An efficient procedure to create oriented polymer films with strongly anisotropic properties is described. It is based on a two-step process combining a photochemical and a thermal aligning step. The orientation of the polymer parallel or perpendicular to linearly polarised incident light can be adjusted. The method presented allows for simple fabrication of films with anisotropic absorption and emission characteristics with a dichroism of 0.7 and a fluorescence anisotropy of about 8
We report on the effects of dispersive optical constants on the anisotropic photoluminescence spectr...
We report on the effects of dispersive optical constants on the anisotropic photoluminescence spectr...
We have investigated the alignment of poly (9,9-dioctylfluorenyl-2,7-diyl) (PFO) induced by photoali...
Functionalized polymers containing mesogenic, photosensitive, and fluorescent side groups were synth...
Functionalized polymers containing mesogenic, photosensitive, and fluorescent side groups were synth...
Functionalized polymers containing mesogenic, photosensitive, and fluorescent side groups were synth...
Functionalized polymers containing mesogenic, photosensitive, and fluorescent side groups were synth...
Functionalized polymers containing mesogenic, photosensitive, and fluorescent side groups were synth...
Functionalized polymers containing mesogenic, photosensitive, and fluorescent side groups were synth...
Functionalized polymers containing mesogenic, photosensitive, and fluorescent side groups were synth...
The work presents the light-induced orientation of multifunctional polymers, which can be used for t...
The aim of this work is to study the feasibility of a double layer device, where the two active mate...
We report on the effects of dispersive optical constants on the anisotropic photoluminescence spectr...
The defined preparation of anisotropic films of functionalized polymers is important for different f...
The use of a noncontact photoalignment method to fabricate in‐plane optical structures, defined by t...
We report on the effects of dispersive optical constants on the anisotropic photoluminescence spectr...
We report on the effects of dispersive optical constants on the anisotropic photoluminescence spectr...
We have investigated the alignment of poly (9,9-dioctylfluorenyl-2,7-diyl) (PFO) induced by photoali...
Functionalized polymers containing mesogenic, photosensitive, and fluorescent side groups were synth...
Functionalized polymers containing mesogenic, photosensitive, and fluorescent side groups were synth...
Functionalized polymers containing mesogenic, photosensitive, and fluorescent side groups were synth...
Functionalized polymers containing mesogenic, photosensitive, and fluorescent side groups were synth...
Functionalized polymers containing mesogenic, photosensitive, and fluorescent side groups were synth...
Functionalized polymers containing mesogenic, photosensitive, and fluorescent side groups were synth...
Functionalized polymers containing mesogenic, photosensitive, and fluorescent side groups were synth...
The work presents the light-induced orientation of multifunctional polymers, which can be used for t...
The aim of this work is to study the feasibility of a double layer device, where the two active mate...
We report on the effects of dispersive optical constants on the anisotropic photoluminescence spectr...
The defined preparation of anisotropic films of functionalized polymers is important for different f...
The use of a noncontact photoalignment method to fabricate in‐plane optical structures, defined by t...
We report on the effects of dispersive optical constants on the anisotropic photoluminescence spectr...
We report on the effects of dispersive optical constants on the anisotropic photoluminescence spectr...
We have investigated the alignment of poly (9,9-dioctylfluorenyl-2,7-diyl) (PFO) induced by photoali...