The extremely
conductive nanotubes record the change and allow researchers to measure how much yeast is present.
Not exact matches
Woven from
conductive thread built on microscopic carbon
nanotube sheets, this fiber could one day help power human - sized electronic wearables and high - performance solar cells.
Carbon
nanotubes could be highly
conductive along the 1D
nanotube length and two - dimensional graphene sheets in the 2Dplane.
Laid down in thin films, randomly oriented carbon
nanotubes form
conductive networks that can serve as electrodes; patterned and layered films can function as sensors or transistors.
Kotov is creating fabrics partially made from
conductive carbon
nanotubes (picture microscopic ziti made of rolled carbon atoms), which he expects could lead to garments that are essentially themselves electronic devices.
For cathode electrodes, they embedded NMC — lithium nickel manganese cobalt oxide — in the
nanotubes, causing the nanoparticles to become very
conductive.
«Rolling «neat»
nanotube fibers: Acid - free approach leads to strong
conductive carbon threads.»
In this latest effort, they used a carbon
nanotube paste to form an electrically
conductive network matrix with excellent bendability.
«We use the carbon
nanotube in this flexible network to make a
conductive rope - like wrap,» Ban said.
The heating concept is based on a film that is coated with
conductive carbon
nanotubes (CNTs).
Now a team from Cambridge University in England has devised a simple technique to increase the density of
nanotube forests grown on
conductive supports about five times over previous methods.
Ying Zhou and Reiko Azumi from Japan's National Institute of Advanced Industrial Science and Technology reviewed the latest research on the use of carbon
nanotubes in manufacturing an important component of optoelectronic devices called transparent
conductive films (TCFs).
Robertson and his colleagues grew carbon
nanotubes on a
conductive copper surface that was coated with co-catalysts cobalt and molybdenum.
A chunk of
conductive graphene foam reinforced by carbon
nanotubes can support more than 3,000 times its own weight and easily bounce back to its original height, according to Rice University scientists.
Basic
nanotubes are good for many things, like forming into microelectronic components or electrically
conductive fibers and composites; for more sensitive uses like drug delivery and solar panels, they need to be as pristine as possible.
In that earlier work, the group designed tiny rubber pillars containing electrically
conductive carbon
nanotubes, which were placed over a pair of electrodes side by side.
This won't be easy, because each individual carbon
nanotube's
conductive properties are dependent on how they are formed, Raffaelle says.
For example, an arrangement of carbon
nanotubes bound to DNA could be turned into an electrically
conductive circuit.
«Microcombing» creates stronger, more
conductive carbon
nanotube films.»
The folded DNA then acts as a scaffold onto which researchers can attach and organize all kinds of nanometer - scale components, from fluorescent molecules to electrically
conductive carbon
nanotubes to drugs.
The LLNL team fabricated flexible polymeric membranes with aligned carbon
nanotube (CNT) channels as moisture
conductive pores.
Northwestern University researchers recently used metallic
nanotubes to make flexible, semi-transparent, highly
conductive films that can be used for devices such as flat - panel displays and solar cells.
Samsung specifically notes in their granted patent that «stretchable displays include a stretchable
conductive material that can be a
conductive polymer, a carbon
nanotube, graphene, etc..»