The fuel cycle model is one of the most important problem in the concept design of Thorium Advanced CANDU Reactor(TACR).
在钍基先进CANDU堆的概念设计中， 钍燃料的循环利用方式是一重要问题。
Under the premise of enough analyzing the distribution of temperature in the reactor, this paper suggest the concept of reactive area and elementally confirm the shape and boundary of its.
在比较充分的分析了反应器内温度分布的前提下，本论文提出了反应区的概念并初步确定了反应区的形状和边界。
On the concept of energy process control in EAF, three subsidiary control system, which are saturation reactor control, oxygen jet control and energy demanding control, are introduced.
在提出电弧炉能量过程控制概念的基础上，论述了其控制过程的三个子系统控制：饱和电抗器控制、喷氧和后燃烧控制、能源需求控制。
Through the detail study of the flow pattern in the transition of the reactor, the concept of suspended bed reactor had been developed.
进而对生物颗粒沉降、悬浮床反应器膨胀率等基本特性进行了数学模型的研究，并通过实验予以验证。
In this work, a tight pitch lattice and mixed fuel assemblies pressured heavy water reactor concept was investigated.
在这项工作中，一种紧沟天窗与混合燃料集束压力重水反应堆的概念被调研。
Based on the preliminary design of fusion reactor, aiming at the outline of solid blanket design, an advanced helium cooled solid blanket concept was developed.
在聚变堆初步概念设计的基础上，针对固态包层设计路线，提出了一个先进的氦冷固态包层概念。
Specially designed internals were used in a novel two-stage internal-loop airlift reactor to effectively decrease liquid backmixing by analogy with the tanks-in-series concept.
基于多釜串联可以有效减小返混的原理，通过引入特殊设计的级间构件构建了一种新型的两级内环流反应器。
Specially designed internals were used in a novel two-stage internal-loop airlift reactor to effectively decrease liquid backmixing by analogy with the tanks-in-series concept.
基于多釜串联可以有效减小返混的原理，通过引入特殊设计的级间构件构建了一种新型的两级内环流反应器。
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