Wave Propagation, Flow and Phase Changes in Liquid-Vapor Systems

研究将继续对相变现象下 四阶流体中的强非平衡条件。 它们的特征在于高分子量的 重量和热容量。 冲击波和膨胀波 在一定条件下，这些现象可以被逆转。 什么是正常的。 调查主要是 实验，辅以理论建模。 是 重点讨论了液化冲击厚度，并进一步详细介绍了 膨胀冲击和自旋相变。 测试流体 是异辛烷 这项研究对未来的燃油喷射有应用价值 用于产生更完全的燃料汽化的系统 燃烧室

Research is to be continued on phase change phenomena under strongly non-equilibrium conditions in tetrograde fluids. These are characterized by a combination of high molecular weight and heat capacity. Shock wave and expansion wave phenomena can then, under certain conditions, be reverse from what is accepted as normal. The investigation is mainly experimental, complemented with theoretical modeling. It is focused on liquefaction shock thickness, and futher details of expansion shocks and spinoidal phase changes. The test fluid will be iso-octane. This research has applications to future fuel injection systems for producing more complete fuel vaporization in the combustion chamber.