filmov
tv
‘Breathable’ Electronics Pave the Way for More Functional Wearable Tech
Показать описание
Researchers have created ultrathin, stretchable electronic material that is gas permeable, allowing the material to "breathe." The material was designed specifically for use in biomedical or wearable technologies, since the gas permeability allows sweat and volatile organic compounds to evaporate away from the skin, making it more comfortable for users - especially for long-term wear.
Specifically, the researchers used a technique called the breath figure method to create a stretchable polymer film featuring an even distribution of holes. The film is coated by dipping it in a solution that contains silver nanowires. The researchers then heat-press the material to seal the nanowires in place.
Credit: NCState
Credit: Yong Zhu, NC State University
Specifically, the researchers used a technique called the breath figure method to create a stretchable polymer film featuring an even distribution of holes. The film is coated by dipping it in a solution that contains silver nanowires. The researchers then heat-press the material to seal the nanowires in place.
Credit: NCState
Credit: Yong Zhu, NC State University
‘Breathable’ Electronics Pave the Way for More Functional Wearable Tech
World's lightest and thinnest circuits pave the way for 'imperceptible electronics' #...
Engineers Play Tetris Using Breathable Electronic Fabric
Breathable and Stretchable Temperature Sensors Inspired by Skin
Transparent, stretchy electronic skin
PranaQ's TipTrack: Sleep tracker for precision and comfort @ CES 2024
Naise Tattoos
Flexible Electronics Based on Micro/Nanostructured Paper
INOVATIVE INVENTIONS INOVATIVE INVENTIONS THAT WILL BLOW YOUR MIND
E Textiles: Graphine Based Textiles
Flexible Stretchable Electronics by Multek
Stretchable Electronics Market Trends & Forecast to 2015 2023
The Future of Smart Fabrics: Tech You Can Wear
INVENTIONS THAT WILL SURELY CHANGE THE WORLD SOON #2
Building a Sustainable Future The Benefits and Advantages of Using Polypropylene
Live Demonstration: Energy Autonomous Electronic Skin for Robotics | IEEE Sensors 2017
Engineers Print Wearable Sensors Directly On Skin Without Heat
1908 BANGE Premium Quality Bag Backpack Anti Theft Water Repellent Fabric Laptop Bag USB Charging
Plasma Technology is About to Change Everything
NASA’s Gold Box Will Make Oxygen on Mars
The Fading Moon: Secrets of a Retreating Satellite | Space Documentary 2024
Breathe in Space Without Spacesuits: The Rutherfordium Revolution
dfcon2015 Epidermal Electronics
Zhenan Bao, Stanford - 2019 Stanford Medicine Big Data | Precision Health
Комментарии