الفهرس 
REVIEW OF LITERATUREOnly 14 pages are availabe for public view
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Abstract
This experiment was conducted at Sadat City University Farm of Sadat City, Egypt during the 2016 and 2017 seasons to study the effect of magnetic irrigation water saline levels (S1;2000 p.p.m, S2;3000 p.p.m , S3;4000 p.p.m) with magnetic field, S4;600 p.p.m and (S1;2000 p.p.m, S2;3000 p.p.m , S3;4000 p.p.m) without magnetic field, and nitrogen levels fertilization li.e ammonium nitrate ( F1; 60 kg/fed , F2; 90 kg/fed , F3; 120 kg/fed) fed onGrowth characters of Maize Crop growth rate (g m2 day-1), Plant height (cm), Stem diameter (cm) Number of leaves / plant Leaf area/m2, Ear height (cm), Number of grains /rawEar length (cm) , yield characteristics of Maize variety Single Hybride (128) under drip irrigation. Several Yield and its component characteristics of maize Grain yield (kg/ fad ) ,100 grains Weight (gm ( , harvest index and No . ofgrains /raw.the analysis was high performance Amino Acid analyzer,Analysis method (K) , (P) , ( Na )under drip irrigation.
The obtained results revealed atThe interaction effect irrigation with saline water levels with magnetic field 2000 p.p .m (S1), ammonium nitrate 120 kg/fed (F3) and Single Hybride (128) (V1) had significant effect increased in Plant height (cm) , No. of leaves / plant, Ear length (cm), Stem Diameter (cm) , Chlorophyll (mg/g) , Crop Growth Rate , Leaf Area and Grain yield (kg/ fad ) ,100 grains Weight (gm), harvest index and No . ofgrains /raw, Recorded the highest values (225.6 cm, 22, 22.3cm, 2.9cm, 47.26mg/g, 8.78, 540.33cm , 4300.3 kg/fed, 28, 49.24gm and50.23) and (225.6cm22, 22.3cm, 2.9 cm, 47.26mg/g, 8.78, 540.33cm2, 4300.3 kg/fed, 28, 49.24gm and 50.23)in the first and the second season respectively