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Structure of No Nanobots using Ray Diffraction Marci Howdy shell Office of Science, Science Undergraduate Laboratory Internship Albion College Stanford Linear Accelerator Center Palo Alto, California10
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To fill out the structure of ZnO nanorods, follow these steps:
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Start with a clean and dry glass or silicon substrate.
03
Prepare a ZnO precursor solution by dissolving ZnO precursor material in a suitable solvent.
04
Dip the substrate into the ZnO precursor solution and hold it for a desired duration to allow the nanorods to grow.
05
Remove the substrate from the solution and rinse it with a suitable solvent to remove any excess precursor.
06
Dry the substrate either in air or under controlled conditions to facilitate the growth and formation of the ZnO nanorods.
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Optionally, perform post-treatment steps such as annealing or surface modification to enhance the structure and properties of the nanorods.
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Finally, characterize the structure of the ZnO nanorods using techniques like scanning electron microscopy, X-ray diffraction, or transmission electron microscopy.

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ZnO nanorods have a hexagonal wurtzite crystal structure.
Researchers and organizations working with ZnO nanorods are required to file the structure.
The structure of ZnO nanorods can be filled out by providing detailed information on the crystal structure, dimensions, growth method, and any additional relevant data.
The purpose of reporting the structure of ZnO nanorods is to document the properties and characteristics of the nanorods for research and development purposes.
Information such as crystal structure, dimensions, growth method, and any other relevant data must be reported on the structure of ZnO nanorods.
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