Here, a multicomponent adsorption isotherm is presented for CO2 and H2O on K-HTC at 400 °C and 0.5 24 bar partial pressure, that has been derived from integrated experimentally determined breakthrough curves with special attention being given to the high pressure interaction.
We performed multiple injections of a conservative tracer from 26 different locations of the sandbox and interpreted the resulting depth-integrated breakthrough curves (BTCs) at the central pumping well to obtain a scale-dependent distribution of local and field-integrated apparent longitudinal dispersivity (respectively, αlocL and αappL).
Furthermore, the paper reports the process scheme and the mathematical model of the adsorption unit integrated with the HDH, the breakthrough curves and the mass of sorbent needed to carry the novel process.
The solution is expected to lead us to a breakthrough to intelligent agents integrated into the human society as its members.
Personalized precision medicine will integrate the latest breakthroughs in technology and the life sciences with the rediscovered and newly appreciated wisdom of other healing arts and science.
Although proponents of that theory might place Steve Jobs at the top of the innovator list, many would argue that Jobs's ability to integrate existing technological breakthroughs into beautiful, original and user friendly designs is a mark of creative genius.
Integrating the latest breakthroughs in biochemistry, high performance computing, image processing, and computational modelling means enabling remarkable advances in the fields of healthcare, drug discovery, genome research, and so on.
Despite its long-standing discovery, porous silicon (PS) has been attracting a great attention as a breakthrough material with exceptional characteristics for microelectronics, integrated optoelectronics, microelectromechanical systems (MEMS), layer transfer technology, solar and fuel cells, biomedicine, etc.[1].
The proposed conceptual model was integrated within a reactive transport code that accurately predicted the breakthrough profiles observed in multiple column experiments.
This seminal discovery revealed that the two seemingly unrelated fields of RNA processing and chromatin modification could be tightly integrated in key developmental processes, and was accordingly recognized as the "Breakthrough of the Year" for 2002 (Couzin 2002).
