This paper introduces the experimental method of using mass transfer systems for heat transfer studies based on the analogy between heat and mass transfer. The copper electroplating system, composed of copper electrodes submerged in an aqueous solution of H₂SO₄ and CuSO₄, is employed as the mass transfer system. The cupric ions transferred from anode to cathode simulate heat transfer. Applications of the experimental method are presented regarding the natural convection of the oxide pool in the IVR-ERVC (In-Vessel Retention and External Reactor Vessel Cooling) and the highly buoyant mixed convective flow conditions of the RCCS (Reactor Cavity Cooling System). The experimental method is extended to two phase flows using the reduced hydrogen at the cathode simulating the vapor bubbles. Some experiments simulating the CHF (Critical Heat Flux) problems are introduced. The paper aims at introducing the analogy experimental methodology as the preliminary quantitative experimental tools.

本文基于传热与传质之间的类比，介绍了使用传质系统进行传热研究的实验方法。铜电镀系统，由浸在H ₂ SO ₄和CuSO ₄水溶液中的铜电极组成用作传质系统。从阳极转移到阴极的铜离子模拟了热传递。介绍了有关IVR-ERVC（容器内滞留和外部反应堆容器冷却）中氧化物池的自然对流以及RCCS（反应腔冷却系统）的高浮力混合对流流动条件的实验方法的应用。实验方法扩展到两相流，使用阴极处还原的氢气模拟蒸汽气泡。介绍了一些模拟CHF（临界热通量）问题的实验。本文旨在介绍类比实验方法作为初步的定量实验工具。