Theo dơi
Maciej Haras
Maciej Haras
CENTERA Labs, Institute of High Pressure Physics, Polish Academy of Sciences, Warsaw, Poland
Email được xác minh tại
Tiêu đề
Trích dẫn bởi
Trích dẫn bởi
Thermoelectricity for IoT–A review
M Haras, T Skotnicki
Nano Energy 54, 461-476, 2018
Fabrication of thin-film silicon membranes with phononic crystals for thermal conductivity measurements
M Haras, V Lacatena, TM Bah, S Didenko, JF Robillard, S Monfray, ...
IEEE Electron Device Letters 37 (10), 1358-1361, 2016
Thermoelectric energy conversion: How good can silicon be?
M Haras, V Lacatena, F Morini, JF Robillard, S Monfray, T Skotnicki, ...
Materials Letters 157, 193-196, 2015
Native-oxide limited cross-plane thermal transport in suspended silicon membranes revealed by scanning thermal microscopy
AM Massoud, JM Bluet, V Lacatena, M Haras, JF Robillard, PO Chapuis
Applied Physics Letters 111 (6), 2017
Toward quantitative modeling of silicon phononic thermocrystals
V Lacatena, M Haras, JF Robillard, S Monfray, T Skotnicki, E Dubois
Applied Physics Letters 106 (11), 2015
Phononic engineering of silicon using “dots on the fly” e-beam lithography and plasma etching
V Lacatena, M Haras, JF Robillard, S Monfray, T Skotnicki, E Dubois
Microelectronic engineering 121, 131-134, 2014
Unconventional thin-film thermoelectric converters: structure, simulation, and comparative study
M Haras, V Lacatena, S Monfray, JF Robillard, T Skotnicki, E Dubois
Journal of electronic materials 43, 2109-2114, 2014
Fabrication of integrated micrometer platform for thermoelectric measurements
M Haras, V Lacatena, F Morini, JF Robillard, S Monfray, T Skotnicki, ...
2014 IEEE International Electron Devices Meeting, 8.5. 1-8.5. 4, 2014
Piezoelectric response and substrate effect of ZnO nanowires for mechanical energy harvesting in internet-of-things applications
M Wlazło, M Haras, G Kołodziej, O Szawcow, J Ostapko, W Andrysiewicz, ...
Materials 15 (19), 6767, 2022
Pulse mode of operation–A new booster of TEG, improving power up to X2. 7–to better fit IoT requirements
M Haras, M Markiewicz, S Monfray, T Skotnicki
Nano Energy 68, 104204, 2020
Organic vapor sensing mechanisms by large-area graphene back-gated field-effect transistors under UV irradiation
K Drozdowska, A Rehman, P Sai, B Stonio, A Krajewska, M Dub, ...
ACS sensors 7 (10), 3094-3101, 2022
Highly efficient absorption of THz radiation using waveguide-integrated carbon nanotube/cellulose aerogels
PA Dróżdż, N Xenidis, J Campion, S Smirnov, A Przewłoka, A Krajewska, ...
Applied Materials Today 29, 101684, 2022
The atomic layer deposition (ALD) synthesis of copper-tin sulfide thin films using low-cost precursors
M Witkowski, Z Starowicz, A Zięba, B Adamczyk-Cieślak, RP Socha, ...
Nanotechnology 33 (50), 505603, 2022
Heat dissipation in partially perforated phononic nano-membranes with periodicities below 100 nm
AM Massoud, V Lacatena, M Haras, E Dubois, S Monfray, JM Bluet, ...
APL Materials 10 (5), 2022
A wide-band modeling of DC-DC two-transistor flyback converter.
M Turzynski, M Haras, G Kostro, P Musznicki
2011 IEEE International Symposium on Industrial Electronics, 113-118, 2011
A graphene/h-BN MEMS varactor for sub-THz and THz applications
PA Dróżdż, M Haras, A Przewłoka, A Krajewska, M Filipiak, ...
Nanoscale 15 (30), 12530-12539, 2023
Pulsed UV-irradiated graphene sensors for ethanol detection at room temperature
K Drozdowska, A Rehman, P Sai, B Stonio, A Krajewska, G Cywiński, ...
2021 IEEE Sensors, 1-4, 2021
ZnO nanorods as a piezoelectric energy harvester from light induced flexions
M Haras, M Wlazło, W Andrysiewicz, T Skotnicki
Smart Materials for Opto-Electronic Applications 12584, 59-69, 2023
Integrated CNT Aerogel Absorbers for Sub-THz Waveguide Systems
PA Dróżdż, J Campion, N Xenidis, A Krajewska, A Przewłoka, S Smirnov, ...
2022 IEEE/MTT-S International Microwave Symposium-IMS 2022, 906-909, 2022
Artificially-induced anisotropic heat flow in 2D patterned membranes
S Didenko, T M'Bah, A Massoud, V Lacatena, M Haras, R Orobtchouk, ...
Eurotherm 111: Nanoscale and Microscale Heat Transfer VI, 2018
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