Techniques are demonstrated to evaluate acid stimulation treatments based on chemical analysis of the return fluids.
A design example and corresponding simulation results are demonstrated to evaluate the proposed structures.
In this study, three control structures: thermally coupled configuration, and hybrid configuration with/without pressure-compensated temperature control structures are demonstrated to evaluate the control performance.
In addition, polymerase chain reaction (PCR) based technology has been demonstrated to successfully evaluate specific mRNAs, especially those present in low copy numbers in a small number of cells or in small quantities of tissue, and mRNAs expressed in mixed-cell populations.
The surface wave transmission (SWT) method has been demonstrated to be effective for evaluating surface-breaking or sub-surface defects in concrete structures.
For plate-like concrete structures (deck, slab, wall, etc)., the ultrasonic surface wave (USW) technique has been demonstrated to be effective for evaluating material damages caused by many sources: ASR, DEF, freeze-and-thaw, and corrosion of reinforcing steel (Gucunski et al. 2013).
As well known, the photocurrent response has been demonstrated to be a useful technique for evaluating the separation efficiency of photogenerated electron-hole pairs [16].
However, in recent years, new assays have been developed and evaluated and have been demonstrated to have utility among HIV-infected patients.
Within that study the losses of leg muscle in repeated measurements were demonstrated to be useful to evaluate a nutritional intervention.
(3) The proposed model for the surface wave transmission coefficient is demonstrated to be effective for evaluating the depth of a surface-breaking crack in concrete.
