Embedded core design with FPGAs / by 225712 Navabi, Zainalabedin

Ferromagnetic-core design and application handbook/ by 414534 DeMaw, Doug

Core design for a small HTGR by Ribeiro, Arnaldo Aloisio Telles, Lanning David D.

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Embedded core design with FPGAs [electronic resource] / by 225712 Navabi, Zainalabedin

Interrupt controller core design using VHDL / by 352570 Mohd. Faisal Ahmad

Novel Approaches on Reactor Core Design Optimization Problem by Marco André Abud Kappel, Ivan Napoleão Bastos, Caio Lucas dos Santos Souza, Gustavo Barbosa Libotte, Roberto Pinheiro Domingos, Gustavo Mendes Platt

Subjects: “…Nuclear reactor core design…”
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Novel Approaches on Reactor Core Design Optimization Problem by Marco André Abud Kappel, Ivan Napoleão Bastos, Caio Lucas dos Santos Souza, Gustavo Barbosa Libotte, Roberto Pinheiro Domingos, Gustavo Mendes Platt

Subjects: “…Nuclear reactor core design…”
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Novel Approaches on Reactor Core Design Optimization Problem by Marco André Abud Kappel, Ivan Napoleão Bastos, Caio Lucas dos Santos Souza, Gustavo Barbosa Libotte, Roberto Pinheiro Domingos, Gustavo Mendes Platt

Subjects: “…Nuclear reactor core design…”
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Reactor Core Design and Analysis for a Micronuclear Power Source by Hao Sun, Chenglong Wang, Xiao Liu, Wenxi Tian, Suizheng Qiu, Guanghui Su

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Efficiency improvement in induction motor by slitted tooth core design by Asim Gokhan Yetgin, Mustafa Turan

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Performance Study of Split Ferrite Cores Designed for EMI Suppression on Cables by Adrian Suarez, Jorge Victoria, Jose Torres, Pedro A. Martinez, Antonio Alcarria, Joaquin Perez, Raimundo Garcia-Olcina, Jesus Soret, Steffen Muetsch, Alexander Gerfer

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Core design study of the Wielenga Innovation Static Salt Reactor (WISSR) by T. Wielenga, W.S. Yang, I. Khaleb

“…Using NaCl-(TRU,U)Cl3 fuel and NaCl–KCl–MgCl2 coolant, a road-transportable compact WISSR core design was developed at a power level of 1250 MWt. …”
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Development of core design optimization process by integrated analysis with neutronics and plant dynamics by Erina HAMASE, Kazuki KUWAGAKI, Norihiro DODA, Kenji YOKOYAMA, Masaaki TANAKA

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Laser Additively Manufactured Magnetic Core Design and Process for Electrical Machine Applications by Hans Tiismus, Ants Kallaste, Toomas Vaimann, Liina Lind, Indrek Virro, Anton Rassõlkin, Tatjana Dedova

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A Method to Determine Core Design Problems and a Corresponding Solution Strategy by Yuanming Xie, Wenqiang Li, Yin Luo, Yan Li, Song Li

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Reactance Regulation Using Coils with Perpendicular Magnetic Field in the Tubular Core design by Shailendra Rajput, Efim Lockshin, Aryeh Schochet, Moshe Averbukh

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Overview on Steady-state Nuclear Methods for BWR Nuclear Core Design and Analysis by Ren-Tai Chiang

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Effects of fuel particle and reactor core design on modular HTGR source terms by Izenson, Michael G. (Michael Gary)

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Development of optimized core design and analysis methods for high power density BWRs by Shirvan, Koroush

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Core design optimization for a novel heavy water moderated molten salt reactor by WU Jianhui, YU Chenggang, ZOU Chunyan, MA Yuwen, JIA Guobin, CAI Xiangzhou, CHEN Jingen

“…But large temperature difference of fuel salt outlet will lead to the thermal fatigue of piping components at the top of the core.PurposeThis paper aims to optimize the core design of HWMSR to minimize the fuel salt outlet temperature.MethodsBy using the developed codes of neutron-thermal hydraulic coupling calculation and core critical search calculation, the power density distribution, outlet temperature distribution, initial 233U loading and breading ratio (BR) were analyzed for the cores with different size of molten salt channels.ResultsThe calculation results demonstrate that increasing the radius of molten salt channels in the inner core zone (correspondingly decreasing the radius of molten salt channels in the outer core zone) will decrease the peak of power density and the maximum outlet temperature of molten salt while the influence on BR and 233U initial loading.ConclusionsThis study provides a valuable foundation for core optimization of HWMSR.…”
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