Some of the shortcomings will be overcome in the future by performing in-depth fundamental studies in all aspects of solution-processed thin film devices.
His basic investment philosophy involves in-depth fundamental analysis to determine short and long term prospects, and the analysis of likely future valuation ranges using a variety of methodologies.
The availability of such NPG will provide an interesting system for a more in-depth fundamental investigation of transport behavior in the highly interconnected, small-width graphene network and will enable exciting opportunities in sensitive electronic or sensor devices.
In order to analyze the chemical state of Au and acquire in-depth fundamental information on the interaction of Au with TiO2, Au-30@TiO2 nanocomposite was further investigated by XPS measurements.
The availability of such well-controlled NPG structure will provide an interesting possibility for a more in-depth fundamental investigation of transport behavior in the highly interconnected graphene network, and will enable exciting opportunities in sensitive electronics and sensor devices.
This paper thus provides in-depth fundamental understandings on NIR spectra of PE as well as the results of our study regarding structural and conformational changes in PE crystals probed by NIR spectroscopy.
A good qualitative agreement between available data and modeled behaviour is observed, allowing the two acoustic modes found in this work to be attributed to the interaction of the shear layer with the cavity's fundamental depth mode.
Saltwater intrusion in coastal aquifers is an urgent issue for the actual and future groundwater supply and a detailed characterization of groundwater quality with depth is a fundamental prerequisite to correctly distinguish salinization processes.
At this fundamental depth limit, the inherent optical sectioning breaks down.
In summary, a new fluorescence microscopy, SERF, is proposed to extend the fundamental depth limit of 2P imaging.
Herein we propose a novel spectroscopy-based concept, Stimulated Emission Reduced Fluorescence (SERF) Microscopy, to extend the fundamental depth limit of 2P fluorescence imaging.
