Ozet. Bu calismamizda, 7 Be zayif bagli (S α = 1.586 MeV) ve ( 7 Bea 3 He + 4 He) kabuk yapisina sahip egzotik cekirdeginin 58 Ni kararli cekirdegi uzerine E Lab =23.2 MeV’lik laboratuar gelme enerjisinde gonderilmesi sonucu elde edilen Elastik Sacilma acisal dagilim datasi analiz edilmistir. Zayif-bagli ve kabuk yapiya sahip bu cekirdek, Coulomb alanina veya hedef cekirdegin nukleer alanina yaklastikca kabuk yapiyi olusturan bilesenlere parcalanma ya da bilesenlerin hedef cekirdege transfer olasiligi cok buyuktur. Incelenen sacilma sistemi Optik Model (OM) cercevesinde analiz edilmistir. Ilk olarak, sacilma sisteminin acisal dagilim datasi, nukleer potansiyelin reel ve sanal kisimlari Woods-Saxon (WS) formunda alinarak fenomenolojik olarak tekrardan incelenmistir. Ikinci olarak, sacilma sistemi 7 Be cekirdegi icin Gaussian and 3-parametreli Fermi(3p-F) fenomenolojik madde yogunluk dagilimlarinin sirasiyla Cift-Katli integral metodunda kullanilmasi elde edilen potansiyeller ile analiz edilmistir. Fenomenolojik ve mikroskobik optik model analizinin karsilastirilmasi ve literaturde ilk kez 7 Be cekirdegi icin 2 farkli madde yogunluk dagilimi onerilerek sacilma sisteminin analizi amaclanmistir. Buyuk sogurulma yaricapi(r w ) degeri icin teorik ve deneysel sonuclar arasindaki uyumun gayet iyi oldugu ve kucuk hata oranlari, χ 2 /N elde edilmistir. Anahtar Kelimeler: Zayif bagli cekirdek, Optik Model, Cift-Katli potansiyel, Madde Yogunlugu Abstract. In this study, angular distribution for the elastic scattering of 7 Be which is weakly-bound (S α = 1.586 MeV) and known as a well pronounced 3 He + 4 He cluster structure on 58 Ni target have been analyzed at laboratory energy of 23.2 MeV. Therefore this nucleus has a large probability to breakup into its constituent cluster features, while approaching the Coulomb or nuclear field of a target nucleus, or to transfer just one of the two clusters to the target. This scattering system has been analyzed within the Optical Model (OM) framework. Firstly, the analysis of angular distribution of this scattering system have been re-performed by phenomenological optical potentials using Woods-Saxon (WS) form for both real and imaginary part of nuclear potential. Secondly, the system has been analyzed by Double-Folding (DF) potential that calculated by using phenomenological matter density forms of 7 Be nucleus are Gaussian and 3-parameter Fermi, respectively. Comparative analysis of phenomological and microscopic optic model has been aimed and also sure, first time we suggested phenomenological two different kinds of matter density of 7 Be nucleus to analyze that system. We observed that for the large imaginary radius, (r w ), provides very good agreement between theoretical and experimental results have been obtained with small χ 2 /N values. Anahtar Kelimeler: Weakly bound nucleus, Optical Model, Double-folding potential, Matter Density