Hutomo Suryo Wasisto
Hutomo Suryo Wasisto
Infineon Technologies AG
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Zitiert von
Zitiert von
Beyond solid-state lighting: Miniaturization, hybrid integration, and applications of GaN nano-and micro-LEDs
HS Wasisto, JD Prades, J Gülink, A Waag
Applied Physics Reviews 6 (4), 2019
Airborne engineered nanoparticle mass sensor based on a silicon resonant cantilever
HS Wasisto, S Merzsch, A Waag, E Uhde, T Salthammer, E Peiner
Sensors and Actuators B: Chemical 180, 77-89, 2013
A Parts Per Billion (ppb) Sensor for NO2 with Microwatt (μW) Power Requirements Based on Micro Light Plates
O Casals, N Markiewicz, C Fabrega, I Gràcia, C Cané, HS Wasisto, ...
ACS sensors 4 (4), 822-826, 2019
GaN nanowire arrays with nonpolar sidewalls for vertically integrated field-effect transistors
F Yu, S Yao, F Römer, B Witzigmann, T Schimpke, M Strassburg, A Bakin, ...
Nanotechnology 28 (9), 095206, 2017
Vertical architecture for enhancement mode power transistors based on GaN nanowires
F Yu, D Rümmler, J Hartmann, L Caccamo, T Schimpke, M Strassburg, ...
Applied Physics Letters 108 (21), 2016
Silicon resonant nanopillar sensors for airborne titanium dioxide engineered nanoparticle mass detection
HS Wasisto, S Merzsch, A Stranz, A Waag, E Uhde, T Salthammer, ...
Sensors and Actuators B: Chemical 189, 146-156, 2013
Piezoresistive microcantilevers for humidity sensing
J Xu, M Bertke, HS Wasisto, E Peiner
Journal of Micromechanics and Microengineering 29 (5), 053003, 2019
Handheld personal airborne nanoparticle detector based on microelectromechanical silicon resonant cantilever
HS Wasisto, S Merzsch, E Uhde, A Waag, E Peiner
Microelectronic Engineering 145, 96-103, 2015
Advances of the top-down synthesis approach for high-performance silicon anodes in Li-ion batteries
AP Yuda, PYE Koraag, F Iskandar, HS Wasisto, A Sumboja
Journal of Materials Chemistry A 9 (35), 18906-18926, 2021
Portable cantilever-based airborne nanoparticle detector
HS Wasisto, S Merzsch, A Waag, E Uhde, T Salthammer, E Peiner
Sensors and Actuators B: Chemical 187, 118-127, 2013
Quartz crystal microbalance humidity sensors integrated with hydrophilic polyethyleneimine-grafted polyacrylonitrile nanofibers
A Rianjanu, T Julian, SN Hidayat, N Yulianto, N Majid, I Syamsu, ...
Sensors and Actuators B: Chemical 319, 128286, 2020
A phase-locked loop frequency tracking system for portable microelectromechanical piezoresistive cantilever mass sensors
HS Wasisto, Q Zhang, S Merzsch, A Waag, E Peiner
Microsystem technologies 20, 559-569, 2014
Vertical GaN nanowires and nanoscale light-emitting-diode arrays for lighting and sensing applications
S Mariana, J Gülink, G Hamdana, F Yu, K Strempel, H Spende, ...
ACS Applied Nano Materials 2 (7), 4133-4142, 2019
Intelligent mobile electronic nose system comprising a hybrid polymer-functionalized quartz crystal microbalance sensor array
T Julian, SN Hidayat, A Rianjanu, AB Dharmawan, HS Wasisto, K Triyana
ACS omega 5 (45), 29492-29503, 2020
Quartz crystal microbalances functionalized with citric acid-doped polyvinyl acetate nanofibers for ammonia sensing
R Roto, A Rianjanu, A Rahmawati, IA Fatyadi, N Yulianto, N Majid, ...
ACS Applied Nano Materials 3 (6), 5687-5697, 2020
Wearable carbon monoxide sensors based on hybrid graphene/ZnO nanocomposites
L Utari, NLW Septiani, LO Nur, HS Wasisto, B Yuliarto
IEEE Access 8, 49169-49179, 2020
Micro light plates for low-power photoactivated (gas) sensors
N Markiewicz, O Casals, C Fabrega, I Gràcia, C Cané, HS Wasisto, ...
Applied Physics Letters 114 (5), 2019
Versatilely tuned vertical silicon nanowire arrays by cryogenic reactive ion etching as a lithium-ion battery anode
AD Refino, N Yulianto, I Syamsu, AP Nugroho, NH Hawari, A Syring, ...
Scientific reports 11 (1), 19779, 2021
3D GaN nanoarchitecture for field-effect transistors
MF Fatahilah, K Strempel, F Yu, S Vodapally, A Waag, HS Wasisto
Micro and Nano Engineering 3, 59-81, 2019
Ultrashort pulse laser lift-off processing of InGaN/GaN light-emitting diode chips
N Yulianto, GTM Kadja, S Bornemann, S Gahlawat, N Majid, K Triyana, ...
ACS Applied Electronic Materials 3 (2), 778-788, 2021
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