Supercritical application

High Pressure Chemistry - Synthetic, Mechanistic, and Supercritical Applications , Eds. van Eldik, R. Klarner, F.-G. Wiley-VCH Weinheim, 2002. 

Swaddle, T. W. In High Pressure Chemistry Synthetic Mechanistic and Supercritical Applications, van Eldik, R. Klamer, F. -G. Ed. Wiley-VCH Heidelberg, 2002, Chapter 5. 

High Pressure Chemistry. Synthetic, Mechanistic and Supercritical Applications , R van Eldik and F.-G. Klamer, Eds., (Wiley-VCH, Weinheim, 2002). 

Synthetic, Mechanistic, and Supercritical Applications Edited by Rudi van Eldik and Frank-Cerrit Klamer WILEY-VCH Verlag GmbH, 2002... 

To adapt equipment to supercritical applications, it is only necessary to provide an independent means for controlling the internal pressure of the system. Such systems are available as adaptations of commercial GC or HPLC instrument designs. 

CO2 is non-combustible and non-toxic in contrast to most of the organic solvents suitable for supercritical applications... 

The macroscopic dense gas modeling approaches include van der Waals family of equation of states, virial family of equation of states, and non-classical approaches. The mo-lecular/theoretical approaches and considerations contribute not only to more comprehensive models but also provide insight bringing forth sound parameters/terms to the macroscopic models. Computer simulation (molecular) can also be used to directly compute phase behavior wifli some success. The virial family of equation of states finds limited use in supercritical applications due to the necessity for a large number of terms and... 

Several process design calculations [64, 65] have shown that polymer processes based on SCCO2 technology can be economically feasible, depending on the value of the product and the process conditions. Moreover, further developments will reduce costs of supercritical application substantially. It is expected that the major application of supercritical carbon dioxide will first be in the food... 

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