In order to accurately determine reservoir connate water saturation using the time-lapse logging data, on the basis of the study of the mud filtrate dynamic invasion process and the dynamic change laws of reservoir parameters around borehole, this study established a logging response equation according to the volumetric element integration method.
Thermal stability study of PGS and CTAB mud was observed up to 100 °C.
They entered a field of mud.
Nevertheless, in the present study the effect of mud specific gravity, mud viscosity, depth, bit diameter, bit rotation, weight on bit completely depends on drilling operations.
Our present understanding of spiralian cell fate specification owes much to studies of the mud snail Ilyanassa.
This research studied the behavior of mud mixtures stabilized with cement and/or lime, to the effects of water.
Four different drilling muds were used in this study: water-based mud, oil-based mud, water-based mud with polymer, and water-based mud with glass beads.
There have been numerous studies on the design of mud pulse generators in which the pressure waves were typically nonsinusoidal.
The rheological properties of mud were studied at normal and elevated temperatures.
In this study, we analyzed the thermodynamic mechanism of mud diapirs and their relationship to the occurrence of gas hydrates based on seismic profiles, mineral identification, sediment thermal conductivity measurements, and other available datasets.
This study presents five complete mitochondrial genomes of mud shrimps, Austinogebia edulis, Upogebia major and Thalassina kelanang of Gebiidea, and Nihonotrypaea thermophilus and Neaxius glyptocercus of Axiidea.
