Abstract Based on our experience of spectral dielectric measurements and our literary knowledge, we simulate a medium with the properties of liquid water. The medium under consideration is a dense gas of particles in the form of solid spheres of two types—possessing either a dipole moment of a water molecule (1.84 D) or an elementary charge (1.6 * 10−19 C). Particles are bonded via ion-dipole interaction; they generate thermal collisions and undergo a proton exchange during the collision, i.e., interconvert. We show that the selected dielectric, transport and thermodynamic properties of the medium are close to those measured experimentally for liquid water.

中文翻译：

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具有液态水特性的偶极离子模型介质

摘要 基于我们在光谱介电测量方面的经验和我们的文学知识，我们模拟了一种具有液态水特性的介质。所考虑的介质是两种类型的固体球体形式的致密粒子气体 - 具有水分子的偶极矩 (1.84 D) 或基本电荷 (1.6 * 10-19 C)。粒子通过离子-偶极相互作用结合；它们产生热碰撞并在碰撞过程中进行质子交换，即相互转化。我们表明，介质的选定介电、传输和热力学特性与液态水的实验测量值接近。