Optics and Thin Film Applications
Solution Science for the Optics, Fibre-Optics & Thin Film industries
Application Notes and White Papers...
...for coatings, substrate and fibre technicians
This category will help you to identify which of our product/manufacturer solutions will best meet your optics, fibre-optics and thin film requirements.
Brand: WITec
Model: Application-Optics-04
Revealing optical information, chemical compound distribution, crystallinity, and stress within photovoltaics Analysing Solar Cell Material Properties with Confocal Raman Imaging
Analysing Solar Cell Material Properties with Confocal Ra..
£0.00
Brand: Lyncee Tec
Model: Application-Optics-02
Large area shape and aberration coefficients, surface roughness and 3D topography instantly Charaterisation of Micro Optics
Characterisation of Micro OpticsNon-contact methods for characterisation and performance of microlenses a..
£0.00
Brand: WITec
Model: Application-Multiple-02
Raman technique reveals the molecular characteristics of 2D materials Correlative Confocal Raman Microscopy for 2D Materials Investigation
Correlative Confocal Raman Microscopy for 2D Materials InvestigationConfocal Raman imaging..
£0.00
Brand: Lyncee Tec
Model: Application-Optics-03
Investigating the static and dynamic characteristics of a micro-mirror Dynamic characterisation of MEMS and MOEMS
Dynamic characterisation of MEMS and MOEMSMEMS and MOEMS developments often require interferometric resolution of b..
£0.00
Brand: WITec
Model: Application-Multiple-04
Revealing changes in lattice structures due to strain High-Resolution 3D Confocal Raman Imaging for Group III Nitrides
High-Resolution 3D Confocal Raman Imaging for Group III NitridesStructured substrates are widely employed in s..
£0.00
Brand: WITec
Model: Application-Multiple-05
Characterising crystallinity, topography, stress and other properties Raman Imaging of Semiconducting Materials
Raman Imaging of Semiconducting MaterialsMeasuring semiconductors like silicon, gallium nitride or molybdenum disulph..
£0.00
Brand: EXFO
Model: Application-Optics-07
Best practices to ensure optimal measurment performance Return loss referencing using the EXFO CTP10 test platform
Return loss referencing using the EXFO CTP10 test platformThis application note discusses in more detail the refer..
£0.00
Brand: EXFO
Model: Application-Optics-08
Spectral testing fundamentals for complex optical transmitter sources Spectral testing of active systems in lab and manufacturing environments
Spectral testing of active systems in lab and manufacturing environmentsThis white pap..
£0.00
Brand: WITec
Model: Application-Multiple-03
Analysing the stress field around a Vickers indent using Raman imaging and AFM Stress in Si: Combining Confocal Raman and Atomic Force Microscopy
Stress in Si: Combining Confocal Raman and Atomic Force MicroscopyIn this study, th..
£0.00
Brand: WITec
Model: Application-Optics-05
Studying µEL and µPL to measure LED luminescence decay spectrally and spatially Time resolved photoluminescence studies of blue LEDs
Time resolved photoluminescence studies of blue LEDsSpatially resolved electro- and photo-lumine..
£0.00
Brand: Lyncee Tec
Model: Application-Optics-01
Investigating 'both-sides-structured' samples Use of immersion liquids in Digital Holographic Microscopy
Use of immersion liquids in Digital Holographic MicroscopyIn this paper, the investigation in transmission mode of high aspe..
£0.00
Brand: EXFO
Model: Application-Optics-06
Measuring channel power, channel central wavelength and optical signal-to-noise ratio KPIs Why OSAs are a better choice for spectral analysis than optical channel monitors
Why OSAs are a better choice for spectral analysis than optical ..
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