This paper proposes a rapid tritium accounting method that will enhance the tritium accountability of a tritium storage and delivery system (SDS) with in-bed calorimetry. We derive an accounting model with validation of assumptions based on the law of Newton’s cooling. The characteristics of the accounting model enable rapid accounting by instantly measuring the temperature gradient of a tritium storage bed in natural cooling. We validate the accounting method with experiments that demonstrate a good trackability for tritium inventory in the storage bed. Further research with a dedicated design for the proposed method is necessary to improve the rapidity and accuracy of the SDS.

中文翻译：

---

基于温度梯度的for储运系统快速accounting核算方法：实验解释

本文提出了一种快速的accounting会计方法，该方法将通过床内量热法增强enhance存储和运输系统（SDS）的tri责任。我们基于牛顿冷却定律推导了一个假设验证的会计模型。核算模型的特性可通过在自然冷却中立即测量a存储床的温度梯度来实现快速核算。我们通过实验验证了核算方法，该实验证明了储存床中tri的良好可追踪性。为了提高SDS的速度和准确性，有必要对提出的方法进行专门设计的进一步研究。