3D printed conducting polymer microstructures as an ultra-low velocity flow sensor
2016 doctoral thesis by Harish Devaraj at University of Auckland
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Summary
3D printed conducting polymer microstructures as an ultra-low velocity flow sensor is a doctoral thesis[1].
Key Facts
- 3D printed conducting polymer microstructures as an ultra-low velocity flow sensor authored Harish Devaraj[2].
- 3D printed conducting polymer microstructures as an ultra-low velocity flow sensor's instance of is recorded as doctoral thesis[3].
- 3D printed conducting polymer microstructures as an ultra-low velocity flow sensor was published by ResearchSpace@Auckland[4].
- 3D printed conducting polymer microstructures as an ultra-low velocity flow sensor's copyright license is recorded as Creative Commons Attribution-NonCommercial-ShareAlike 3.0 New Zealand[5].
- 3D printed conducting polymer microstructures as an ultra-low velocity flow sensor's country of origin is recorded as New Zealand[6].
- 3D printed conducting polymer microstructures as an ultra-low velocity flow sensor was published on 2016[7].
- 3D printed conducting polymer microstructures as an ultra-low velocity flow sensor's main subject is mechatronics[8].
- 3D printed conducting polymer microstructures as an ultra-low velocity flow sensor's work available at URL is recorded as https://researchspace.auckland.ac.nz/handle/2292/32621[9].
- 3D printed conducting polymer microstructures as an ultra-low velocity flow sensor's title is recorded as 3D printed conducting polymer microstructures as an ultra-low velocity flow sensor[10].
- 3D printed conducting polymer microstructures as an ultra-low velocity flow sensor's copyright holder is recorded as Harish Devaraj[11].
- 3D printed conducting polymer microstructures as an ultra-low velocity flow sensor's thesis submitted to is recorded as University of Auckland[12].
- 3D printed conducting polymer microstructures as an ultra-low velocity flow sensor's on focus list of Wikimedia project is recorded as NZThesisProject[13].
- 3D printed conducting polymer microstructures as an ultra-low velocity flow sensor's copyright status is recorded as copyrighted[14].
- 3D printed conducting polymer microstructures as an ultra-low velocity flow sensor's online access status is recorded as open access[15].
- 3D printed conducting polymer microstructures as an ultra-low velocity flow sensor's thesis committee member is recorded as Kean Aw[16].
- 3D printed conducting polymer microstructures as an ultra-low velocity flow sensor's thesis committee member is recorded as Rajnish Sharma[17].
- 3D printed conducting polymer microstructures as an ultra-low velocity flow sensor's thesis committee member is recorded as Jadranka Travaš-Sejdić[18].
- 3D printed conducting polymer microstructures as an ultra-low velocity flow sensor's thesis submitted for degree is recorded as Doctor of Philosophy[19].
Body
Designation and Status
3D printed conducting polymer microstructures as an ultra-low velocity flow sensor's instance of is recorded as doctoral thesis[3].