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Fingerprint Dive into the research topics where Jurriaan Schmitz is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

Engineering & Materials Science

Atomic layer deposition
Tungsten
Wire
Hot carriers
Temperature
Silicon
Light emitting diodes
Solar cells
Transistors
Degradation
Thin films
Hydrogen
Electric potential
Polysilicon
Electric breakdown
Recovery
Microelectronics
MEMS
MOSFET devices
Metals
Electrodes
Processing
Chemical vapor deposition
Switches
Capacitance
Low pressure chemical vapor deposition
Metallizing
Detectors
Passive filters
Plasmas
Threshold voltage
Integrated optics
Annealing
Titanium nitride
Contact resistance
Tungsten deposits
Boron
Dendrimers
Fabrication
Sheet resistance
Substrates
Reactive ion etching
Heat radiation
Thermal cycling
Capacitors
Deuterium
Drain current
Crystalline materials
Bandpass filters
Fluorine

Physics & Astronomy

Engineering

CMOS
light emitting diodes
traps
electrical resistivity
solar cells
diodes
MIM (semiconductors)
cold walls
SOI (semiconductors)
fabrication
annealing

Chemistry and Materials

atomic layer epitaxy
silicon
wire
tungsten
titanium nitrides
gallium selenides
hydrogen
crystallization
gallium nitrides

General

insulators
recovery
microelectronics
thin films
degradation
carrier injection
isolation
capacitors
chips
quantum efficiency
leakage
wafers
detectors
metals
light emission
grids
vapor deposition
integrated optics
charging
high aspect ratio
filaments
polarity
continuity
reactors
breakdown

Physics

temperature
electric potential
electroluminescence
physics

Aerospace Sciences

avalanches

Chemical Compounds

Tungsten
Atomic layer deposition
Silicon
Hot carriers
Wire
Hydrogen
Light emitting diodes
Metals
Thin films
Electric breakdown
Temperature
Recovery
Microelectronics
Degradation
Solar cells
Chemical vapor deposition
Electric potential
Plasmas
Dendrimers
Integrated optics
Boron
Tungsten deposits
Fluorine
Deuterium
Substrates
Reactive ion etching
Heat radiation
Capacitors
Capacitance
Crystalline materials
Leakage currents
Transistors
Oxygen
Fabrication
Ferroelectric materials
MEMS
Nitrogen
Processing
Printing
Aspect ratio
Electrodes
Physics
Gate dielectrics
Switches
Cyclodextrins
MOSFET devices
Pyrometry
Doping (additives)
Microsystems
Oxides