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MONTE CARLO SİMÜLASYON METODU VE MCNP KOD SİSTEMİ

MONTE CARLO SIMULATION METHOD AND MCNP CODE SYSTEM

Journal Name:

  • Kastamonu Üniversitesi Kastamonu Eğitim Dergisi

Publication Year:

  • 2006

Key Words:

Keywords (Original Language):

Author NameUniversity of AuthorFaculty of Author
Abstract (2. Language): 
The Method of Monte Carlo is a system which is based upon the theory of possibility. What is fundamental in this method is to clarify a physics incident or experiment which has to be explained with statistical and mathematical techniques by using random numbers constantly in order to simulate.(1) Nowadays, this method is so perfect in solving physical or mathematical problems and in nuclear transport calculations by using MCNP (Monte Carlo N-partıcal transport) code (2,3.)
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Abstract (Original Language): 
Monte Carlo metodu, olaslık teorisi üzerine kurulu bir sistemdir. Monte Carlo metodunda istatistiksel ve matematiksel tekniklerle bir deneyi veya çözülmesi gereken bir fiziksel olayı tesadüfi sayıları defalarca kullanarak simülasyon edilip çözmek esastır.(1)Günümüzde bu metot, fizik ve matematik problemlerinin çözümünde MCNP(Monte Carlo N – Parçacık Taşınım ) kodunu kullanarak nükleer transport hesaplamalarda iyi sonuçlar vermektedir (2,3).
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  • 2
545-556
  • Turkish

REFERENCES

References: 

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3. Hançerlioğulları, A., “APEX Hibrid Reaktör Modellemesi İçin Monte Carlo Yöntemi Kullanılarak Nötron Transport Hesaplamalarının Yapılması”, Doktora Tezi, Gazi Üniversitesi, Ankara, 2003.
4. Spanier,J.,” Monte Carlo Methods and their application to neutron transport problems”, USAEC report WAPPD-195,Bettis atomic power laboratory,july 1959
5. Şarer.,B, Hançerlioğulları, A.,Übeyli.,”Nükleer hesaplamalarda monte carlo yönteminin kullanımı”,8.ulusal nükleer bilimler ve teknolojiler kongresi, Kayseri, Ekim 2003
6. Birger,J.,”Random number generators Victor petterson’s bokindustri aktiibolar”Stockholm,1966
7. Leimddorter,A.”On the Transformation of the Transport Equation for Solving Deep Penetration Problems by the monte carlo metod,”Trans.Chalmers Univ.Technol.,Gothenbers.No:286,1964
8. Ürün.,G.,Menkinli C.T.,”Applicatıons of monte carlo simulatıon in petroleum exploratıon and productıon as a method of rısk analysıs”TPJD bülteni,cilt 15,sayı 1haziran,2003
9. Morton,K.W.,”On the tratment of monte carlo methods in textbooks.”Math.Tab.Aids Comput.10,223-224
10. Hammerssley,J.M.,”Monte Carlo Methods for solving multivariable problems.”Ann.Newyork Acad.Sci.86,844-874
11. Garber,D.,”ENDF/B-V,”Report BLN-17541(ENDF-201),Natinol Nuclear Data Center,Brookhaven National laboratory ,Upton,N.Y.,October 1975
12. Howerton,R.J.,Cullen,D.E.,Haight ,R.C,MacGregor,M.H.,”The LLL Evaluated Nuclear Data Library(ENDL):Evaluation techniques,Reaction Index,and Descriptions of ındividual reactions,”Lawrence Livermore National Laboraty report UCRL-50400,Vol.15, Part A,September 1975
13. Ulam,S.,Metropolis ,N.,”The Monte Carlo Method,”j.amer.Stat.assoc.,44,335,1949
14. Foster,D.G.,Artur,”Avarege Neutronic Properties of “Prompt” Fission Poducts,” Los Alamos National Laboraty Report LA-9168-MS,February 1982
15. Lux,.I.,Koblinger,L.”Monte Carlo Particle Transport Methods,Neutron and Photon Calculations ,CRC Pres,boc raton.,1991

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