Such pressure core-sampling tools have been used since the 1990's; however, during core analyses, the samples were typically exposed to atmospheric conditions.
Conventional core analyses tend to generate inconsistent petrophysical estimates when the physical measurements are performed on different core samples extracted from ultra-tight formations.
Recently, a first attempt to integrate SHARK-X within CMSYS was initiated in order to complement the core analyses with nuclear data uncertainty quantifications.
A depression of 6 10°C in sea surface temperatures is suggested by deep-sea core analyses, but this seems incompatible with terrestrial evidence.
Our results can not only expand the applications of NMR core analyses, but also help to interpret NMR logging data better.
Data from core analyses, such as residual oil saturation and relative permeabilities, are of great importance for proper exploitation of the petroleum resources.
Nevertheless, it is necessary to make sure, using core analyses, that the new fuel cycles do satisfy all the constraints of flux peaking, controllability, coolant void reactivity, etc.
The wettability of a core will have effects on almost all types of core analyses, hereby wettability changes and remaining oil saturation during microbial enhanced oil recovery processes.
Nevertheless, the results of the core analyses after 5884 die casting shots indicate a good performance of CrN/AlN/Al2O3, also in comparison to industrially used coatings.
Recent ice core analyses suggest that the Carrington event of 1859 may have been the largest solar energetic particle event in the past several hundred years.
Software performing the analyses steadily gains functionality, both for the core analyses and for quality control.
