Renewable Energy / M. J. Tudor S. P. / A. Nasiri S. A. / Tianjin Key Laboratory / Philips / Thin Solid Films / Suzuki / W. K. G. Seah A. E. / VLSI Systems / /
Currency
USD / / /
Facility
University of Twente / Nankai University / Debye Institute / Utrecht University / MESA+ Institute / /
IndustryTerm
μm technology / energy scavengers / energy harvesting electronics / μm technology chip / metal ion contamination / vibration energy scavengers / electrical energy storage / photovoltaic energy scavenging / photovoltaic processing / energy sources / published energy scavengers / plasma processing / Wireless VITAE / electricity / energy storage / mature micro-technology / wafer level processing / stainless steel shadow mask / chemical composition / energy scavenging module / post-processing / photovoltaic energy scavenging component / ambient energy / energy scavenging / individual devices / low manufacturing cost / thermal activation energy / energy collection / Thin-film solar cell technology / /
Organization
MESA+ Institute for Nanotechnology / University of Twente / African Union / US Federal Reserve / Nankai University / Tianjin / Dutch Technology Foundation / Utrecht University / Debye Institute / /
Person
Joost Melai / Rob Wolters / Wang Xiaoling / P. Jansweijer / Klaus Reimann / M. Van Beuzekom / Velumani Subramaniam / H. Verkooijen / Bijoy Rajasekharan / Victor Blanco Carballo / Casper Juffermans / Martin Fransen / Hari Upadhyaya / D. San Segundo Bello / Jan Timmermans (Nikhef) / Zhou Zhiqiang / Wilco Koppert / Michael Campbell / Mo / Yevgen Bilevych / J. Visschers / Gerhard Koops / Eugene Timmering / Wang He / /
ProgrammingLanguage
DC / /
PublishedMedium
Solar Energy Materials and Solar Cells / Lecture Notes in Computer Science / /
Above-CMOS a-Si and CIGS Solar Cells for Powering Autonomous Microsystems J. Lu1, W. Liu2, C. H. M. van der Werf3, A. Y. Kovalgin1, Y. Sun2, R. E. I. Schropp3 and J. Schmitz1 1 2