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May 28, 2026Journal of Salt Lake ResearchOpen Access

Dataset and Prediction Model Construction of Melting Enthalpy of Binary Molten Salt Systems and Their Performance Research

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Authors

JLJisheng LiJSJinfang ShanJGJinxian GUO

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Overview

Research develops prediction models for melting enthalpy in binary molten salt systems, highlighting accuracy variance.

Key Points

  • The study aims to construct and evaluate prediction models for the melting enthalpy of binary molten salt systems.
  • Collected experimental data on melting enthalpy for binary molten salt systems including chlorides, nitrates, and carbonates.
  • Developed four empirical prediction models: logarithmic, linear additive, fractional, and power exponential.
  • Compared predicted and experimental values to calculate prediction errors.
  • Model III (fractional form) achieved the best accuracy with an average absolute relative error of only 0.07.
  • Prediction accuracy was higher in chloride and carbonate systems compared to nitrate systems.
  • Model I showed the next best prediction performance, while Models II and IV had greater prediction errors.

Cite This Study

Li et al. (2026) studied this question.

synapsesocial.com/papers/6a17dbe93fad632b0f9d8904https://doi.org/10.3724/j.yhyj.2025101
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