17 research outputs found
Komputasi parameter internal sel surya organik dan penentuan pola keterkaitannya terhadap intensitas menggunakan metode lanbv
No full textImplementasi metode Simulated Annealing untuk menentukan karakteristik superkonduktor geometri bola
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Numerical computation of thermodynamics quantities on Mesoscopic superconductors based on the Ginzburg-Landau Model
No full textKAJIAN KOMPUTASI DISTRIBUSI STATISTIK FLUKS NEUTRON DENGAN METODE MONTE CARLO
No full textThe migration of a neutron is governed using several probabilities of
distribution, such as probability of scattering distribution, probability of
distribution apart transfer, probability of distribution of energy transfer, and
probability of neutron flux distribution. In this research, study was done for
computational about neutron flux distribution pattern in a reactor system. Neutron
flux distribution pattern in the reactor is simulated by Matlab using the Monte
Carlo method or stochastic method. Variables in this study are the number of
neutrons in a simulated system and the depth of cylindrical reactor system. The
simulation results for 100,000 neutron takes about 20 � 120 minutes of execution
time which depends on the depths of the system. For all of the depths the peak
session of neutron flux distribution pattern is in the third bin. The comparison
between the simulation results and the other existing results shows that the
simulation analysis follows a statistical distribution Maxwell-Boltzmann
Pengaruh perubahan sudut medan magnet luar terhadap nukleasi pada permukaan superkonduktor
No full textPenyelesaian persamaan Ginzburg-Landau gayut waktu pada superkonduktor Mesoscopic bergeometri segitiga
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