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Register a new userStudy of Barrier Coulomb, Concept of Trajectory, the Impact Factor, and Grazing Angle in Heavy Ion Collision
دراسة الحاجز الكولوني، مفهوم عامل التصادم، المسار، وزاوية التصادم في تصادم النوى الثقيلة
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لقد قمنا بدراسة تحليلية نظرية للحاجز الكولوني,مفهوم عامل التصادم,مفهوم المسار,و مفهوم زاوية grazing في تصادم النوى الثقيلة المرافقة لعامل التصادم و ذلك من أجل العديد من الجمل المتناظرة A1 يساوي A2 و الجمل اللامتناظرة A1 لا يساوي A2 . إن النتائج التي تم الحصول عليها و المعروضة لأول مرة بهذا الأسلوب,تساعد على التمييز بين قوة التأثير المتبادل الكهربائي و قوة التفاعل النووي , و من ثم تحديد طاقة القذف التي يجب استخدمها من أجل إظهار التفاعل المراد دراسته.هذا من ناحية و من ناحية أخرى هذا يساعد على اختيار الكواشف التي يجب أن تستخدم في العمل التجريبي,و من ثم أين يجب أن توضع هذه الكواشف.
We have a detailed analytical study of the Coulomb barrier, the concept of collision factor, the concept of the trajectory, and the concept of grazing angle in a collision between heavy nuclei, and that for many of the symmetrical systems A1 equal A2 and asymmetric systems A1 doesn't equal A2 .The results obtained and presented for the first time in this way, help to differentiate between the electric interaction and the nuclear reaction, and then determine the energy ejaculation that should be used in order to show the interaction to be studied. On the one hand, on the other hand this helps to choice the detector (or detectors) that must be used in experimental work, and then where to put this detector (or these detectors).
References used
R. E. Marshak and E. C. G. Sudarshan, ''Introduction à la physique des particules élémentaires'', Dunod, Paris, 1964
Luc Valentin, ''Physique subatomique: noyaux et particules'', Enseignement des sciences, Paris, 1975
Daphne F. Jackson, "Nuclear reactions", Methuen and Co. LTD., London, 1970
R. Bass, "Nuclear reactions with heavy-ions", Berlin, Heidelberg, New York, 1980
The reaction mechanism in heavy-ion collisions leading to the super heavy compound systems", This work is supported by the Russian Foundation for Basic Research under Grant No. 07-02-00439, World Scientific Publishing Co., 2010
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