混溶性
临界点(数学)
热力学
二氧化碳
相(物质)
工作(物理)
二进制系统
三相点
双节的
旋节分解
材料科学
相图
化学
二进制数
物理
数学
聚合物
有机化学
复合材料
数学分析
算术
作者
Sukune Takenouchi,G. C. Kennedy
标识
DOI:10.2475/ajs.262.9.1055
摘要
The system water-carbon dioxide was studied to pressures of 1,600 bars and at temperatures of 110 degrees C to 350 degrees C. Preliminary work was done also up to pressures of 3,000 bars. The critical curve of the system trends toward higher pressures at lower temperatures and departs strongly from the critical point of pure water. At low pressures the CO ~2~ rich phase is the light phase, but at higher pressures this phase is the denser fluid phase. In a natural system of H ~2~ O-CO ~2~ complete miscibility will not exist below 265 degrees C; at higher temperatures a completely mixed super-critical fluid may exist, but at lower temperatures this fluid will segregate into two fluid phases.
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