Aalto-yliopiston sähkötekniikan korkeakoulu. Elektroniikan ja nanotekniikan laitos

name

• Aalto-yliopiston sähkötekniikan korkeakoulu. Elektroniikan ja nanotekniikan laitos

Authored works

Works contributed to

• Affordable light-trapping metamaterials for thin-film photovoltaic cells
• Amorphous molybdenum-based thin films for surface micromachining
• Attitude estimation of a small spinning satellite using Kalman filter approaches
• Challenges in measuring winter precipitation : advances in combining microwave remote sensing and surface observations
• Characterisation of Schottky diodes and dielectric materials for millimeter wave and THz applications
• CMOS radio front-end circuit blocks for millimeter-wave communications and atmospheric remote sensing receivers
• Conformal and multi-band antennas for future mobile handsets and wireless sensors
• Design and characterisation of monolithic millimetre-wave integrated circuits for phased-array transmitter front-end
• Development of atomic layer deposition processes for nanotechnology applications
• Effect of snow microstructure and subnivean water bodies on microwave radiometry of seasonal snow
• Fabrication of semiconductor nanowires for optical studies
• Integrated digital-intensive RF transmitters
• Integrated high-speed DSP for all-digital RF transmitters
• L-band microwave radiometry for the monitoring of high latitude soil processes
• Light-induced degradation due to Cu precipitation in crystalline silicon : modeling and impact on PERC solar cells
• Modulation frequency based RFID sensor
• Nonlinear optical properties of two-dimensional layered materials
• Optical properties and applications of anisotropic low-dimensional nanomaterials
• Passivation, electrical properties and application to high-efficiency solar cells
• Pros and cons of iron precipitates in crystalline silicon solar cells
• RF-to-digital converters :
• Root cause analysis and applications for fast high-resolution imaging
• Spatially dispersive metasurfaces
• Wire media for broadband enhancement of radiation and power transfer
• Wire media for enhancement of radiative heat transfer and spontaneous emission

Works about Aalto-yliopiston sähkötekniikan korkeakoulu. Elektroniikan ja nanotekniikan laitos