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A hardwire technique developed for sub-criticality annunciation for PHWR

机译:开发用于PHWR的次临界通告的硬件技术

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“Sub criticality” is a parameter of common interest and usage in reactor operation. A hardwired circuit for real time measurement of sub criticality is presented and it does not involve any data acquisition or estimation technique. The circuit was tested with different test inputs and the outputs were compared against the analytical solutions of reactor kinetic equation for the same. This reactivity meter is made for Indian PHWRs (Pressurized Heavy Water Reactor) for multi-decade operation from 10−8 Full Power to final decade of power operation through 8 and half decades. However it can be tuned to use for any other reactor where flux shape can be considered as stationary. The scheme is very robust as its response to different kinds of test inputs are in very close agreement with analytical solutions. This system will aid reactor operator's confidence and add to plant reliability and maintainability. The aim of this work is to have the system's performance evaluated for multi-decade operation with single group solution, with the innovative electronic technique developed; subsequently the multi-group circuit enhancement is possible.
机译:“子关键性”是反应堆操作中共同兴趣和使用的参数。呈现了用于实时测量子关键性的硬连线电路,并且不涉及任何数据采集或估计技术。用不同的测试输入测试电路,并将输出与反应器动力学方程的分析解进行比较。这种反应性仪表是印度PhWR(加压重水反应器),用于从10 − 8 通过8年半的电力操作的最终电力全部电力。然而,它可以被调整为用于任何其他反应器,其中磁通形状可以被认为是固定的。该方案非常强大,因为它对不同类型的测试输入的响应与分析解决方案非常密切。该系统将帮助反应堆运营商的信心并增加工厂的可靠性和可维护性。这项工作的目的是使系统的性能评估与单组解决方案的多十年操作,开发的创新电子技术;随后,可以进行多组电路增强。

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