Примери за използване на Microbial fuel на Английски и техните преводи на Български
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To generate electricity in microbial fuel cells.
Microbial fuel cells use bacteria to convert organic waste into electricity.
The use of electricity in a microbial fuel cell.
Pouring money into microbial fuel cells, human cloning, nano replication, all the glam scams.
By harvesting these electrons,scientists have created microbial fuel cells.
The development of practical microbial fuel cells took a big step forward this week.
Microbial Fuel Cells(MFCs) use bacteria to convert organic waste material into electrical energy.
(To learn how to build your own microbial fuel cell, see Madden, 2010.).
The effect of the type electrodes on the energy andecological efficiency of microbial fuel cells.
MFCs(Microbial fuel cells) work in much the same way as conventional batteries, but with one difference.
One method for converting this energy to a useable form is to use microbial fuel cells(MFC).
A microbial fuel cell does the reverse, producing electricity by breaking down small organic compounds.
I mean, to create electricity andclean water simultaneously using microbial fuel cells, this could be the future.
By using a microbial fuel cell that you would put into the soil you can do things like turn this landscape light on.
Using electricity to push the reaction of acetate to H2 in a microbial fuel cell with a mixture of bacterial species(Equation 7)w4.
Microbial fuel cells, which use electrodes in dirt to power a small motor, have long been more or less a laboratory curiosity.
Key to the breakthrough is the creation of a new microbial fuel cell(MFC) that turns organic matter- in the case, urine- into electricity.
These microbial fuel cells can turn almost any biodegradable organic material into zero-emission hydrogen gas fuel. .
According to the Royal Society of Chemistry, researchers at the Bristol Robotics Laboratory created a microbial fuel cell(MFC) capable of generating electricity from urine.
These hybrid paper-polymer microbial fuel cells show an enhanced power-to-cost ratio, with a shelf life of about four weeks without needing any additional conditioning or microorganisms.
A 2011 article published in Illumin, an online magazine of the University of Southern California,notes that bacteria powering microbial fuel cells break down food and bodily wastes.
Electricity can also be generated from sewage using microbial fuel cells, which utilize a bio-electrochemical system that drives a current by mimicking bacterial interactions found in nature.
With this knowledge, scientists can start working on technology for tetheringbacteria directly to electrodes, which could lead to much more efficient microbial fuel cells or"bio-batteries".
As well as cleaning the water, microbial fuel cells would turn wastewater treatment facilities into giant batteries for green energy as electrochemically active bacteria degrade organic substances and release electrons to generate an electric current.
The researchers are inviting staff andstudents to use the toilet to donate urine to fuel microbial fuel cell stacks that make electricity to power indoor lighting.
As well as cleaning the water, microbial fuel cells would turn wastewater treatment facilities into giant batteries for green energy as electrochemically active bacteria degrade organic substances and release electrons to generate an electric current.
Scientists possessing this knowledge can now start working on technology for tethering bacteria directly to electrodes,which could lead to much more efficient microbial fuel cells- also known as bio-batteries.
And our hope is that we will be able to find ways to use microbial fuel cells to power, maybe outdoor landscape lighting, or even bring lights to rural remote regions of the U.S. and of course, to help those people in the developing world improve their quality of life.
The Row-bot consists of two main elements a propulsion mechanism to move the Row-bot around using a paddle operated by a minuscule 0.75 Watt,brushed DC motor, and its"stomach," where a microbial fuel cell(MFC) supplies the electric current to the motor powering the paddle.
And now we're beginning to realize that we can harness energy from it, and to that end we have been looking a lot at these microbial fuel cells which are devices that harness energy from the naturally occurring cycles that take place in soils.