A. characteristics B. diverse C. employ D. function E. issue F. integration G. hit H. military I. potential J. schemes K. wearers |
Future Fashion: Biometric Bodysuits
A team of the Applied NanoBioscience Center at Arizona State University has built prototypes (原型) of biometric bodysuits. They can detect chemical attacks, deliver drugs to their
Frederic Zenhausern, director of the Applied NanoBioscience Center at ASU, has joined with Ghassan Jabbour, a professor at the University of Arizona, to develop two prototypes of “biometric bodysuits” that contain embedded sensors, power sources, microfluidic devices and other gadgets not normally associated with the latest Paris fashions. Such “smart” clothing could
The civilian Chameleon will have somewhat different
Another possibility would be to download different designs from the Internet so the fabric could change colors and patterns, Zenhausern said. And it could all be made to look stylish by the
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A. conventional B. tolerable C. layer D. stranded E. pile F. insightful G. difference H. placed I. hazards J. anchor K. rays |
Inspired by Arctic Life
Polar bears are warm-blooded animals with heavy fat and fur that can survive in freezing Arctic temperatures. A team of students from the Royal Danish Academy, inspired by polar bears, designed a pop-up igloo (弹出式冰屋)—an emergency tent that might make survival in sub-zero areas much more
Led by Henry Glogau, the team said that their design can help those lost or
The pop-up igloo adopts a mylar (聚酯薄膜) material, which works similarly to polar bears’ skin. Besides their thick fat and fur, polar bears have black skin underneath, which is ideal for absorbing
To check its capabilities and limits, the team put the design through intensive testing for one month in Alaska. The analysis indicates that an average 37°C
A. homebound B. movements C. developed D. available E. isolated F. images G. tough H. activities I. hooked J. equipped K. supposed |
A small robot may help children who are recovering from a long-term illness in the hospital or at home.
These children may feel
Norwegian researchers have
The robot is called AV1. AV1 goes to school for a child who is
A Norwegian company called No Isolation created the robot. Karen Dolva was one of the co-founders. She explains how the robot AV1 works. From home, the child uses a tablet’ or phone to start the robot. Then they use the same device to control the robot’s
The student can take part in classroom
The robot was designed to be
AV1 is large and looks like a human for a reason. Dolva says this is important because the robot is
I recently came back from a trip to the beach and was very upset to see the amount of