The experiment results show that there exists a large difference between breakthrough channels and non-breakthrough areas in temperature and oil recovery.
Moreover, the results of the experiments demonstrate that there occurs a large difference between the breakthrough area and non-breakthrough area in terms of temperature and oil production, and the heterogeneity has a great influence on the occurrence of steam breakthrough.
Simulations also suggest the level of radial discretisation within a sorbent pellet is an important aspect of a discretised pellet model to consider when simulating a non-isothermal and non-isobaric breakthrough experiment.
The content of 68Ge in the radiopharmaceutical ranged from a non-detectable breakthrough (two samples) to 34 Bq of 68Ge after addition of 3 μg DOTATATE.
In addition to validating the assumptions and hypotheses regarding non-ideal flow mechanisms encoded in the ZRM, we show that CFD simulations can be used to mechanistically understand and predict non-binding breakthrough curves without need for estimation of any parameters.
In this work, we report the existence of a peculiar type of roll-up caused by thermal effect solely in our multicomponent non-isothermal breakthrough experiments where the light component CO2 was swept off by a pure thermal wave developed from water vapour adsorption.
Non-binding breakthrough data of the radial flow XT140 capsule were also analyzed with different set-ups of the ZRM.
We therefore carried out non-reactive solute breakthrough experiments on 45 topsoil columns sampled from the contrasting soil types found in a 13 km2 agricultural catchment in Sweden.
The columns were analyzed using X-ray CT imaging, together with measures of the degree of preferential transport derived from non-reactive tracer breakthrough curves and measurements of saturated hydraulic conductivity (Ks) and air permeability at the field moisture content (Ka).
Transmitted and reflected microscopy, cathodoluminescence microscopy, Raman spectroscopy, and confocal laser microscopy techniques were used to (1) determine the mineralogy, geochemistry, and pore networks within the sandstone inserted in the RR-MFC, (2) analyze non-reactive tracer breakthrough in two- and (depth-limited) three-dimensions, and (3) characterize multiphase flow.
If proven effective, this would constitute a breakthrough non-operative treatment option for osteoarthritis.
