Jale Schneider
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View article: Oscillation Compensation in On-the-Fly Laser Processing via Optical Tracking Sensors
Oscillation Compensation in On-the-Fly Laser Processing via Optical Tracking Sensors Open
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View article: Light soaking effects on full-area and half-cut silicon heterojunction solar cells
Light soaking effects on full-area and half-cut silicon heterojunction solar cells Open
Lightsoaking (LS) of n-type silicon heterojunction (SHJ) solar cells is a topic that raised increasing attention of the PV industry. The treatment of n-type SHJ with high light intensity and high temperature in parallel leads to a boost in…
View article: Temperature Gradient Image Analysis to Optimize an Ultrafast Regeneration of Boron–Oxygen-Related Defects
Temperature Gradient Image Analysis to Optimize an Ultrafast Regeneration of Boron–Oxygen-Related Defects Open
In this study, we introduce a temperature screening image analysis to investigate the temperature dependence of boron–oxygen-related defect regeneration achieved by using one sample. For that purpose, we induce a temperature gradient in a …
View article: Formation of thin laser ablated contacts using cylindrical lens
Formation of thin laser ablated contacts using cylindrical lens Open
Laser contact opening (LCO) and Ni/Cu light induced plating is an established front side metallization process which provides the possibility of thinner contacts with high aspect ratios and inherently low contact resistances. In this study…
View article: Guide star based deconvolution for imaging behind turbid media
Guide star based deconvolution for imaging behind turbid media Open
Background If structures of interest are hidden beneath turbid layers such as biological tissues, imaging becomes challenging, even impossible. However, if the point spread function of the system is known from the presence of a guide star,…
View article: Dynamic light sheet generation and fluorescence imaging behind turbid media
Dynamic light sheet generation and fluorescence imaging behind turbid media Open
Our technique shows that not only single foci, but also a homogenous light sheet illumination can directly be created and maintained behind static and dynamic scattering media. To make the technique suitable for common biological settings,…
View article: Additional file 4: of Dynamic light sheet generation and fluorescence imaging behind turbid media
Additional file 4: of Dynamic light sheet generation and fluorescence imaging behind turbid media Open
Raw data used for averaging in Fig. 7. (DOCX 98Â kb)