Organic Conductive Materials
Organic Semiconductive Polymer: Verazol® HT Series (P3HT)
Feature 1: Optical Properties
One of the optical properties common to the HT series is that when the polymer undergoes state transition from solution to solid, the absorption spectrum (UV-Vis) displays a shift to the longer wavelength side by approximately 100 nm at the maximum absorption wavelength, λmax, indicating the enhancement of conjugation.
The ionization potential value is 4.7 eV.
Grade | Maximum absorption wavelength λmax x | Ionization potential |
|
---|---|---|---|
Solution state | Solid state | ||
Verazol ®HT Series | 453 nm | 546 nm | 4.7eV |
Solid line: Solution state
Dashed line: Solid state
UV-Vis absorption spectra for solution state (solid line) and films (dashed line) for P3HT respectively.
Organic Semiconductive Polymer Verazol HT Series
Optical Properties
Photovoltaic Performance Assessment
Excellent Processability
Development of High-Performance Semiconductive Materials
Proposals for Joint Research and Synthesis Services
Organic Conductive Polymer: Verazol
Standard Grade: WED-S
High Conductivity Grade: WED-SM
Development Grade
Organic Dye Sensitizer MK-2 for Dye-Sensitized Solar Cells (DSSC)
Optical Properties
Photovoltaic Performance Assessment
Excellent Processability
Development of High-Performance Semiconductive Materials
Proposals for Joint Research and Synthesis Services
Organic Conductive Polymer: Verazol
Standard Grade: WED-S
High Conductivity Grade: WED-SM
Development Grade
Organic Dye Sensitizer MK-2 for Dye-Sensitized Solar Cells (DSSC)