FED:自由能差
在学术科学领域,尤其是化学相关研究中,“Free Energy Difference”(自由能差)是一个常用概念。为便于书写和使用,该术语常缩写为“FED”。这一缩写不仅提升了专业文献的表达效率,也有助于研究人员在交流和记录中保持简洁与准确。
Free Energy Difference具体释义
Free Energy Difference的英文发音
例句
- The Effect of Surface Free Energy Difference(FED) on Ethanol-Steam Mixture Condensation
- 表面自由能差(FED)对乙醇-水混合蒸气冷凝传热特征的影响
- The calculated results indicate that the heat transfer coefficient increases with the surface free energy difference increasing.
- 模拟计算结果表明液固自由能差(FED)越大,越有利于冷凝传热。
- The paper studies the influence of surface free energy difference between condensate and solid surface on condensation heat transfer performance.
- 本文主要研究液固表面自由能差(FED)效应对冷凝传热特性的影响。
- A Study on the Gibbs Free Energy Difference(FED) between Liquid and Solid per Unit Volume
- 固液两相单位体积的吉布斯自由能差(FED)的研究
- A surface free energy difference criterion, i. e. the surface free energy difference between condensate liquid at condensation temperature and solid surface, was proposed to predict whether filmwise or dropwise condensation of a vapor occurs on a solid surface.
- 提出了蒸汽在固体表面上冷凝方式的表面自由能差(FED)判据,即冷凝温度下液体表面自由能与固体表面的表面自由能差(FED)大于33.3mJ·m-2时蒸汽在该表面上呈现滴状冷凝的必要条件。
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