TF：转移分数

“转移分数”（Transfer Fraction）在学术和工程领域常被简称为“TF”，以方便快速记录和应用。该术语广泛用于跨学科或未明确分类的文献及技术文档中，用于描述比例转移或分配关系的数值指标，有助于提升信息表达的简洁性和操作性。

Through the experiment, the profiles of the boiling heat transfer coefficient changing with dryness fraction at different mass flux and different heat flux have been obtained.
实验得到了在不同质量流密度和热流密度下窄缝流道中的沸腾传热系数随干度变化的分布。
Based on the impulse response data of system, the newton iterative identification algorithm was presented to estimate parameters of transfer function models with rational fraction.
基于系统的脉冲响应数据，推导了有理分式的传递函数模型的牛顿迭代辨识算法。
From the results of heat transfer model, generally used critical solid fraction and limit solid fraction, the soft reduction zone was obtained.
结合传热模型计算的温度分布和普遍使用的临界固相率、极限固相率，得出了轻压下的压下区域。
The key factors affecting the heat transfer enhancement are Reynolds number and volumetric fraction of micro-capsule, and the influence of Stefan number is negligible.
影响传热强化的主要因素为雷诺数及微胶囊的体积分数，斯蒂芬数的影响很小，可以忽略不计。
A simplified heat transfer model was used to calculate the volume fraction of the primary IQC, and calculation results were compared with the experimental measurements.
采用简化的传热物理模型，模拟计算了初生准晶I相的体积分数，并与实验测定值进行了比较和分析。

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