Spectrometers Print

 

 

S

 

Institution code

Spectrometers

1.

KIT

S1. - Oscilloscope    70GHz sampling with Photodiodes
S2. - Electrical Spectrum Analyser, 50GHz
S3. - OSA, 187-250THz

2.

LPC

 

3.

AMOLF

3S1.- Princeton Instruments Acton SpectraPro 2300i,  spectrometers, with PIXIS Si CCD and OMA V LN-cooled InGaAs array detectors, 400-1600 nm

3S2.- Roper Scientific PIXIS100B, Spectroscopy system, 400-1100 nm, QE ~ 90%

4.

TUI

4S1. - Dark filed scattering spectroscopy in the visible range can be combined with Raman / fluorescence spectroscopy          

 

5.

NBTG -

5S1. - Absorption Spectroscopy,  Wavelength range: 250 – 1000 nm
5S2.- Fluorescence Spectroscopy,  Wavelength range 250 – 1000 nm
5S3. - Scattering Spectroscopy,  Wavelength range: 450 – 850 nm

 

6.

RWTH - I.

6S1. - UV-Vis spectrometer, Perkin-Elmer, Lambda 25, Transmission(i.e. extinction) and Reflectivity, two-beam spectrometer    Optical region: wavelength 200 nm – 1100 nm, resolution: approx. 1nm   
6S2. - UV-Vis spectrometer, Perkin-Elmer, Lambda 19, Transmission(i.e. extinction) and Reflectivity, two-beam spectrometer, Optical region: wavelength 200 nm – 3000 nm, resolution: approx. 1nm,  Limited data transfer due to obsolete software and corresponding operating system.
6S3. - L.O.T. Shamrock -Grating spectrometer equipped with CCD-detectors (visible region & NIR-region, Andor inc.), Optical characterisation, depending on chosen setup: Transmission, fluorescence; can be attached to optical microscope to investigate microscopic regions, e.g single nanoparticle light scattering or confined sample regions, Optical region: wavelength 200 nm – 3000 nm, resolution: 0.2 -- 1nm depending on chosen diffractive optics.   

7.

USPI

7S1. -  Divers standard optical monochromators (Mono- and Double ) for R, T,PL, absorption  

7S2. - PLE,Raman,time resolved, 2 µm - UV

7S3.- FTIR (Bruker Vertex 80),  1000 1/cm – 25000 1/cm

8.

JENA

8S1. - Lambda 19   
8S2.- Lambda 950

9.

INT

9S1. - Fourier-Transform microscope-spectrometer,Wavelength range 0.4 µm to 5 µm, reflection and transmission, various polarisation optics, angle dependent measurements possible
9S2. - Fourier-Transform microscope-spectrometer,Wavelength range 1 µm to 12 µm, reflection and transmission, various polarisation optics, angle dependent measurements possible

10.

ORC

10S1. - UV-to-NIR, Microspectrophotometer/ range: 250 – 2200 nm/ minimal sampling area 2x2 m/ linear transmission, and reflection, pump-probe/ linear and circular polarizations
10S2. - FTIR, Microspectrometer/ range: 1.5 – 30 m/ minimal sampling area: 20x20m/ linear 11transmission and reflection/ linear polarizations
10S3. - THz-TDS, Frequency range 0.2 – 3 THz/ spectral resolution 15 GHz/ linear polarization/ imaging capability
10S4. -Laser spectrometer, Based on supercontinuum quasi-cw laser/ range 450 – 2200 nm/ minimal focal spot 20 m/ linear transmission and reflection, z-scan, pump-probe/ linear and circular polarizations

11.

NIMNIL_IF

11S1. - Micro Raman Jobin Yvon T64000, Cryostat, confocal Raman, resolution 1 cm-1.

12.

NIMNIL_JKU

12S1. - Confocal Raman Spectrometer for Graphene , Cooled Si detector Cooled InGas detector
For Raman as well as PL or fluorescence (down to 1.7 µm)    3 excitation lasers:
532 nm, 632 nm and 785 nm

13.

NIMNIL_SEN

 

14.

NIMNIL_JENA

14S1. - PerkinElmer Lambda950, 3eV-0.496eV, transmission under 00, reflection under 80

15.

NIMNIL_ISAS