SIMULATE-5 has been parallelized to support multi-platform shared-memory parallel programming on all architectures. The multi-group pin power module captures instantaneous spectral effects, the actinide tracking on the assembly submesh describes exposure-induced pin power variations. In the improved pin power reconstruction module of SIMULATE5, the heterogeneous pin powers are calculated by modulating homogeneous multi-group pin powers from the submesh solver with pin form factors from single-assembly CASMO5 lattice physics calculations. Radially, the assembly is divided into heterogeneous submeshes, thereby overcoming the shortcomings of spatially-averaged assembly cross-sections and discontinuity factors generated with zero net-current boundary condition. Heterogeneities in the axial direction of an assembly are treated explicitly. Cross sections are described by a hybrid microscopic-macroscopic model that includes approximately 50 heavy nuclides and fission products (17 actinides, 30+ fission products and burnable absorbers). SIMULATE5 solves the multi-group diffusion or, optionally, the simplified P3 equations.
FISSION URANIUM AKTIE FULL
Generalization of the two-group diffusion model to full multi-group formulation.
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SIMULATE5 has been completely rewritten with a focus on first-principle physics, far exceeding the capabilities of existing methods: Reactor Design and Performance Optimizationĭecommissioning and radiation protection servicesīeräkning av innehavets förändring under tidĪdvanced Solvers: Neutronics Built for Tomorrow Spent Fuel Analysis and Storage Optimization Certain projects do not have NI 43-101 estimates of upfront capital costs.() CAPEX estimates are per NI 43-101 technical reports. (1) Ranking is based on comparison of undeveloped uranium projects (at 100% ownership) with total indicated resources greater than 40M lbs U 3O 8, located in the Athabasca Basin region – namely Arrow (NexGen Energy Ltd.), Triple R (Fission Uranium Corp.), Millennium (Cameco, JCU), Shea Creek (Areva, UEX Corp.), Midwest (including the Midwest and Midwest A deposits)(Areva, Denison, OURD). Existing infrastructure supporting mining operations in proximity to Wheeler River – including 4 licensed uranium mines, 3 licensed uranium mills, and access to the provincial power grid and highway network – reduces development risk profile.Low estimated operating costs, with lowest estimate of initial CAPEX required to build amongst Athabasca Basin development projects (1).
FISSION URANIUM AKTIE PLUS
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2.5M lbs U 3O 8 of physical uranium held in North American storage facilities – acquired at an average cost of US$29.66/lb U 3O 8, as a long-term investment expected to enhance access to future project financing for Wheeler River.Participating interests in key development-stage assets operated by uranium “majors”, including 22.5% in McClean Lake (Orano), 25.17% in Midwest (Orano), and an effective 15% in Millennium (Cameco) through 50% ownership of JCU (Canada) Exploration Company, Limited.
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“Now several years into Denison’s long-term plan for the advancement of Wheeler River, our Company is uniquely aligned with the improving uranium market, as we continue to successfully demonstrate the potential for the Phoenix deposit to emerge as the first In-Situ Recovery (‘ISR’) uranium mine in the Athabasca Basin region.” ( 2021 Annual Report) “ĭiversified Athabasca Basin Asset Base with Superior Development Leverage STRATEGIC PROJECT PORTFOLIO: David Cates, President and CEO of Denison commented: