Making electronic paper that is bendable will require the use
of the flexible polymer - based circuitry.
Not exact matches
This will include Dr James Stern from Albis discussing plastics in healthcare applications, Professor Alexander Seifalian
of The London BioScience Innovation Centre covering the development
of medical devices using graphene nanomaterials and Lorna O'Gara from Ultrapolymers explaining
polymer innovation in healthcare and inter-material replacement for
flexible applications.
«
Flexible packaging isn't made
of pure plastic
polymers but made by blending several materials which make recycling nearly impossible,» she said.
The help
of a
polymer compatibilizer, DuPont ™ Fusabond ®, makes it possible to reuse this mixed material waste stream for products such as rigid or
flexible corrugated pipes and automotive lubricant bottles.
Polymer Packaging, a leading
flexible packaging enterprise, announced the opening
of a new 54,000 sq. ft. facility in Allendale, MI.
The cones are made
of polymer so they're
flexible, durable, and resilient which means they'll last a long time.
The bottom layer
of the material, described April 3 at the Materials Research Society spring meeting, features carbon nanotube pores embedded within a
flexible synthetic
polymer film.
The conformational dynamics
of individual,
flexible polymers in steady shear flow were directly observed by the use
of video fluorescence microscopy.
The researchers made the printed batteries
flexible and stretchable by incorporating a hyper - elastic
polymer material made from isoprene, one
of the main ingredients in rubber, and polystyrene, a resin - like component.
Wang, a graduate student in the lab
of Stoyan Smoukov, Ph.D., at the University
of Cambridge (U.K.) suspected that a
flexible conducting
polymer - based material from another project they were working on could be a better alternative.
Last June Ingber's team reported that it had placed human lung lining cells and human capillary cells on either side
of a porous,
flexible polymer membrane.
Inspired by geckos» sticky feet, scientists are developing adhesive tapes — by rooting columns
of nanotubes in
flexible polymer pieces — that stick many times better than a gecko's foot.
Researchers at the University
of Southern California Viterbi School
of Engineering have developed thin,
flexible polymer - based materials for use in microelectrode arrays that record activity more deeply in the brain and with more specific placement than ever before.
«Electrically conductive
polymers are used in OLEDs, for example, which can also be manufactured on
flexible substrates,» explains Tobias Kraus, Head
of the research group Structure Formation at INM.
A new, lightweight composite material for energy storage in
flexible electronics, electric vehicles and aerospace applications has been experimentally shown to store energy at operating temperatures well above current commercial
polymers, according to a team
of Penn State scientists.
The researchers begin by creating the body
of the bio-bot from a
flexible polymer.
And all this must happen on 1.5 square centimeters
of polymer that's transparent,
flexible, nonirritating, fluid - friendly, and free
of all the toxic materials normally used in glowing microelectronic components.
The PTMA is in a class
of electrically active
polymers that could bring inexpensive transparent solar cells; antistatic and antiglare coatings for cellphone displays; antistatic coverings for aircraft to protect against lightning strikes;
flexible flash drives; and thermoelectric devices, which generate electricity from heat.
«The coated separator is quite
flexible and porous, like a conventional
polymer separator, so it has negligible effect on the flow
of lithium ions between the cathode and the anode.
First, he created 20 - centimetre - long
flexible ribbons made
of a piezoelectric
polymer that generates electrical currents when perturbed, either by wind or when rain drops fall on it.
«This method should allow synthesis
of gram quantities
of few - layer - thick molybdenum disulfide sheets, which is very crucial for applications such as
flexible batteries, supercapacitors, and
polymer composites.
The nanogenerator itself includes thin electrode sheets on the front and back
of the mesoporous
polymer film, and the researchers can attach this soft,
flexible film seamlessly to flat, rough or curvy surfaces, including human skin.
This new form
of carbon -
polymer sheet is
flexible, nontoxic and mechanically strong, in addition to being non-flammable.
Although the use
of rigid metal and plastic parts tends to result in stiff, mechanical motion, a team at the Massachusetts Institute
of Technology (M.I.T.) is experimenting with the use
of a single piece
of flexible silicon and urethane
polymer to create robotic fish that smoothly wriggle through the water much like their natural counterparts.
The Rice lab
of chemist James Tour uses commercial lasers to create thin,
flexible supercapacitors by burning patterns into common
polymers.
Researchers at Rice University have created
flexible, patterned sheets
of multilayer graphene from a cheap
polymer by burning it with a computer - controlled laser.
Venkataraman explains, «We understood the idea
of controlling the arrangement, but we thought, What if we use a
flexible polymer, not a rigid tube?
That may not be so far away — a team
of researchers at KAIST in Daejeon, South Korea has developed a
flexible, wearable 20 mm x 20 mm
polymer sensor that can directly measure the degree and occurrence on the skin
of goose bumps (technically known as «piloerection»), which is caused by sudden changes in body temperature or emotional states.
Simple fabrication process
of flexible based micro-cone array (MCA) structure textured on transparent
polymer substrate was successfully demonstrated in this work for enhancing the photovoltaic performance.
In addition, University
of Illinois at Urbana - Champaign co-principal investigator John Rogers and colleagues published a proof -
of - concept study in PNAS in August about new methods for creating
flexible black - and - white
polymer displays that can change color to match their surroundings.
Each Organ - Chip, which is composed
of a clear
flexible polymer, is about the size
of a AA battery and contains tiny hollow channels lined with living cells.
The information they gather could help improve the design and performance
of organic
polymers:
flexible, stretchable, biocompatible electronic materials that could be used to make everything from printable solar cells to brain implants that restore movement to paralyzed limbs.
The long lasting coverage is due to the famous NARS formula, consisting
of treated pigments and
flexible polymers unique to their brand.
The focus
of Polymer Vision has always been
flexible displays, and they were certainly among the first to show off such a thing when we heard about the Readius in 2007.
The system's bladder is made
of durable and
flexible semitransparent
polymer with a scale on the front for showing the remaining fluid volume.
The new coating that the team has created consists
of a network
of linked copper nanowires that can be deposited directly on rigid glass or
flexible polymer sheets through a process that is scalable for mass production.
These elegant arched structures are made
of fiber reinforced
polymer modular components which are durable,
flexible and waterproof.
All those swirling lines are panels
of a dielectric elastomer wrapped over a
flexible polymer core.
The creation
of polymers that can shift their shape when exposed to different temperatures could open up a world
of amazing applications from drug delivery devices that only release medication when the wearer has a fever to
flexible, lightweight actuators that turn solar panels to track the sun.
They had to find the right blend
of polymers to be both
flexible and strong, which turned out to be a one with long - chain
polymers that have strands like spaghetti and one with shorter chain
polymers that act like a scaffold.