Examples of using Stretchable in English and their translations into Chinese
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Stretchable electronics, as we will discuss next, are changing the scope of such design properties, fostering potential technological advancements along the way.
Researchers from North Carolina State University have developed a new technique for directly printing metal circuits, creating flexible, stretchable electronics.
Kumar is confident in the team's innovations, which includes the ability to replace coin batteries with thin, stretchable batteries.
The next step after laboratory tests is to bring stretchable electronic devices to market.
They are also developing stretchable interfaces to connect patients and devices, and that improve data collection and the accuracy of that da.
Potential applications: The new stretchable ICs can be used in smart tablet that could be stretched in size, from small to extra-large.
Researchers reporting in ACS Materials Letters have developed a stretchable light-emitting device that operates at low voltages and is safe for human skin.
In addition, users can use some stretchable materials, which will not take up too much space, and make the room very creative.
The key difference is the soft lens with stretchable electronics and displays," Park told Live Science.
Recently, the team successfully developed a high-density, high-sensitivity, stretchable transistor array that can be mass-produced for the first time.
For example, imagine a sensor whose electronic components have been digitally printed into a thin, bendable, stretchable sheet of elastic material.
We considered a flexible, stretchable, miniaturized biobattery as a truly useful energy technology because of their sustainable, renewable and eco-friendly capabilities.”.
The result will be lightweight, low cost, flexible, comfortable, stretchable and highly efficient smart products with innumerous uses in the consumer, commercial and military applications.
Her BodyNet sensor is made of a clear, stretchable, non-allergenic elastomer, onto which are screen-printed metallic-ink sensing electronics and a flexible radio-frequency identification(RFID) antenna.
Restoring some semblance of this sensation has been a driving force behind Stanford chemical engineer Zhenan Bao's decades-long quest to create stretchable, electronically-sensitive synthetic materials.
The result: lightweight, low-cost, flexible, conformable, stretchable, and highly efficient smart products with innumerable uses for consumer, commercial, and military applications.
She said that stretchable electronics demonstrated thus far lose conductivity after being stretched too far or too many times, so more research is needed.
The researchers have demonstrated their technique using three different alloys, printing on four different substrates: one glass, one paper and two stretchable polymers.
The second method comprises making non-flexible materials stretchable using innovative design.
The solvent is then evaporated away, leaving a stretchable yet durable polymer coating.