Add to ORKGThe application of interference microscopy (IFM) and infrared microscopy (IRM) to monitor the evolution of the concentration of guest molecules in nanoporous host materials opens a new field of diffusion research in condensed matter. It combines the methodical virtues of the profiling methods of solid-state diffusion studies with the benefit of the mobility enhancement in fluids. We are going to illustrate the rich options of diffusion studies provided by this novel experimental approach
The application of interference microscopy has provided an important breakthrough in the study of th...
Guest species on the track: transport resistances at the surfaces of the mass transport in nanoporou...
Nanoporous host materials giving rise to transient guest profiles of cylindrical symmetry during mol...
The application of interference microscopy (IFM) and infrared microscopy (IRM) to monitor the evolut...
The application of interference microscopy (IFM) and infrared microscopy (IRM) to monitor the evolut...
The intense interactions of guest molecules with the pore walls of nanoporous materials is the subje...
The intense interactions of guest molecules with the pore walls of nanoporous materials is the subje...
Diffusion is an omnipresent phenomenon in nature. In the world of molecules, it describes their irre...
This thesis presents the recent progress of diffusion measurements in nanoporous host systems by mic...
This thesis presents the recent progress of diffusion measurements in nanoporous host systems by mic...
This thesis presents the recent progress of diffusion measurements in nanoporous host systems by mic...
Diffusion is an omnipresent, most fundamental phenomenon in nature and thus critical for the perform...
Diffusion is an omnipresent, most fundamental phenomenon in nature and thus critical for the perform...
Die Diffusion in nanoporösen Wirt-Gast-Systemen wird oft als viel zu kompliziert angesehen, als dass...
Diffusion in nanoporous host-guest systems is often considered to be too complicated to comply with ...
The application of interference microscopy has provided an important breakthrough in the study of th...
Guest species on the track: transport resistances at the surfaces of the mass transport in nanoporou...
Nanoporous host materials giving rise to transient guest profiles of cylindrical symmetry during mol...
The application of interference microscopy (IFM) and infrared microscopy (IRM) to monitor the evolut...
The application of interference microscopy (IFM) and infrared microscopy (IRM) to monitor the evolut...
The intense interactions of guest molecules with the pore walls of nanoporous materials is the subje...
The intense interactions of guest molecules with the pore walls of nanoporous materials is the subje...
Diffusion is an omnipresent phenomenon in nature. In the world of molecules, it describes their irre...
This thesis presents the recent progress of diffusion measurements in nanoporous host systems by mic...
This thesis presents the recent progress of diffusion measurements in nanoporous host systems by mic...
This thesis presents the recent progress of diffusion measurements in nanoporous host systems by mic...
Diffusion is an omnipresent, most fundamental phenomenon in nature and thus critical for the perform...
Diffusion is an omnipresent, most fundamental phenomenon in nature and thus critical for the perform...
Die Diffusion in nanoporösen Wirt-Gast-Systemen wird oft als viel zu kompliziert angesehen, als dass...
Diffusion in nanoporous host-guest systems is often considered to be too complicated to comply with ...
The application of interference microscopy has provided an important breakthrough in the study of th...
Guest species on the track: transport resistances at the surfaces of the mass transport in nanoporou...
Nanoporous host materials giving rise to transient guest profiles of cylindrical symmetry during mol...