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9 results for “oil droplets”
Effect of sticky rice germ oil droplet spraying on chrysanthemum thrips resistance and metabolome
<p>This dataset contains experimental results from full plant assays with Chrysamthemum plants that were conducted to test the effectiveness of sprayng solutions containing sticky rice oil droplets for trapping of small arthropods on plants. The experiments were conducted at the Institute of Biology Leiden, Leiden University the Netherlands.</p> <p>The first dataset contains the results of the full plant assays with thrips.</p> <p>The second dataset contains the results of 1H NMR and GC-MS signals of leaf samples of sprayed chrysanthemum plants.</p> <p> </p> <p>Version history:</p> <p>Version 2: Included the RAW data on % coverage of plants for the two plant assays that had been left out during earlier submission</p> <p>Updated the metadatasheets within the excel files to be more complete.</p> <p>Version 3: Included a new excel sheet in the GC-MS and NMR data file in which a subset of the RAW HS-GC-MS and 1H NMR data, namely those peaks and delta signals that were identified and matchedd to compound id after untargeted analysis, are presented together with the name of the compounds or classes of compounds as mentioned in the manuscript.</p> <p>No changes were made to the plant assay data file</p> <p> </p> <p>In the "Dataset_TBierman_RGO_thrips_1HNMR_GC-MS_V3" excel file:</p> <p>Sheets: "Processed 1H NMR data" and "Processed HS-GC-MS data"</p> <p>contain processed 1H NMR and GC-MS data of chrysanthemum leaves, harvested after 10 or 25 days, of plants that were sprayed with water or vegetable-oil derived adhesives and infested with thrips or not.</p> <p>Sheet: "Quantitative data selected comp" contains a subset of the data where signals were found significant in the untargeted analysis have been annotated to their compound identity.</p> <p>In the "Dataset_TBierman_RGO_thrips_plantassay1_and_2_V3" excel file:</p> <p>Sheets "Plant_assay_1_RGO_thrips_d10_25" and "Plant_assay_2_RGO_thrips_d25" contain the raw plant assay data</p> <p>Sheets "Plant_assay_1_RGO_coverage" and "Plant_assay_2_RGO_coverage" contain the summary values of the estimated coverage with adhesive oil droplets of each respective experiment on the left side while on the right side the raw data is presented </p> <p> </p>
Fluorescent oil droplet in developing zebrafish embryo
<p>Multichannel image data of fluorescently-labelled oild droplet injected into developing Zebrafish embryo. The frame rate is 3min and the interfacial tension of the injected droplet equals 3.3 mN/m²</p>
Adhesive droplets made from plant-derived oils for control of western flower thrips
Open the record for dataset details and reuse information.
Silicone oil droplet full of fluoresent particle moving on a conical fiber
<p>Chapter 5 - Droplets on a conical fiber. Video of a silicone oil droplet moving on a conical fiber.</p> <p>The droplet is full of fluorescent particles which facilitates the visualization of internal liquid motion. The red vertical line marks the expected position where the droplet's shape transitions. On the left of this line, the droplet exhibit a barrel shape, while on the right, it has a clamshell shape. </p> <p>Volume of the droplet : 4 µl <br>Half-angle of the cone : 6° <br>Silicone oil viscosity : 50 cSt</p>
Silicone oil droplet spreading inside hypocycle and epicycle grooves
<p>Chapter 2 : Droplet spreading inside curved grooves. Figure 2.3 (c) <br>Two videos of a red-dyed silicone oil droplet spreading within (top) a hypocycle groove and (bottom) a epicycle groove. The radius of the groove is the same, R = 1.37 mm, and the volume of the droplet is the same, 5 µl. The numerically found contour is in black, it allows to measure to position at both side of the droplet, and therefore the speading over time. <br>Real time video.</p>
Silicone oil droplet moving on conical fiber : comparison half-angle and volume
<p>Chapter 5 : Droplets on a conical fiber. Figure 5.1</p> <p>Three videos of a single silicone oil moving on a conical fiber. The droplet moves spontaneously towards the base of the cone. From top to bottom the movies are with different experimental parameters : (top) cone half-angle 4° volume 4 µl; (middle) cone half-angle 4°, volume 2 µl; (bottom) cone half-angle 6°, volume 2 µl.</p> <p>Real time video.</p>
Video of silicone oil droplet on a cylindrical fiber : merging
<p>Chapter 3 : Multiple droplets on a cylindrical fiber. Figure 3.1.</p> <p> </p> <p>Experimental video of a red-dyed silicone oil droplet descending along a cylindrical fiber. At a given time and a given position, the two generations will meet. The mother droplet is under and the daughter droplet is above.</p> <p>Volume of the initial droplet : 5 µl<br>Fiber diameter : 0.3 mm</p> <p>Video accelerated 2x.</p>
Video of silicone oil droplet on a cylindrical fiber
<p>Chapter 3 : Multiple droplets on a cylindrical fiber. Figure 3.1.</p> <p>Experimental video of a red-dyed silicone oil droplet descending along a cylindrical fiber. As the droplet slides down, a liquid film is left behind. The Rayleigh-Plateau instability takes place which creates a tiny new droplet.</p> <p>Volume of the initial droplet : 5 µl<br>Fiber diameter : 0.3 mm<br><br>Real time video.</p>
Data files for the publication "Charge transfer across C-H---O hydrogen bonds stabilizes oil droplets in water"
<p>This dataset includes text/dat files for all the data included in the manuscript " Charge transfer across C-H---O hydrogen bonds stabilizes oil droplets in water".</p>
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