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271. Fully-matching results

272. 4.4: Factors that cannot be controlled, but must be managed

     https://grdc.com.au/resources-and-publications/grownotes/technical-manuals/spray-application-manual/before-you-spray/module-4-managing-spray-drift-risk/4.4-factors-that-cannot-be-controlled,-but-must-be-managed
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     24 Jan 2025: Top. The things that the spray operator cannot control, but must be able to manage, include the weather conditions at the time they want to spray, and the sensitive areas and crops that may surround the spraying location. Find out more. For more

     a:

     Grains Research and Development Corporation

     b:

     Grains Research and Development Corporation

     Date:

     2025-01-24 14:39:55, 2025-01-24 14:39:55, 2024-11-27, 2025-01-24

     e:

     4.4: factors that cannot be controlled, but must be managed, summary

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     4.4: Factors that cannot be controlled, but must be managed

     title:

     4.4: Factors that cannot be controlled, but must be managed

     p:

     Grains Research and Development Corporation

     aissueno:

     Module 4: Managing spray drift risk

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     GrowNotes

273. 4.3: Drift management strategies: things that the spray operator has the ability to change

     https://grdc.com.au/resources-and-publications/grownotes/technical-manuals/spray-application-manual/before-you-spray/module-4-managing-spray-drift-risk/4.3-drift-management-strategies-things-that-the-spray-operator-has-the-ability-to-change
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     24 Jan 2025: Top. Factors that the spray operator has the ability to change include the sprayer setup, the operating parameters, the product choice, the decision about when to start spraying and, most importantly, the decision when to stop spraying. Things that

     p:

     Grains Research and Development Corporation

     a:

     Grains Research and Development Corporation

     b:

     Grains Research and Development Corporation

     Date:

     2024-11-27, 2025-01-24

     ctype:

     GrowNotes

     e:

     4.3: drift management strategies: things that the spray operator has the ability to change, summary

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     title:

     4.3: Drift management strategies: things that the spray operator has the ability to change

274. 4.2: Understanding the terminology used to describe droplet size and drift potential

     https://grdc.com.au/resources-and-publications/grownotes/technical-manuals/spray-application-manual/before-you-spray/module-4-managing-spray-drift-risk/4.2-understanding-the-terminology-used-to-describe-droplet-size-and-drift-potential
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     24 Jan 2025: Top. Spray quality classifications. The choice of nozzle and the spray quality (droplet size) that it produces can have a large influence on the level of control obtained. It will also influence the amount of spray that can exist as small droplets,

     a:

     Grains Research and Development Corporation

     b:

     Grains Research and Development Corporation

     Date:

     2025-01-24 14:39:54, 2025-01-24 14:39:54, 2024-11-27, 2025-01-24

     e:

     4.2: understanding the terminology used to describe droplet size and drift potential, summary

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     issueno:

     4.2: Understanding the terminology used to describe droplet size and drift potential

     title:

     4.2: Understanding the terminology used to describe droplet size and drift potential

     p:

     Grains Research and Development Corporation

     aissueno:

     Module 4: Managing spray drift risk

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     thumb-focus-center

     ctype:

     GrowNotes

275. 3.12: Fenceline nozzles and offset nozzles

     https://grdc.com.au/resources-and-publications/grownotes/technical-manuals/spray-application-manual/before-you-spray/module-3-nozzle-design-and-function/3.12-fenceline-nozzles-and-offset-nozzles
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     24 Jan 2025: Top. It is possible to get nozzles that produce an offset pattern, or produce half a full pattern, to give a sharp cut-off at the ends of the spray pattern to minimise overlap. Often these are best suited to ends of the boom in row crop situations

     a:

     Grains Research and Development Corporation

     b:

     Grains Research and Development Corporation

     Date:

     2025-01-24 14:39:54, 2025-01-24 14:39:54, 2024-11-22, 2025-01-24

     e:

     3.12: fenceline nozzles and offset nozzles, summary

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     3.12: Fenceline nozzles and offset nozzles

     title:

     3.12: Fenceline nozzles and offset nozzles

     p:

     Grains Research and Development Corporation

     aissueno:

     Module 3: Nozzle design and function

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     GrowNotes

276. 3.11: Anvil and hybrid anvil nozzles

     https://grdc.com.au/resources-and-publications/grownotes/technical-manuals/spray-application-manual/before-you-spray/module-3-nozzle-design-and-function/3.11-anvil-and-hybrid-anvil-nozzles
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     24 Jan 2025: Top. Anvil nozzles use a deflector or plate rather than an exit orifice to produce a spray pattern. There are several variations of this nozzle type. Anvil nozzles use a pre-orifice to control the flow rate and deflectors and make the spray pattern.

     a:

     Grains Research and Development Corporation

     b:

     Grains Research and Development Corporation

     Date:

     2025-01-24 14:39:54, 2025-01-24 14:39:54, 2024-11-22, 2025-01-24

     e:

     3.11: anvil and hybrid anvil nozzles, summary

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     issueno:

     3.11: Anvil and hybrid anvil nozzles

     title:

     3.11: Anvil and hybrid anvil nozzles

     p:

     Grains Research and Development Corporation

     aissueno:

     Module 3: Nozzle design and function

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     GrowNotes

277. 3.10: Air-induction nozzles

     https://grdc.com.au/resources-and-publications/grownotes/technical-manuals/spray-application-manual/before-you-spray/module-3-nozzle-design-and-function/3.10-air-induction-nozzles
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     24 Jan 2025: Top. Air-induction nozzles also have a pre-orifice, but in addition to this they also have air intakes after the pre-orifice and a mixing chamber before the exit orifice. As the liquid passes through the pre-orifice a pressure drop occurs within the

     a:

     Grains Research and Development Corporation

     b:

     Grains Research and Development Corporation

     Date:

     2025-01-24 14:39:53, 2025-01-24 14:39:53, 2024-11-22, 2025-01-24

     e:

     3.10: air-induction nozzles, summary

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     issueno:

     3.10: Air-induction nozzles

     title:

     3.10: Air-induction nozzles

     p:

     Grains Research and Development Corporation

     aissueno:

     Module 3: Nozzle design and function

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     GrowNotes

278. 3.9: Variations on the standard flat-fan nozzle design

     https://grdc.com.au/resources-and-publications/grownotes/technical-manuals/spray-application-manual/before-you-spray/module-3-nozzle-design-and-function/3.9-variations-on-the-standard-flat-fan-nozzle-design
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     24 Jan 2025: Top. Pre-orifice nozzles. Many pre-orifice nozzles (often referred to as ‘low drift’ nozzles) look similar to standard flat fans, but can be identified by a plug or a plate near the inlet of the nozzle. As the name suggests these nozzles have a

     a:

     Grains Research and Development Corporation

     b:

     Grains Research and Development Corporation

     Date:

     2025-01-24 14:39:53, 2025-01-24 14:39:53, 2024-11-22, 2025-01-24

     e:

     3.9: variations on the standard flat-fan nozzle design, summary

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     issueno:

     3.9: Variations on the standard flat-fan nozzle design

     title:

     3.9: Variations on the standard flat-fan nozzle design

     p:

     Grains Research and Development Corporation

     aissueno:

     Module 3: Nozzle design and function

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     GrowNotes

279. 3.8: Standard or extended range flat fans

     https://grdc.com.au/resources-and-publications/grownotes/technical-manuals/spray-application-manual/before-you-spray/module-3-nozzle-design-and-function/3.8-standard-or-extended-range-flat-fans
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     24 Jan 2025: Top. Nozzles. Cross-section of an extended range nozzle. Source: TeeJet. (34.9 KB JPG). Enlarge image. Close. Standard flat fans or extended range flat- fan nozzles contain a single orifice that controls flow rate and determines the spray pattern.

     a:

     Grains Research and Development Corporation

     b:

     Grains Research and Development Corporation

     Date:

     2025-01-24 14:39:53, 2025-01-24 14:39:53, 2024-11-22, 2025-01-24

     e:

     3.8: standard or extended range flat fans, summary

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     issueno:

     3.8: Standard or extended range flat fans

     title:

     3.8: Standard or extended range flat fans

     p:

     Grains Research and Development Corporation

     aissueno:

     Module 3: Nozzle design and function

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     GrowNotes

280. 3.7: The process of making droplets using hydraulic pressure

     https://grdc.com.au/resources-and-publications/grownotes/technical-manuals/spray-application-manual/before-you-spray/module-3-nozzle-design-and-function/3.7-the-process-of-making-droplets-using-hydraulic-pressure
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     24 Jan 2025: Top. There are several ways to convert spray solution into droplets. For broadacre applications, the most common method is to force liquid under hydraulic pressure through an orifice (opening) or onto a deflector plate (anvil) to produce a

     a:

     Grains Research and Development Corporation

     b:

     Grains Research and Development Corporation

     Date:

     2025-01-24 14:39:53, 2025-01-24 14:39:53, 2024-11-22, 2025-01-24

     e:

     3.7: the process of making droplets using hydraulic pressure, summary

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     3.7: The process of making droplets using hydraulic pressure

     title:

     3.7: The process of making droplets using hydraulic pressure

     p:

     Grains Research and Development Corporation

     aissueno:

     Module 3: Nozzle design and function

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     GrowNotes

281. 3.6: Droplet density (mass)

     https://grdc.com.au/resources-and-publications/grownotes/technical-manuals/spray-application-manual/before-you-spray/module-3-nozzle-design-and-function/3.6-droplet-density-mass
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     24 Jan 2025: Top. Droplet density affects droplet mass, which then influences the rate of droplet sedimentation. When mass is combined with droplet velocity it can also affect the energy of the droplet at impact and the ability of the droplet to be retained on

     a:

     Grains Research and Development Corporation

     b:

     Grains Research and Development Corporation

     Date:

     2025-01-24 14:39:53, 2025-01-24 14:39:53, 2024-11-22, 2025-01-24

     e:

     3.6: droplet density (mass), summary

     f:

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     issueno:

     3.6: Droplet density (mass)

     title:

     3.6: Droplet density (mass)

     p:

     Grains Research and Development Corporation

     aissueno:

     Module 3: Nozzle design and function

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     GrowNotes