This paper reviews the thermophysical properties of saline water correlations and data. The key parameters that influence the properties are considered, such as multi-component composition, high salinity, temperature, and pressure. Since the thermodynamic properties are reviewed in part I of the paper, this part (# II) focuses on the thermophysical properties involving viscosity, surface tension, electrical conductivity, thermal conductivity, osmotic coefficient, activity coefficient, and thermal expansivity. The properties are comprehensive to include all saline water types, i.e., brackish water, seawater, high saline water from basins, lakes, produced water from oil and gas hydraulic fracturing, and so on. The correlations are summarized in tabular forms and assessed based on their accuracy against available experimental data. Besides, guidelines for choosing some correlations are also discussed. Since the thermal conductivity has no multi-component model, a novel and straightforward model is proposed with excellent accuracy.

本文综述了盐水的热物理性质与数据的相关性。考虑影响性能的关键参数，例如多组分组成，高盐度，温度和压力。由于热力学性质已在本文的第一部分中进行了概述，因此该部分（第II部分）着重于热物理性质，涉及粘度，表面张力，电导率，热导率，渗透系数，活度系数和热膨胀系数。该属性是全面的，包括所有咸水类型，即咸水，海水，来自盆地，湖泊的高咸水，油气水力压裂产生的采出水等。相关性以表格形式汇总，并根据其相对于可用实验数据的准确性进行评估。除了，还讨论了选择一些相关性的准则。由于热导率没有多组分模型，因此提出了一种新颖且简单的模型，具有很高的精度。