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Engineering Technologies and Advances

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Authors

Baio, F

Barros, M.F

Cerri, D.G

Chen, L

Clarke, A

Coen, T

Cointault, F

Congona Benavente, J

Cranfield, G

Cugnasca, C.E

De Baerdemaeker, J

Dubois, J

Esau, T.J

Fritz, B.K

Fulton, J.P

Fusamura, R

Guo, J

Happich, G

Harms, H

Hijazi, B

Hill, C

Hoffmann, W.C

Huang, Y

Johnson, R.M

KOJIMA, Y

Kaho, T

Kodaira, M

Lan, Y

Lang, T

Luck, J.D

Magalh, P.S

McDonald, T.P

McGraw, T

Morris, E

Mullenix, D

Ohaba, M

Paindavoine, M

Percival, D.C

Price, R

Read, S.M

SANAEI, A

SONODA, M

Saeys, W

Schumann, A.W

Sharda, A

Shearer, S.A

Shibusawa, S

Stombaugh, T

Sunley, S

Thomson, S.J

Vanacht, M

Vangeyte, J

Viator, R.P

Wang, Y

Warren, J.G

Xu, G

Zaman, Q

Zandonadi, R.S

Zhang, R

Topics

Engineering Technologies and Advances

Type

Poster

Oral

Year

2010

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Filter results2 paper(s) found.
1. Application Rate Stability When Implementing Automatic Section Control Technology On Agricultural Sprayers Automatic section control (on and off) technology of sprayer boom sections is an intelligent solution to maximize spray application efficiency during field operations. This technology can reduce over-application of products. Spray controllers available with this technology attempt to maintain the set target rate by adjusting system flow rate based on ground speed and application width. Therefore, as sections are turned on or off, the flow regulating hardware must respond to m... A. Sharda, J.D. Luck, J.P. Fulton, S.A. Shearer, S.A. Shearer, D. Mullenix, M. Vanacht
2. Tip Flow Uniformity When Using Different Automatic Section Control Technologies During Field Operations Automatic section control (ASC) technology provides a means to reduce double-coverage and application in unwanted areas thereby leading to input savings and improved environmental stewardship. However, the impact of ASC on spray boom dynamics and tip flow uniformity are unknown. Therefore, a study was conducted to evaluate tip flow rate uniformity and control system response in maintaining target application rates during field operation. Field experiments were conducted using two self-p... A. Sharda, J.D. Luck, J.P. Fulton, S.A. Shearer, T.P. Mcdonald, D. Mullenix Download paper

Filter results2 paper(s) found.

1. Application Rate Stability When Implementing Automatic Section Control Technology On Agricultural Sprayers

Automatic section control (on and off) technology of sprayer boom sections is an intelligent solution to maximize spray application efficiency during field operations. This technology can reduce over-application of products. Spray controllers available with this technology attempt to maintain the set target rate by adjusting system flow rate based on ground speed and application width. Therefore, as sections are turned on or off, the flow regulating hardware must respond to m... A. Sharda, J.D. Luck, J.P. Fulton, S.A. Shearer, S.A. Shearer, D. Mullenix, M. Vanacht

2. Tip Flow Uniformity When Using Different Automatic Section Control Technologies During Field Operations

Automatic section control (ASC) technology provides a means to reduce double-coverage and application in unwanted areas thereby leading to input savings and improved environmental stewardship. However, the impact of ASC on spray boom dynamics and tip flow uniformity are unknown. Therefore, a study was conducted to evaluate tip flow rate uniformity and control system response in maintaining target application rates during field operation. Field experiments were conducted using two self-p... A. Sharda, J.D. Luck, J.P. Fulton, S.A. Shearer, T.P. Mcdonald, D. Mullenix

Download paper