aragog/data/1TPa-dK09-elec-free/temperature

The material properties shown here are computed in temperature space using the RTpress EOS developed by Wolf and Bower (2018). These correspond to the irregular grids from the original Aragog repository. This high P–T EOS applies a generalized Rosenfeld–Tarazona model as a thermal perturbation to isothermal and adiabatic reference compression curves, resulting in a thermodynamically consistent formulation. RTpress remains accurate over a wide P-T range and depends on a limited number of physical parameters, which are calibrated from experimental or simulation data. In this case, we use their parameterization for MgSiO₃ melt, representing a rocky mantle composition up to 1TPa.本文展示的材料属性，是基于Wolf与Bower于2018年开发的RTpress状态方程（Equation of State, EOS）在温度空间中计算得到的。这些属性对应原始Aragog存储库中的不规则网格数据。该高压高温状态方程将广义Rosenfeld-Tarazona模型作为热微扰项，应用于等温与绝热参考压缩曲线，最终得到热力学自洽的公式形式。RTpress在宽广的压力-温度（Pressure-Temperature, P-T）区间内均保持较高精度，且仅依赖少量物理参数，这些参数可通过实验或模拟数据校准得到。本研究采用其针对MgSiO₃熔体的参数化方案，该方案可表征高达1太帕（Terapascal, TPa）范围内的岩质幔层成分。