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Mild-condition methane conversion with oxygen by an ultrasound-catalysis coupling process. [PDF]
Zhang Y +9 more
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Mineralization of Trifluoromethanesulfonate via Subcritical Hydrothermal Reaction: Reaction Mechanism and Transformation Pathways. [PDF]
Hao S +10 more
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Present Status of Nuclear Calculations of Reactor Design, (I)
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METHOD OF CALCULATION OF FAST TEMPERATURE COEFFICIENTS FOR NUCLEAR REACTORS
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Hydrostatic calculation of a nuclear reactor cooling system
Atomic Energy, 1967I. S. Kochenov, O. Yu. Novosel'skii
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2014
The most fundamental evaluation quantity of the nuclear design calculation is the effective multiplication factor (k eff ) and neutron flux distribution. The excess reactivity, control rod worth, reactivity coefficient, power distribution, etc. are undoubtedly inseparable from the nuclear design calculation. Some quantities among them can be derived by
Keisuke Okumura +2 more
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The most fundamental evaluation quantity of the nuclear design calculation is the effective multiplication factor (k eff ) and neutron flux distribution. The excess reactivity, control rod worth, reactivity coefficient, power distribution, etc. are undoubtedly inseparable from the nuclear design calculation. Some quantities among them can be derived by
Keisuke Okumura +2 more
openaire +1 more source
A Nested FGMRES Method for Parallel Calculation of Nuclear Reactor Transients
Journal of Scientific Computing, 1998A semi-iterative method based on a nested application of flexible generalized minimum residual (FGMRES) is developed to solve the linear systems resulting from the application of the discretized two-phase hydrodynamics equations to nuclear reactor transient problems.
Raghunandan Janardhan, Thomas J. Downar
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Some methods for calculation of perturbations in nuclear reactors
Physics of Atomic Nuclei, 2015Some methods for calculation of local perturbations of neutron fields and reactivity effects accompanying them are considered. Existence, uniqueness, properties and methods for finding solutions to the considered problems are discussed.
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Nuclear safety calculations for heatpipe power system reactors
AIP Conference Proceedings, 2002Misperceptions continue to exist about the safety of space nuclear systems—both with reactors and radioisotope systems. Frequently engineers do not bother to sufficiently explain the risk, because it is obvious to them that the risks are inconsequential and that their time can be spent in more productive ways.
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