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Taylor-Series Expansion with Generalized Perturbation Theory for Peak Power Investigations

机译:具有广义微扰理论的Taylor系列展开用于峰值功率调查

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Generalized perturbation theory (GPT) is often used to calculate the influence on integral reactor performance parameters of design and cross section changes, and to determine integral parameter uncertainties. A Taylor series expansion method with GPT has recently been proposed to treat such shifts explicitly. Cacuci has also developed a theory involving Gateaux-differentials to investigate response maxima. The purpose of the work reported in this summary is to investigate the appropriateness of the Taylor-series GPT approach for peak power investigations in a heterogeneous LMFBR core. The Taylor series approach involves application of GPT to functionals involving derivative operators, and has the advantage that it can be applied directly to GPT production codes without further programming of these codes.

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