Fingerprint Dive into the research topics where B. Poelsema is active. These topic labels come from the works of this person. Together they form a unique fingerprint.
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Chemical Compounds
Helium
Gold
Graphite
Ions
Microscopic examination
Wetting
Molecules
Substrates
Electron microscopy
Nanowires
Ice
Nanoparticles
Water
Silicon Dioxide
Contact angle
Temperature
Surface roughness
Monolayers
Low energy electron diffraction
Acids
Microspheres
Imaging techniques
Nanorods
Electrons
Tuning
Nanocrystals
Metals
Atoms
Adsorption
Semiconductor materials
Scanning
Defects
Germanium
Optical properties
Scanning tunneling microscopy
Self assembled monolayers
Phase transitions
Iridium
Desorption
Sulfhydryl Compounds
Atomic force microscopy
Neon
Latent heat
Honeycomb structures
Sputtering
Visualization
Spectroscopy
Deprotonation
Surface reconstruction
Fermi level
Physics & Astronomy
Physics
helium ions
electron diffraction
roughness
temperature
nanoparticles
ions
atoms
electron energy
adatoms
optical properties
particle beams
General
electron microscopy
microscopy
wetting
energy
mica
scanning tunneling microscopy
assembly
decay
interactions
eutectics
crystals
defects
fluence
cooling
periodic variations
wettability
solidification
desorption
ion microscopes
microscopes
Engineering
graphene
nanowires
nucleation
tuning
nanorods
phase transformations
scanning
melting
high resolution
Chemistry and Materials
gold
molecules
ice
acids
helium
water
stress relaxation
silicon dioxide
Aerospace Sciences
spectroscopy
Geosciences
mesas
Engineering & Materials Science
Helium
Gold
Graphene
Microscopic examination
Wetting
Substrates
Ions
Molecules
Electron microscopy
Nanoparticles
Surface roughness
Nanowires
Contact angle
Imaging techniques
Water
Silica
Temperature
Monolayers
Electrons
Ice
Microspheres
Nanorods
Tuning
Low energy electron diffraction
Spectroscopy
Mica
Defects
Atomic force microscopy
Adhesion
Optical properties
Adsorption
Self assembled monolayers
Phase transitions
Scanning
Ion microscopes
Atoms
Visualization
Detectors
Honeycomb structures
Sputtering
Microscopes
Neon
Metals
Deprotonation
Surface reconstruction
Acids
Boron nitride
Molybdenum
Multilayer films
Atmospheric humidity