Figure 1: Metering plates used for metering of carrot seed
Figure 2: Details of metering plate used for carrot seed metering
Figure 3: Carrot seeds used for evaluation of metering mechanism
Table 1: Physical and engineering properties of carrot seeds under different seed treatments
Table 2: Plan of experiment on metering device
Table 3: F-values for performance parameters of seed metering mechanism
Figure 4: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 40o
Figure 5: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 45o
Figure 6: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 50o
Figure 7: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 40°
Figure 8: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 45°
Figure 9: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 50°
Figure 10: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 40°
Figure 11: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 45°
Figure 12: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 50°
Figure 1: Metering plates used for metering of carrot seed
Figure 2: Details of metering plate used for carrot seed metering
Figure 3: Carrot seeds used for evaluation of metering mechanism
Table 1: Physical and engineering properties of carrot seeds under different seed treatments
Table 2: Plan of experiment on metering device
Table 3: F-values for performance parameters of seed metering mechanism
Figure 4: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 40o
Figure 5: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 45o
Figure 6: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 50o
Figure 7: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 40°
Figure 8: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 45°
Figure 9: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 50°
Figure 10: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 40°
Figure 11: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 45°
Figure 12: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 50°
Figure 1: Metering plates used for metering of carrot seed
Figure 2: Details of metering plate used for carrot seed metering
Figure 3: Carrot seeds used for evaluation of metering mechanism
Table 1: Physical and engineering properties of carrot seeds under different seed treatments
Table 2: Plan of experiment on metering device
Table 3: F-values for performance parameters of seed metering mechanism
Figure 4: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 40o
Figure 5: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 45o
Figure 6: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 50o
Figure 7: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 40°
Figure 8: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 45°
Figure 9: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 50°
Figure 10: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 40°
Figure 11: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 45°
Figure 12: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 50°
Figure 1: Metering plates used for metering of carrot seed
Figure 2: Details of metering plate used for carrot seed metering
Figure 3: Carrot seeds used for evaluation of metering mechanism
Table 1: Physical and engineering properties of carrot seeds under different seed treatments
Table 2: Plan of experiment on metering device
Table 3: F-values for performance parameters of seed metering mechanism
Figure 4: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 40o
Figure 5: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 45o
Figure 6: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 50o
Figure 7: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 40°
Figure 8: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 45°
Figure 9: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 50°
Figure 10: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 40°
Figure 11: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 45°
Figure 12: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 50°
Figure 1: Metering plates used for metering of carrot seed
Figure 2: Details of metering plate used for carrot seed metering
Figure 3: Carrot seeds used for evaluation of metering mechanism
Table 1: Physical and engineering properties of carrot seeds under different seed treatments
Table 2: Plan of experiment on metering device
Table 3: F-values for performance parameters of seed metering mechanism
Figure 4: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 40o
Figure 5: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 45o
Figure 6: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 50o
Figure 7: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 40°
Figure 8: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 45°
Figure 9: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 50°
Figure 10: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 40°
Figure 11: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 45°
Figure 12: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 50°
Figure 1: Metering plates used for metering of carrot seed
Figure 2: Details of metering plate used for carrot seed metering
Figure 3: Carrot seeds used for evaluation of metering mechanism
Table 1: Physical and engineering properties of carrot seeds under different seed treatments
Table 2: Plan of experiment on metering device
Table 3: F-values for performance parameters of seed metering mechanism
Figure 4: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 40o
Figure 5: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 45o
Figure 6: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 50o
Figure 7: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 40°
Figure 8: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 45°
Figure 9: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 50°
Figure 10: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 40°
Figure 11: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 45°
Figure 12: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 50°
Figure 1: Metering plates used for metering of carrot seed
Figure 2: Details of metering plate used for carrot seed metering
Figure 3: Carrot seeds used for evaluation of metering mechanism
Table 1: Physical and engineering properties of carrot seeds under different seed treatments
Table 2: Plan of experiment on metering device
Table 3: F-values for performance parameters of seed metering mechanism
Figure 4: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 40o
Figure 5: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 45o
Figure 6: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 50o
Figure 7: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 40°
Figure 8: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 45°
Figure 9: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 50°
Figure 10: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 40°
Figure 11: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 45°
Figure 12: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 50°
Figure 1: Metering plates used for metering of carrot seed
Figure 2: Details of metering plate used for carrot seed metering
Figure 3: Carrot seeds used for evaluation of metering mechanism
Table 1: Physical and engineering properties of carrot seeds under different seed treatments
Table 2: Plan of experiment on metering device
Table 3: F-values for performance parameters of seed metering mechanism
Figure 4: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 40o
Figure 5: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 45o
Figure 6: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 50o
Figure 7: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 40°
Figure 8: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 45°
Figure 9: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 50°
Figure 10: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 40°
Figure 11: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 45°
Figure 12: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 50°
Figure 1: Metering plates used for metering of carrot seed
Figure 2: Details of metering plate used for carrot seed metering
Figure 3: Carrot seeds used for evaluation of metering mechanism
Table 1: Physical and engineering properties of carrot seeds under different seed treatments
Table 2: Plan of experiment on metering device
Table 3: F-values for performance parameters of seed metering mechanism
Figure 4: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 40o
Figure 5: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 45o
Figure 6: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 50o
Figure 7: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 40°
Figure 8: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 45°
Figure 9: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 50°
Figure 10: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 40°
Figure 11: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 45°
Figure 12: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 50°
Figure 1: Metering plates used for metering of carrot seed
Figure 2: Details of metering plate used for carrot seed metering
Figure 3: Carrot seeds used for evaluation of metering mechanism
Table 1: Physical and engineering properties of carrot seeds under different seed treatments
Table 2: Plan of experiment on metering device
Table 3: F-values for performance parameters of seed metering mechanism
Figure 4: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 40o
Figure 5: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 45o
Figure 6: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 50o
Figure 7: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 40°
Figure 8: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 45°
Figure 9: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 50°
Figure 10: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 40°
Figure 11: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 45°
Figure 12: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 50°
Figure 1: Metering plates used for metering of carrot seed
Figure 2: Details of metering plate used for carrot seed metering
Figure 3: Carrot seeds used for evaluation of metering mechanism
Table 1: Physical and engineering properties of carrot seeds under different seed treatments
Table 2: Plan of experiment on metering device
Table 3: F-values for performance parameters of seed metering mechanism
Figure 4: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 40o
Figure 5: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 45o
Figure 6: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 50o
Figure 7: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 40°
Figure 8: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 45°
Figure 9: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 50°
Figure 10: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 40°
Figure 11: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 45°
Figure 12: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 50°
Figure 1: Metering plates used for metering of carrot seed
Figure 2: Details of metering plate used for carrot seed metering
Figure 3: Carrot seeds used for evaluation of metering mechanism
Table 1: Physical and engineering properties of carrot seeds under different seed treatments
Table 2: Plan of experiment on metering device
Table 3: F-values for performance parameters of seed metering mechanism
Figure 4: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 40o
Figure 5: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 45o
Figure 6: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 50o
Figure 7: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 40°
Figure 8: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 45°
Figure 9: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 50°
Figure 10: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 40°
Figure 11: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 45°
Figure 12: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 50°
Figure 1: Metering plates used for metering of carrot seed
Figure 2: Details of metering plate used for carrot seed metering
Figure 3: Carrot seeds used for evaluation of metering mechanism
Table 1: Physical and engineering properties of carrot seeds under different seed treatments
Table 2: Plan of experiment on metering device
Table 3: F-values for performance parameters of seed metering mechanism
Figure 4: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 40o
Figure 5: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 45o
Figure 6: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 50o
Figure 7: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 40°
Figure 8: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 45°
Figure 9: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 50°
Figure 10: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 40°
Figure 11: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 45°
Figure 12: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 50°
Figure 1: Metering plates used for metering of carrot seed
Figure 2: Details of metering plate used for carrot seed metering
Figure 3: Carrot seeds used for evaluation of metering mechanism
Table 1: Physical and engineering properties of carrot seeds under different seed treatments
Table 2: Plan of experiment on metering device
Table 3: F-values for performance parameters of seed metering mechanism
Figure 4: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 40o
Figure 5: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 45o
Figure 6: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 50o
Figure 7: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 40°
Figure 8: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 45°
Figure 9: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 50°
Figure 10: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 40°
Figure 11: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 45°
Figure 12: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 50°
Figure 1: Metering plates used for metering of carrot seed
Figure 2: Details of metering plate used for carrot seed metering
Figure 3: Carrot seeds used for evaluation of metering mechanism
Table 1: Physical and engineering properties of carrot seeds under different seed treatments
Table 2: Plan of experiment on metering device
Table 3: F-values for performance parameters of seed metering mechanism
Figure 4: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 40o
Figure 5: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 45o
Figure 6: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds average spacing at inclination angle of plate 50o
Figure 7: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 40°
Figure 8: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 45°
Figure 9: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds performance indices at inclination angle of plate 50°
Figure 10: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 40°
Figure 11: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 45°
Figure 12: Effect of seed treatment, forward speed and type of seed metering plate on carrot seeds degree of variation at inclination angle of plate 50°
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