Birefringence, Dichroism and Faraday Rotation.
| FEATURES | |
|---|---|
| Local Contact | |
| NIJMEGEN | Hans ENGELKAMP |
| Field range | |
| NIJMEGEN | 0 ... 33 T |
| Spectral range | |
| NIJMEGEN | Excitation Different types of lamps: Halogen, Xenon, Deuterium Different types of lasers (wavelength in nm): HeNe: 632.8, 543.5 Ti:Sapphire: 700 – 1070 Solid State: 375, 405, 485, 488, 515, 532, 640, 685, 730. Dye laser: 540-655 Detection Ocean Optics Spetrometer: 350nm – 1000 nm Si photodiode: 375 – 1000 nm |
| Temperature range | |
| NIJMEGEN | 278 ... 363 K Stabilized to 0.1 K |
| Sample size | |
| NIJMEGEN | Optical cuvettes with thickness 0.01-1 cm |
| Sensitivity | |
| NIJMEGEN | Polarized UV/VIS spectroscopy: Absorbance (A) 0.01-2.0 Linear birefringence: Δn=10-8; Linear dichroism: ΔA=0.001 |
| Typical experiment | |
| NIJMEGEN | Polarized UV/VIS spectroscopy; Linear birefringence; Linear dichroism Circular dichroism and birefringence on request |
| Sample Holder | |
| NIJMEGEN | Optical cuvettes with thickness 0.01 – 1 cm |
| Sample environment | |
| NIJMEGEN | Solutions |
| Examples | |
| NIJMEGEN | Linear birefringence &dichroism (sample: gold nanorods), PRL 111, 127202 (2013) Polarized UV/VIS (sample: cyanine dyes), J. Phys. Chem. B 108, 16386-16391 (2004) |
| NIJMEGEN | |
| FEATURES | NIJMEGEN |
|---|---|
| Local Contact | Hans ENGELKAMP |
| Field range | 0 ... 33 T |
| Spectral range | Excitation Different types of lamps: Halogen, Xenon, Deuterium Different types of lasers (wavelength in nm): HeNe: 632.8, 543.5 Ti:Sapphire: 700 – 1070 Solid State: 375, 405, 485, 488, 515, 532, 640, 685, 730. Dye laser: 540-655 Detection Ocean Optics Spetrometer: 350nm – 1000 nm Si photodiode: 375 – 1000 nm |
| Temperature range | 278 ... 363 K Stabilized to 0.1 K |
| Sample size | Optical cuvettes with thickness 0.01-1 cm |
| Sensitivity | Polarized UV/VIS spectroscopy: Absorbance (A) 0.01-2.0 Linear birefringence: Δn=10-8; Linear dichroism: ΔA=0.001 |
| Typical experiment | Polarized UV/VIS spectroscopy; Linear birefringence; Linear dichroism Circular dichroism and birefringence on request |
| Sample Holder | Optical cuvettes with thickness 0.01 – 1 cm |
| Sample environment | Solutions |
| Examples | Linear birefringence &dichroism (sample: gold nanorods), PRL 111, 127202 (2013) Polarized UV/VIS (sample: cyanine dyes), J. Phys. Chem. B 108, 16386-16391 (2004) |