Analytical Study of Nanomaterials Under High Pressure

Rohit Gupta, Mohit Gupta
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Abstract

Our previous study we extended an equation of state model for second order bulk modulus from recent predicted model and calculated variation of pressure with volume for several nanomaterials. Now we use such a model for few other nanomaterials like, TiO₂ (anatase), Ni (20 nm), CdSe (rock salt phase), AlN (Hexagonal), 3C-SiC (30 nm) and Rb₃C₆₀., compare with some other equation of state for nanomaterials and experimental data. The Microsoft Office software has been used to do the calculations. The studies gives great agreement with other EOS and experimental data. The study must be useful at high pressure when the experimental data are not available. So the given study must we useful at high pressure.
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高压下纳米材料的分析研究
在此之前的研究中,我们从最近的预测模型中扩展了二阶体积模量的状态方程模型,并计算了几种纳米材料的压力随体积的变化。现在我们将这样的模型用于其他一些纳米材料,如tio2(尖锐钛矿)、Ni(20纳米)、CdSe(岩盐相)、AlN(六方)、3C-SiC(30纳米)和Rb₃C₆₀。,与其他纳米材料的状态方程和实验数据进行了比较。使用微软Office软件进行计算。研究结果与其他理论和实验数据基本一致。在没有实验数据的高压环境下,这项研究必须是有用的。因此,给定的研究必须在高压下有效。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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