k Wearable EXPOWearable Device Technology Expo January 14, 2015, Tokyo, Japan A new piezoelectric fabric derived from polylactic acid that exhibits exceptional piezoelectric properties is The transparent, flexible material is the result of collaboration between Tejin and Kansai Universitys Faculty of Engineering Science. The threeday exhibition showcased the cutting edge wearable tech devices and all related The threeday exhibition showcased the cuttingedge wearable tech devices and all related technologies. Editorial Stock Photo - Afloimages
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Wearable EXPO Wearable Device Technology Expo January 14, 2015, Tokyo, Japan   A new piezoelectric fabric derived from polylactic acid that exhibits exceptional piezoelectric properties is The transparent, flexible material is the result of collaboration between Tejin and Kansai University s Faculty of Engineering Science. The three day exhibition showcased the cutting edge wearable tech devices and all related The three day exhibition showcased the cutting edge wearable tech devices and all related technologies.
ED

Wearable EXPO Wearable Device Technology Expo

January 14, 2015, Tokyo, Japan - A new piezoelectric fabric derived from polylactic acid that exhibits exceptional piezoelectric properties is The transparent, flexible material is the result of collaboration between Tejin and Kansai University's Faculty of Engineering Science. The three-day exhibition showcased the cutting edge wearable tech devices and all related The three-day exhibition showcased the cutting-edge wearable tech devices and all related technologies.

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ID
26245559

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License type
Editorial

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Creation date
14-01-2015

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