Skip to main content
Skip to navigation
Skip to footer
de
en
Jülich Centre for Neutron Science (JCNS)
Neutron Scattering and Soft Matter (JCNS-1)
News
Announcements
Events
Research
Functional Polymer Materials
▾
Self-Healing Elastomers
▾
Bio-Membrane Translocating Polymers
▾
Ring Polymers
▾
Functional Polymer Nanocomposites
▾
Polymer electrolytes
Proteins and Lipids
▾
3D-scanning SAXS
▾
Biological Membranes
▾
Liquid-Liquid Phase Separation in biological materials
▾
Intrinsically disordered proteins (IDP) and unfolded proteins
▾
Functional Collective Dynamics of Domains
▾
Protonation states of proteins
Soft Colloids
▾
Molecular Exchange Kinetics
▾
Interactions, Phase Behaviour and Dynamics
▾
Soft Colloids Quasicrystals
▾
Alternating Amphiphilic Copolymers in Water
Nanomaterials
▾
Nanoparticles
▾
Nanocomposites
▾
2D/3D-Nanostructures
▾
One component nanocomposites (OCNC)
Method and Device Development
▾
Shear cell
▾
Microfluidics
▾
Deuteration
▾
SAXS-Tensor-Tomography
Soft Matter Quasicrystals
Ion conduction
Publications
▾
Publications 2025
▾
Publications 2024
▾
Publications 2023
▾
Publications 2022
▾
Publications 2021
▾
Publications 2020
▾
Publications 2019
▾
Publications 2018
▾
Publications 2017
▾
Publications 2016
▾
Publications 2015
▾
Publications 2014
▾
Publications 2013
▾
Publications 2012
▾
Publications 2011
Research Groups
Proteins and Lipids
Soft Colloids
Functional Polymer Materials
Nanoparticle-based Materials
Data-Driven Discovery
Expertise
Instrumentation and Methods
▾
Deuteration Service
▾
Dielectric Spectroscopy
▾
Differential scanning calorimeter (DSC)
▾
NMR
▾
Polymer Synthesis and Characterization
▾
Rheometry equipment
▾
SAXS
▾
Light Scattering (SLS/DLS)
Neutron methods
▾
Neutron small angle scattering
▾
Neutron spin echo spectroscopy
▾
Neutron back scattering spectroscopy
▾
Neutron reflectometry
▾
Other neutron techniques
Complementary Methods
▾
Methods for the isolation of proteins and characterisation of sustainable food colloids
▾
X-ray small angle scattering
▾
TEM
▾
NMR Diffusometry
▾
Rheology
▾
Rheo-IR measurements
▾
Dielectric spectroscopy
▾
Dynamic light scattering
▾
Differential Scanning Calorimetry
▾
Methods for polymer synthesis
▾
Methods used in protein characterization
IHRS Biosoft
Helmholtz Nanoelectronic Facility (HNF)
Teaching and Events
Careers
About us
Profile
Structure and Organization
Cooperations
/
Nukleation und Wachstums von Nanopartikeln
Nukleation und Wachstums von Nanopartikeln
Size: 1.45 MB — Click to download full sized image
Last Modified: 09.04.2024
