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Spatially resolved luminescence Single grain dating for mixed sediments or heterogenous radiation fields Not every grain in a sediment sample reflects the same last bleaching and burial history. By analysing single mineral entities (whether grains or parts of it) different dose populations can be distinguished and models derived for different events of e.g. beaching or deposition. Single grain detection through spatially resolved luminescence Measurement of single grains Detection of bioturbation and mixing Differentiation of sedimentation components, like rock erosion versus aeolian Spatial analysis of heterogeneous samples, e.g. with mineral intergrowth Related topic: Unheated rock surfaces Chauhan N, Adhyaru P, Vaghela H & Singhvi AK (2014) EMCCD based luminescence imaging system for spatially resolved geo-chronometric and radiation dosimetric applications. Journal of Instrumentation 9, P11016. Greilich S & Wagner GA (2006) Development of a spatially resolved dating technique using HR-OSL. Radiation Measurements 41, 738-743. Olko P, Czopyk L, Klosowski M & Waligórski MPR (2008) Thermoluminescence dosimetry using TL-readers equipped with CCD cameras. Radiation Measurements 43, 864-869. False colour spatially resolved luminescence of the first 2 seconds of blue stimulated luminescence from quartz grains, detected with a lexsyg research Matching Products TL/OSL series lexsygresearch The most advanced TL/OSL reader Learn more Get in touch Do not hesitate to contact us – we are available to assist you with any inquiries or requests. Use our inquiry tool or reach out via email: sales @ freiberginstruments.com

Lexsyg Software LexStudio 2.0 - Operating software Modern, professionally designed user interfacensitivity: Based on user feedback a new graphical user interface which combines clear arrangement and usability is developed by Freiberg… Learn more LexEva - Evaluation software LexEva is a newly released evaluation software developed for analysis in luminescence research and dating. LexEva was adapted to the "Luminescence" package developed by the R. Luminescence… Learn more TLStudio - Operating & Evaluation software User account management system, Transperent workflow, Professionally designed user interface, Intelligent parameter selection, Live data visualization, Easy programming of individual and… Learn more OSLdosimetry OSLdosimetry is a user friendly operating software which allows OSL dose measurements as standard user or calibration and setting features for professionals (password protected). The… Learn more

Software PIDStudio PIDStudio is a cutting-edge, user-friendly software that is continuously updated and improved based on user feedback. It allows for easy handling and provides intuitive functionality. With… Learn more

MDP Software Software - PICTSStudio The PICTSStudio offers features for defect investigation like,Operation and configuration area, Results/charting, View of single transients and temperature dependent curves, Evaluation of… Learn more

HR-SPS Software Software - SPS Studio Learn more

PICTSStudio user friendly and advanced software for defect investigations The PICTSStudio offers features for defect investigation like, Operation and configuration area Results/charting View of single transients and temperature dependent curves Evaluation of activation energy and capture cross sections via Arrhenius plot Get in touch Do not hesitate to contact us – we are available to assist you with any inquiries or requests. Use our inquiry tool or reach out via email: sales @ freiberginstruments.com

Software - SPS Studio Get in touch Do not hesitate to contact us – we are available to assist you with any inquiries or requests. Use our inquiry tool or reach out via email: sales @ freiberginstruments.com

Solar Cell Classification The PIDcon enables quick, routine quality control of solar cell PID susceptibility, unaffected by the EVA foil and glass Potential Induced Degradation (PID) poses a significant reliability issue in PV power plants, making it essential to assess products for their susceptibility to PID. The PIDcon system enables manufacturers to test their products as early as possible in the production process, starting at the solar cell level, and to evaluate the encapsulation materials as well. This allows for independent investigation of the solar cell and its SiNx layer, separate from the effects of the EVA and glass. The type of PID considered here involves shunting of solar cells due to high-voltage stress-induced leakage currents (PID-s). To effectively classify solar cells, it is crucial to use sensitive EVA and glass materials so that the solar cell itself becomes the critical factor influencing the PID susceptibility of the entire stack. A lamination step can be added prior to measurement to enhance comparability with actual modules. The solar cells are connected using gold contact pins, which can be adjusted to fit the busbar design, even for island busbars. The PIDStudio software allows users to set pass/fail criteria for the test, suggesting defaults based on IEC standards and insights from Fraunhofer CSP scientists. Fig. 1: Solar cell with EVA foil and glass placed in a PIDcon Matching Products PID series PIDcon bifacial Quality Control Solution for Bifacial PERC/PERC+, HIT, Topcon, c-Si Solar Cells, Mini Modules, and More Learn more Get in touch Do not hesitate to contact us – we are available to assist you with any inquiries or requests. Use our inquiry tool or reach out via email: sales @ freiberginstruments.com