The study of liquid sloshing with a free surface in a container is essential for nuclear reactor engineering.

The burnup calculation is one of most important tasks for reactor engineering design and research.

燃耗计算是反应堆工程设计与研究的重要任务之一。

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Because of the existence of air gap between different parts of steel cores of reactor, there is edge effect in the magnetic field around the air gap.

由于电抗器两段铁心之间存在气隙，在气隙周边位置的磁场存在边缘效应。

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Reaction may take place in the center of the reactor if reasonable structure and gas inlet condition are adopted. Accordingly, the possibility of scale deposition may be reduced. In the meantime, a new way of designing oxidation reactor using aerosol dynamics model is presented.

认为结构与气体入口状况决定流场和浓度场，采用合理的结构与气体进口条件可以使反应在反应器中心进行，从而减少结疤的可能性，并提出采用气溶胶动力学模型来设计氧化反应器的思路。

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Sludge inflation experiment under different flow rate ( the influence of flow rate, flow velocity out of the water distributing device, the distance between water distributing pipe and reactor bottom and the dynamics condition for the restarting of hydrolytic device are researched)

污泥在不同上升流速下的膨胀实验（研究上升流速、布水管口流速及布水管离反应器底距离对污泥膨胀的影响）；

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Using monod equation built mathematical model describing organic compound degradation in reactor and measured its dynamics parameters.

引入莫诺特方程建立了反应器基质降解的数学模型，并测出其动力学参数。

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Fluidised bed reactor can provide a dynamics environment for the reaction of solid state materials.

流化炉反应器在固相反应中，可以提供一个动态的反应环境。

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The high-concentrated organic soybean wastewater was treated by SBR in order to get the draft parameter of the reactor. The dynamics of substrate removal and the removal of nitrogen was studied in SBR.

用SBR法处理高浓度豆制品废水，确定反应器的工艺参数，对基质降解动力学以及脱氮效果进行研究。

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A Mechanism Investigation of Core Melting in Nuclear Reactor Using Molecular Dynamics Method

用分子动力学方法研究反应堆堆芯熔化机理

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The modeling problem of PWR nuclear power station core is expound, critical reactor neutron dynamics model, temperature effect neutron dynamics model and core transfer of heat model is built up apply to microcomputer artificial nuclear power station.

阐述了PWR核电站堆芯的模型化问题，建立了适用于微机仿真的核电站的临界堆中子动力学模型、温度效应中子动力学模型和堆芯热传递模型。

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The results show that the reduced bilinear model developed can approximate the reactor dynamics more accurately than the linear one over a much wider range around the operating state.

结果表明，这样产生的双线性模型能此线性近似模型在较宽的工作范围内精确地近似反应器的动态特性。

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The Application of the Reactor Dynamics System Demonstrates in Physical Demonstration Experiment Teaching

试探Reactor动力学系统在物理演示实验中的应用

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Low-lactose milk was prepared by the immobilized lactase in the packed-bed reactor. When dilution rate was controlled at 0.5 h~ (-1), lactose hydrolysis achieved 70%.

用固定化乳糖酶水解牛奶中的乳糖制备低乳糖牛奶，稀释速率控制在0.67h~（-1），乳糖水解率达到70%以上。

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It is shown that the γ ray shielding is a very important problem for the fusion-fission hybrid reactor design.

结果表明：γ屏蔽对于聚变-裂变混合堆的设计是个非常重要的问题。

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Rotary new reactor design of the structure of the district used effectively to avoid leakage of gas, reduce accidents and compact.

新型回转式反应器的结构采用分区设计，有效避免再生气体的泄漏，减小安全事故，且结构紧凑。

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The control procedure of polyester condensation rate played a critical role in the optimization of polyester condensation process and reactor design.

强调聚酯缩聚过程速率控制步骤的判定对聚酯缩聚工艺和反应器设计的优化起关键作用。

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After profound studying the kinetics ( including macro and intrinsic), the principle for synthesis reactor design was determined.

对反应的动力学（包括宏观动力学及微观动力学）进行深入的研究，初步确定反应器设计原则。

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And the influence of the reactor design and superficial gas velocity on fluid circulation in the reactor was tested.

并且，在不同尺寸反应器中表观气速与液体流速的关系能够测出来。

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The reactor design principle and pilot tests for the treatment of cotton slurry black liquor by wet air oxidation

湿式氧化法治理棉浆黑液中试及反应器工艺设计原理

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Catalytic combustion is not so constrained and can offer fewer limitations on reactor design.

催化燃烧无如此严格，且在设计燃烧时几乎无限制。

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Conclusion Higher current efficiency and lower energy consumption can be achieved through the optimization of reactor design and operation parameters.

结论通过优化电解工艺可显著提高电流效率并降低能耗，进一步结合电解过程操作参数进行优化筛选，可以达到更好的效果。

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