BibTex Citation Data :
@article{JSM3381, author = {Sofia Mubarika and M. Munir and Ketut Firdausi and Widarto Widarto}, title = {Learning Vector Quantization Pada Pengenalan Pola Tandatangan}, journal = {JURNAL SAINS DAN MATEMATIKA}, volume = {14}, number = {4}, year = {2006}, keywords = {}, abstract = { ABSTRACT--- In this paper, we analyze and compute distribution of thermal neutron flux in core of Kartini’s Reactor using “Swadaya” detector, both for axial (function of z) and radial (function r) direction. First, “Swadaya” detector is calibrated by activation plate method, which the output from detector is current. The result of calibration is thermal neutron flux (ф) dependent on current (I) that can be written as ф = 4,57x10 20 I - 2,74x10 11 . Distribution for neutron thermal flux for axial direction and radial direction respectively Ф = 5,10 x 10 12 + 5,99 x 10 13 and ф = 1.08 x 10 12 + 1,00 x 10 3 which in reactor core ф has largest value in center position for radial direction. Keywords: flux neutron distribution, nucleus reactor, Swadaya detector }, pages = {155--159} url = {https://ejournal.undip.ac.id/index.php/sm/article/view/3381} }
Refworks Citation Data :
ABSTRACT---In this paper, we analyze and compute distribution of thermal neutron flux in core of Kartini’s Reactor using “Swadaya” detector, both for axial (function of z) and radial (function r) direction. First, “Swadaya” detector is calibrated by activation plate method, which the output from detector is current. The result of calibration is thermal neutron flux (ф) dependent on current (I) that can be written as ф = 4,57x1020I - 2,74x1011. Distribution for neutron thermal flux for axial direction and radial direction respectively
Ф = 5,10 x 1012 + 5,99 x 1013 and ф = 1.08 x 1012 + 1,00 x 103
which in reactor core ф has largest value in center position for radial direction.
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