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Ash Sampling Apparatus and Operating Method for Solid fuel reactivity Continuous Measurement under Pressure and Apparatus and Method for Measuring solid fuel reactivity using the same

机译:灰分采样装置和固体燃料反应性的操作方法在压力下的连续测量以及使用该装置的固体燃料反应性的测量方法

摘要

The present invention relates to a batch sampling apparatus for continuous solid fuel reactivity measurement under pressurized conditions, a solid fuel reactivity measurement apparatus using the sampling apparatus, a measurement method, and an analysis system. More particularly, the present invention relates to a batch sampling apparatus for use in a solid fuel reactivity measuring apparatus, comprising: a housing coupled to a lower end of a tubular reactor and having an inner space; A casing connected to one side of the housing and having an inner space communicated with an inner space of the housing; A ash port having a aspiration port connected to the ash collecting section and having a circulating rod provided in the casing inner space; And a pressure blocking means for partitioning the inside of the casing into a pressurizing space and a pressure relieving space in a replace mode, wherein in the replace mode, the ash collecting portion of the ash port is maintained in the high pressure, high temperature state of the reactor, The pressure collecting section is divided into a pressurizing space and a pressure relieving space by the pressure shutoff means, and the pressure shutoff means is opened after the ash in the ash collecting section is opened to open the inside of the housing To a space sampling device for continuous solid fuel reactivity measurement under pressurized conditions.;
机译:间歇采样装置,固体燃料反应性测定装置,测定方法以及分析系统技术领域本发明涉及在加压条件下进行连续的固体燃料反应性测定的间歇采样装置,使用该采样装置的固体燃料反应性测定装置,测定方法以及分析系统。更具体地,本发明涉及一种用于固体燃料反应性测量设备的批量采样设备,其包括:壳体,其连接至管状反应器的下端并具有内部空间;壳体,其连接到壳体的一侧并具有与壳体的内部空间连通的内部空间。一个灰口,该灰口具有一个与排灰部分相连的抽吸口,并在壳体内部空间中设有一个循环杆。以及一种压力阻挡装置,用于在替换模式下将壳体的内部分隔成增压空间和减压空间,其中,在替换模式下,将排灰口的集灰部分保持在高压,高温状态。在反应堆的上部,通过压力切断装置将压力收集部分为加压空间和减压空间,并且在打开集灰部中的灰以打开壳体内部之后,将压力切断装置打开。用于在加压条件下连续测量固体燃料反应性的空间采样装置;

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