Sentences with phrase «on flexible materials»

The paper describes how Claussen and the nanoengineers in his research group use inkjet printing technology to create electric circuits on flexible materials.

«Graphene enables high - speed electronics on flexible materials.»

In two recent papers in the journals Advanced Materials and Applied Physics Letters, Kramer showed that the sprayLD method can be used on flexible materials without any major loss in solar - cell efficiency.

In the first model, cells grown on a flexible material are stretched.

Not exact matches

But when you choose ExpressWeb, your flexible packaging material will run reliably on your presses and perform consistently in even the most challenging applications.

From the opening keynote to a special panel discussion on materials for standup pouches, sustainability and the future of flexible packaging recyclability were two topics discussed to at least some extent in nearly every presentation at the recent Global Pouch West.

Over the past 50 years, Glenroy's flexible packaging film laminations have run on many different types of equipment, and we'll gladly work with you to ensure that your material runs well on your filling equipment of choice.

An added benefit is the lower scrap rates and faster line speeds that are achieved when running our flexible packaging material on filling equipment, which can ultimately contribute to your bottom line.

We as India's largest multinational flexible packaging materials and Solution Companyhad had been working on introducing a technology to extend shelf life of fresh produce which inherently is perishable in nature.

This testing determines how your product interacts with various flexible packaging structures, and will help with identifying adverse effects that a product has on flexible packaging materials, such as chemical degradation or delamination.

FPA has many advocacy priorities including ensuring the flexible packaging industry is represented in legislative and NGO discussions on solid waste management, material composition transparency, sustainability, the role of packaging in reducing food waste, and food safety issues.

Last October, being a market leader in packaging solutions for fresh produce, R.O.P was invited to lecture at Multilayer Packaging films 2014 — the International conference on advances in flexible packaging technology, materials, and markets that was held Cologne, Germany.

Unlike some flexible packaging converters with a menu of standard materials or pouches, we'll provide customized materials and pouches based on your specific needs.

Kids Neoprene Backpack — The ultimate bag for kids on the go — flexible & strong, and crafted out of naturally insulating, water - resistant neoprene wetsuit material, this bag is tough enough to take a lot of rough - n - tumble yet stylish enough to stand out from the crowd.

This is one of the most popular carriers on the market, and it's easy to see why: it's made of soft, stretchy material, it's flexible and comfy, and you'll be breastfeeding - ready at any time.

The bowl of the spoons are a little bigger for larger amounts of food but are still made from a flexible, soft material that is gentle on baby's lips and gums.

Saratoga Partnership President Marty Vanags and Director of Business Retention & Expansion Shelby Schneider are meeting one - on - one with executives from companies across the microelectronics supply chain, including manufacturers, materials and equipment suppliers, and in new vertical markets such as flexible hybrid electronics, system integration and the Internet of Things.

Sole Material: The best tennis shoes for nurses should have strong soles that are either flexible or shock - absorbing, to reduce stress on the lower body.

Materials scientist Canan Dagdeviren's cutting - edge work on flexible sensors is grounded in personal experiences.

UC Irvine researchers copied the pattern on a new, flexible material and coated it with a bit of gold to make a product that could improve solar panels, LED displays and disguising of weapons.

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.

The scientists first grew carpets of microscopic wires of gallium nitride, a light - emitting crystalline material, on an ultrathin mesh of graphene, which is a layer of carbon atoms that is flexible, conductive and tough.

Kramer and colleagues have just invented a new way to spray solar cells onto flexible surfaces using miniscule light - sensitive materials known as colloidal quantum dots (CQDs)-- a major step toward making spray - on solar cells easy and cheap to manufacture.

Furthermore, as the TUM researchers report in their latest papers, such devices can be fabricated on flexible backing materials through large - area, low - cost processes.

The technology is far from perfected — it's currently somewhat imprecise and there are questions about the material's durability over time — so you probably won't become the next Chopin learning «Twinkle Twinkle Little Star» on the hydrogel keyboard, but the idea of one day having a flexible trackpad attached to our bodies might not be such a — wait for it — stretch.

The research team has successfully embedded a powerful magnetic memory chip on a flexible plastic material, and this malleable memory chip will be a critical component for the design and development of flexible and lightweight devices.

Although a substantial amount of research has been conducted on different types of memory chips and materials, there are still signi?cant challenges in fabricating high performance memory chips on soft substrates that are flexible, without sacri?cing performance.

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.

Most compensate with complex systems of sensors and controls, but this design relies entirely on soft materials and a flexible framework to adapt to breakable objects of varying shape and size.

According to the authors on the paper «Flexible Ionic Devices for Low - Frequency Mechanical Energy Harvesting» published online in the journal Advanced Energy Materials, «The peak power density of our device is in general larger than or comparable to those of piezoelectric generators operated at their most efficient frequencies.»

In a project funded by electronics giant Samsung, a team of Penn State materials scientists and electrical engineers has designed a mechanical energy transducer based on flexible organic ionic diodes that points toward a new direction in scalable energy harvesting of unused mechanical energy in the environment, including wind, ocean waves and human motion.

In this paper we worked on glass, but we want to translate to flexible materials and produce roll - to - roll manufactured materials with water.

Engineers must also insulate the riser pipes with polymers, plasticlike material that makes the pipes more flexible and keeps the oil from cooling too quickly and clotting on its way to the surface.

The newly - developed perovskite solar cell device was fabricated using solution processes, a process that involves the coating perovskite materials on a flexible film.

Dr. Jeroen van den Brand, Program Manager at Holst Centre / TNO adds to this, «Our research focusses on integrating sensors and electronics into flexible materials, without compromising the characteristics of these materials.

This new novel cathode material enables the fuel cell designers have more flexible choices on the materials of fuel cell components, which leads to the lower fuel cell cost and, finally, to the step closer to the highly efficient and reliable fuel cells.

«We're printing flexible scaffolds that will encourage bone to grow through and around them,» says Ramille Shah, a material science engineer and co-author on the study.

They can't print on textiles or other flexible materials, let alone 3 - D objects.

Although a substantial amount of research has been conducted on different types of memory chips and materials, there are still significant challenges in fabricating high performance memory chips on soft substrates that are flexible, without sacrificing performance.

The thin and flexible material works on the piezoelectric effect — the idea of converting mechanical stress into electric charges.

The thin and flexible material, which is quite hard to produce at present, works on the piezoelectric effect — the ability of certain materials to convert mechanical stress into electric charges, Phys.orgreports.

«We can directly create piezoelectric materials of the shape we want, where we want them, on flexible substrates for use in energy harvesting and other applications,» said Nazanin Bassiri - Gharb, co-author of the paper and an assistant professor in the School of Mechanical Engineering at the Georgia Institute of Technology.

Imagine a material as flexible and lightweight as foil that becomes stiff and hard enough to stop a bullet on impact.

Even if you drop a loaded barbell from a couple feet up, you're dropping it on a flexible fabric material.

The material is sturdy, yet flexible, and the color looks great on everyone!

The flexible leather material allows for it to expand with however much stuff you fill it up with and it's a great bag to wear to the office or to run errands on the weekends.

As rope is a flexible material that moves when you use it, it constantly challenges children as they climb, and every action on a part of the structure has a reaction in another area.

Students at these schools still move through material as a class, rather than at a flexible pace based on their individual mastery.

Teachers also focus on developing more flexible uses of time, instructional methods, and ways for students to demonstrate their understanding of course material.

I would argue that if the goal is to provide more instruction that taps into students» individual needs and personal interests, then school and district leaders should focus on doing specific things that might actually move the needle, such as making sure: 1) that teachers know their students well; 2) that they assess student learning carefully; 3) that they provide students with rich and diverse materials in a range of media, and 4) that student and teacher assignments are flexible.