For full functionality of this site it is necessary to enable JavaScript. Here are the
instructions how to enable JavaScript in your web browser
.
jump to content
jump to footer
Institute of Physical Chemistry
Uni
versity of Stuttgart
F
aculty
03
Language of this page
en
Search
Main navigation
Search
Suche
back
Giesselmann Group
Sottmann Group
Stubenrauch Group
van Slageren Group
Eisermann Group
Bruckner Group
Tesi Group
Research
Teaching
Team
Contact
Colloquium
Institute
Eisermann Group
Team
Reseach
Team
FormerMembers
Bruckner Group
news
Team
Research
Join Us
Research
Publications
Funding
Giesselmann Group
Team
Group seminar
Research
Publications
Theses
News
Contact
van Slageren Group
Team
Research
Join Us
News
Links
Research
Methods
Publications
Fundings
Publications
Team
Former Members
Prizes
Sottmann Group
News
Team
Research
Publications
Theses
Equipment
Join Our Group
Contact
Research
CO2 microemulsions: Properties and Applications
Complex Self-Assembled Systems
Synthesis of Nanoporous Polymers with Adjustable Pore Size
CO2 microemulsions: Properties and Applications
Stubenrauch Group
Team
Research
Equipment
Publications
News
Contact
Equipment
Dead Weight Tester
Density Meter
Dispersion Cell
Freeze Dryer
Freeze Fracture and Etching Systems
Foam Analyser
HPPD
High Pressure View Cell
Light Scattering Device
Microfluidic
NMR
PAT
Rheometer
SAXS
Spinning Drop
Stopped Flow
Tensiometer STA
Universal Testing Machine
UV-Vis
Water Basins
XRD
News
Press Releases
Awards
Research
Gelled Complex Fluids
Liquid Foams
Porous Materials via Templating Routes
Gelled Complex Fluids
nanostructured LLC-gels
FFEM
LLC gels
Networks from LMWGs and surfactants
Liquid Foams
CO2-Switchable Additive and Surfactantspage
Innovative Cleaning Concept for Art Objects
Sensor Foams: Easy Detection of Contaminations
Stability of Liquid Foams
Porous Materials via Templating Routes
Gelatin-Based Hydrogel Foams
Graded Macroporous Polymer Foams
Gelatin-Based Hydrogel Particles
Tannin-based-foams
Tesi Group
News
Join Us
Team
Research
Research
Publications
Team
Affiliations
Gallery
Former Members
Prizes
close navigation
Position within the page tree
Move path to the left
Move path to the right
Start
Institute
Friedrich's investigation of crystalline porous frameworks based on double extension of metal–organic and covalent organic linkages has now been published in Nat. Synth.
Friedrich's investigation of crystalline porous frameworks based on double extension of metal–organic and covalent organic linkages has now been published in Nat. Synth.
January 14, 2025 / van Slageren group/ IPC
DOI: 10.1038/s44160-024-00719-x
To the top of the page
