LUMINOUS SELF-ASSEMBLED FIBERS OF AZOPYRIDINES AND QUANTUM DOTS ENABLED BY SYNERGY OF HALOGEN BOND AND ALKYL CHAIN INTERACTIONS

Luminous Self-Assembled Fibers of Azopyridines and Quantum Dots Enabled by Synergy of Halogen Bond and Alkyl Chain Interactions

Herein, a simple approach for the fabrication Barbells of luminous self-assembled fibers based on halogen-bonded azopyridine complexes and oleic acid-modified quantum dots (QDs) is reported.The QDs uniformly align on the edge of the self-assembled fibers through the formation of van der Waals force between the alkyl chain of oleic acid on the QD su

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Testing the Robustness of JAYA Optimization on 3D Surface Alignment of Range Images: A Revised Computational Study

The further development of image registration (IR) as automated image alignment techniques is a well-known concern in the field of computer vision (CV).These techniques have been implemented in many real-world scenarios: from remote sensing to medical imaging to artificial vision and computer-aided design.There is great interest in applying origina

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A whole cell-based Matrix-assisted laser desorption/ionization mass spectrometry lipidomic assay for the discovery of compounds that target lipid a modifications

IntroductionMatrix-assisted laser desorption/ionization-time of flight mass spectrometry (MALDI-TOF MS) is a powerful analytical technique that has been applied to a wide variety of applications ranging from proteomics to clinical LECITHIN GRANULES diagnostics.One such application is its use as a tool for discovery assays, such as monitoring the in

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