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Interview with Juliane Tripathi


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Title Interview with Juliane Tripathi
Title of Series Clean4Yield eConference
Number of Parts 21
Author Tripathi, Juliane
Contributors Neely, Marcus (Music)
License CC Attribution 3.0 Unported:
You are free to use, adapt and copy, distribute and transmit the work or content in adapted or unchanged form for any legal purpose as long as the work is attributed to the author in the manner specified by the author or licensor.
DOI 10.5446/18197
Publisher Technical University of Denmark (DTU), The Department of Energy Conversion and Storage
Release Date 2015
Language English
Producer Madsen, Morten V.

Content Metadata

Subject Area Engineering
so we want to take to existing technologies Vermont stretched and fervor to allow us to do processing of the printed Telectronics in cost-efficient made my
name is the young party I'm working as a researcher and project manager holds center was I'm the coordinator of the king for the project and the aim of this project is to enable the overall production of printed electronics and in this case specifically for ordinal PB and suffering from moisture barrier here told Centerview work under development of flexible and printed electronics and smart electrons for example for affordable tights for lighting for medical
care we want to make smart Telectronics and they also work on smart production of diesel drawings by for example using cultural technologies using printing technologies we want to make things OPV or wouldn't let me look at 100 Europe a square meter 20 EUR per square meter depending on the application 1
of the main advantages of ordered lighting compared to Ava technologies is that they can be very energy efficient and make all kind of course you can make them the booze and now
we have even made light of 30 cm wide by
production the 3rd
OPV technology we are now able to produce on you can produce much cheaper than
and what might be most importantly can produce very likely devices you can send them to all forms and you can cut them to all shapes very easy to transport
inevitably there working as all it is printed electronics for for health care 1 example is the smartest during their use printed and electronic structures to to monitor the intake of medicine by patients give history itself will notice is taking out and at the same time as if it has not taken up to a certain kind of like notify you by yourself on the side of the assessment list as also worked on health care monitoring last general but pressure Soviet trying to make life better for seeing things
have worked on actually going to the market and are becoming available to the people that is great fun
Finger protocol
Hot working
Computer animation
Cartridge (firearms)
Photographic processing
Diesel engine
Roll forming
Gas compressor


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