| 11. | Instrumentation and reporting bias directly affect drop size data.
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| 12. | Hollow cone nozzles provide the smallest drop size distributions.
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| 13. | The following guidelines are suggested to facilitate understanding and effective use of the drop size data.
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| 14. | Rain drop size distribution ( DSD ) is an important consideration for studying rain fade characteristics.
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| 15. | Hollow cone nozzles produce the smallest drop size.
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| 16. | Select the drop size mean and diameter of interest that is best suited for the application.
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| 17. | Success in these applications is often completely dependent on factors such as drop size and spray velocity.
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| 18. | A "'disdrometer "'is an instrument used to measure the drop size distribution and velocity of falling hydrometeors.
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| 19. | A disdrometer is an instrument used to measure the drop size distribution and velocity of falling hydrometeors.
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| 20. | The drop size is the size of the spray drops that make up the nozzle s spray pattern.
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