The Equipment of Optical Laboratories
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Bruker FTIR microscope and spectrometer – Bruker Hyperion 3000: FTIR microscope – Bruker Vertex 80V: Spectrometer
core facility |
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Woollam VASE ellipsometer – ellipsometer, 190–2500 nm
core facility |
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Woollam IR-VASE ellipsometer – ellipsometer, 1.7–30 micrometers
core facility |
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Fourier spectrometer Bruker IFS 66v/S – operation under vacuum (1 mbar), spectral range 50–12000 cm-1 – (polarized) transmition and reflection at room temperature – detectors: DTGS (FIR and MIR) – sources: water cooled globar (FIR and MIR), tungsten lamp (NIR) – beam splitters: wide band mylar (FIR), KBr (MIR) and Quartz (NIR) |
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Fourier spectrometer Bruker Equinox IFS 55 – transmition and reflection in frequency range 400–12000 cm-1 – equipped wit MIR ellipsometer (left), 400–5000 cm-1 – infrared raman module FRA 106/S and ramanoscop (right), – measurements of transmition and raman scattering down to 77 K – ATR-FTIR |
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Grating spectrometer Varian Cary 5E – transmition and reflection measurements in frequency range 185–3300 nm – double Littrow monochromator with 4 holographic gratings – detectors: photomultiplier, Peltier cooled PbS chamber – sources: deuterium, tungsten |
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Vacuum chamber with ellipsometer – fixed angle 45° and 67.5° – fiber spectrometer Ocean S2000, spectral range 250–850 nm – sources: deuterium, tungsten – pressure 10-8 Pa, heating: up to 1100 °C – electron bombardment at about 100 eV |
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70° ellipsometer – fiber spectrometer Ocean S2000, spectral range 250–850 nm – programmable heating up to 300 °C |
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Jobin Yvon HRD 1 double monochromator – reflection, photoluminescence, termoreflection – spectral range 200–2000 nm – temperatures down to 10 K |
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Renishaw inVia Raman spectroscope – with microscope (5×, 20×, 50×) – He-Ne laser, Ar laser – currently mounted is the liquid nitrogen cryostat |
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Original ellipsometer of Prof. Vašíček – used mainly during second world war in Prof. Vašíček's living room – goniometer R. Fuess Berlin-Steglitz |
