrical and Laptop or computer Engineering, joined MIT Connect Professor Michael Strano’s nanotechnology research team and collectively accidentally learned a new way to create strength.
Their work was posted in the December IEEE Spectrum Journal, the publication of the Institute of Electrical and Electronics Engineers (IEEE), entitled ‘Nanodynamite: Gas-coated nanotubes could offer bursts of strength to the smallest programs’.
The MIT-led team were measuring the acceleration of a chemical response along a nanotube when they discovered that the reaction they ended up monitoring truly created energy. Now, Dr Kourosh Kalantar-zadeh and Michael Strano are mixing their expertise in chemistry and nanomaterials to examine this phenomenon.
Affiliate Professor Kalantar-zadeh explained that his experimental method, primarily based on 1 of the components that have arrive from nanotechnology — carbon nanotubes — generates electrical power, a thing researchers had not noticed just before.
“By coating a nanotube in nitrocellulose gas and igniting 1 finish, we set off a combustion wave along it and discovered that a nanotube is an outstanding conductor of warmth from burning fuel. Even far better, the combustion wave makes a robust electrical latest,” he stated.
“Our discovery that a thermopower wave operates very best across these tubes since of their twin conductivity turns typical thermoelectricity on its head.
“It’s the first feasible nanoscale technique to electrical power generation that exploits the thermoelectric impact by conquering the feasibility issues connected with minimising dimensions.
“But there are many angles to explore when it happens to taming these exotic waves and, ultimately, locating out if they’re the wave of the long term.”
Supply: RMIT College
Electrical sparks via shutterstock
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CleanTechnica
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