Stefan Weber

BSc, Dipl.-Ing.

20172019
Wenn Sie Änderungen in Pure vorgenommen haben, werden diese hier in Kürze erscheinen.

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Chemische Bestandteile

Iodides
Solar cells
Cations
Rubidium
Conversion efficiency
Antimony
Tin
Bromides
Optoelectronic devices
Zinc Oxide
Acids
Substrates
Bromine
Self assembled monolayers
Perovskite solar cells
Angle measurement
Nanoparticles
Volatile organic compounds
Fabrication
perovskite
Phosphors
Self assembly
Electrodes
Free energy
Contact angle
Poisons
X ray photoelectron spectroscopy
Hysteresis
Spin coating
Charge transfer
Coatings
Crystallization
Energy gap
Photocurrents
Substitution reactions
Crystal structure
Display devices
Lead
Single crystals
Temperature
Crystals
Lighting
poly(3,4-ethylenedioxythiophene)-poly(styrenesulfonate)
formamidine
methylamine
Heating
Wavelength

Ingenieurwesen & Materialwissenschaft

Perovskite
Solar cells
Positive ions
Conversion efficiency
Tin
Lead
Acids
Zinc oxide
Bromine
Substrates
Self assembled monolayers
Perovskite solar cells
Angle measurement
Nanoparticles
Volatile organic compounds
Fabrication
Phosphors
Self assembly
Electrodes
Free energy
Contact angle
X ray photoelectron spectroscopy
Spin coating
Coatings
Photocurrents
Temperature
Lighting
Crystallization
Heating
Wavelength

Physik & Astronomy

Engineering

solar cells
coating
self assembly
engineering
x rays
fabrication
electrodes

Physics

photovoltages
cations
nanoparticles

Chemistry and Materials

halides
acids
volatile organic compounds
perovskites
bromine
phosphors
zinc oxides

General

absorbers
absorbers (materials)
emerging
free energy
optimization
output
cells

Aerospace Sciences

photoelectron spectroscopy