EFFECT OF THE DISTANCES BETWEEN SUBSOILER PLOW TINES BILATERAL AND PENETRATION ANGLES ON SOME PERFORMANCE INDICATORS FIELD

The research was implemented in a field of agriculture college- Mosul Univ., which its soil texture is clay. The study included the use of three penetration angle<strong>s </strong>of subsoiler plow tines bilateral 30 and 40 and 50 degree and three distances between subsoiler plow tines...

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Main Authors: Adel Abdullah, Yousif Y. Hilal
Format: Article
Language:English
Published: College of Agriculture 2019-06-01
Series:Mesopotamia Journal of Agriculture
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Online Access:https://magrj.mosuljournals.com/article_161284_e85d272f4f63ceec5eff6ce4a9fc6f37.pdf
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author Adel Abdullah
Yousif Y. Hilal
author_facet Adel Abdullah
Yousif Y. Hilal
author_sort Adel Abdullah
collection DOAJ
description The research was implemented in a field of agriculture college- Mosul Univ., which its soil texture is clay. The study included the use of three penetration angle<strong>s </strong>of subsoiler plow tines bilateral 30 and 40 and 50 degree and three distances between subsoiler plow tines bilateral 1.1 and 1.5 and 1.75 meters and Forward Speed of the tractor 2.37 and 3.50 km / h and its impact on Draw-bar Power, Slippage , Specific resistance , tillage width at the surface and stability Ratio of the depth. The experiment was conducted by using Randomized Complete Block Design RCBD. Three factors was used with its interactions. The use of Duncan multiple range test to indicate significant differences between the averages of the transactions, The results showed that all the traits affected by moral penetration angles and distances between subsoiler plow tines and Forward Speed of the tractor in terms of increased Draw-bar Power, Slippage , Specific resistance at increase penetration angles and Forward Speed of the tractor and lower tillage width at the surface and stability Ratio of the depth. The distance between the tines was 1.5 meters ranked first in the devaluation of the Draw-bar Power, Slippage , Specific resistance and increased tillage width at the surface and stability Ratio of the depth. Give an interactions distance of 1.5 meters and the angle of penetration of 30 degrees and Forward Speed of the tractor 2.37 km/h. The best results in reducing the Draw-bar Power, Slippage , Specific resistance and the values ​​are respectively 8.06 Kw and 5.07% and 39.89 Kn / m <sup>2 </sup>and gave the highest tillage width at the surface and stability Ratio of the depth values which ​​were 156.67 cm and 93.34% respectively.
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spelling doaj-art-2c946530d241432fbd4c3bcd1888ebcf2025-08-20T02:20:20ZengCollege of AgricultureMesopotamia Journal of Agriculture1815-316X2224-97962019-06-0145127328610.33899/magrj.2019.161284161284EFFECT OF THE DISTANCES BETWEEN SUBSOILER PLOW TINES BILATERAL AND PENETRATION ANGLES ON SOME PERFORMANCE INDICATORS FIELDAdel Abdullah0Yousif Y. Hilal1Agriculture Machines and Equipment Dept., College of Agriculture and Forestry, Mosul University. IraqAgriculture Machines and Equipment Dept., College of Agriculture and Forestry, Mosul University. IraqThe research was implemented in a field of agriculture college- Mosul Univ., which its soil texture is clay. The study included the use of three penetration angle<strong>s </strong>of subsoiler plow tines bilateral 30 and 40 and 50 degree and three distances between subsoiler plow tines bilateral 1.1 and 1.5 and 1.75 meters and Forward Speed of the tractor 2.37 and 3.50 km / h and its impact on Draw-bar Power, Slippage , Specific resistance , tillage width at the surface and stability Ratio of the depth. The experiment was conducted by using Randomized Complete Block Design RCBD. Three factors was used with its interactions. The use of Duncan multiple range test to indicate significant differences between the averages of the transactions, The results showed that all the traits affected by moral penetration angles and distances between subsoiler plow tines and Forward Speed of the tractor in terms of increased Draw-bar Power, Slippage , Specific resistance at increase penetration angles and Forward Speed of the tractor and lower tillage width at the surface and stability Ratio of the depth. The distance between the tines was 1.5 meters ranked first in the devaluation of the Draw-bar Power, Slippage , Specific resistance and increased tillage width at the surface and stability Ratio of the depth. Give an interactions distance of 1.5 meters and the angle of penetration of 30 degrees and Forward Speed of the tractor 2.37 km/h. The best results in reducing the Draw-bar Power, Slippage , Specific resistance and the values ​​are respectively 8.06 Kw and 5.07% and 39.89 Kn / m <sup>2 </sup>and gave the highest tillage width at the surface and stability Ratio of the depth values which ​​were 156.67 cm and 93.34% respectively.https://magrj.mosuljournals.com/article_161284_e85d272f4f63ceec5eff6ce4a9fc6f37.pdfsubsoiler plowdraw-bar powerspecific resistanceslippagestability ratio of the depth
spellingShingle Adel Abdullah
Yousif Y. Hilal
EFFECT OF THE DISTANCES BETWEEN SUBSOILER PLOW TINES BILATERAL AND PENETRATION ANGLES ON SOME PERFORMANCE INDICATORS FIELD
Mesopotamia Journal of Agriculture
subsoiler plow
draw-bar power
specific resistance
slippage
stability ratio of the depth
title EFFECT OF THE DISTANCES BETWEEN SUBSOILER PLOW TINES BILATERAL AND PENETRATION ANGLES ON SOME PERFORMANCE INDICATORS FIELD
title_full EFFECT OF THE DISTANCES BETWEEN SUBSOILER PLOW TINES BILATERAL AND PENETRATION ANGLES ON SOME PERFORMANCE INDICATORS FIELD
title_fullStr EFFECT OF THE DISTANCES BETWEEN SUBSOILER PLOW TINES BILATERAL AND PENETRATION ANGLES ON SOME PERFORMANCE INDICATORS FIELD
title_full_unstemmed EFFECT OF THE DISTANCES BETWEEN SUBSOILER PLOW TINES BILATERAL AND PENETRATION ANGLES ON SOME PERFORMANCE INDICATORS FIELD
title_short EFFECT OF THE DISTANCES BETWEEN SUBSOILER PLOW TINES BILATERAL AND PENETRATION ANGLES ON SOME PERFORMANCE INDICATORS FIELD
title_sort effect of the distances between subsoiler plow tines bilateral and penetration angles on some performance indicators field
topic subsoiler plow
draw-bar power
specific resistance
slippage
stability ratio of the depth
url https://magrj.mosuljournals.com/article_161284_e85d272f4f63ceec5eff6ce4a9fc6f37.pdf
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AT yousifyhilal effectofthedistancesbetweensubsoilerplowtinesbilateralandpenetrationanglesonsomeperformanceindicatorsfield