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...he pores. Narrower capillaries, pores with smaller pore throats, hold onto water the strongest. * h is the height above the free-water level.

==Type of water flushes== ...-system-quality-and-performance_fig9-48.png|300px|thumb|{{figure number|1}}Water movement processes. After Galloway<ref name=ch09r19 /> and Harrison & Tempe

...ergy settings and show poor reservoir quality. They usually formed in deep water and restricted settings where the current is not strong enough to winnow aw * Subdividing organically-bound rocks (boundstones).

...rvoirs behave. Physical processes also control the distribution of oil and water in a reservoir, and an understanding of these will help the production geol ...rains, and hydrocarbons occupy the central parts of the pore space. Moving water will displace the oil from the center of the pores (from Clark et al).<ref>

...e tools#Density|density]] logs is ''total porosity'', which includes bound water associated with clays, microporosity, and porosity from fractures and isola * [[Oilfield water analysis]]

...gated during measurement. “Varies as a function of height above the [[free water level]].) (After Chatzis et al.<ref name=pt05r33>Chatzis, I., N. R. Morrow, ...es plus the volume of all bound water in excess of the volume of a film of water, two molecules thick, retained by smectite. Keelan<ref name=pt05r92 /> repo

* ''Natural fractures''. Soluble uranium in pore water often precipitates on open fractures, so thin intervals with high uranium c .... (For more details on SP shale and sand baselines, see [[Determination of water resistivity]].)

...ter-simulated stacking pattern of stratal units within an [[unconformity]]-bound depositional sequence. After Vail.<ref name=ch04r99>Vail, P. R., 1987, [htt ...omputer-simulated stacking pattern of stratal units within an unconformity-bound depositional sequence. Modified from Haq et al.;<ref name=Haq1988>Haq, B.,

...order to map [[porosity]], [[Interpreting Sw distribution in a reservoir| water saturation]], and [[permeability]]. ...s depend upon the relief of the shelf margin and the nature of the shallow water portion of the margin.<ref name=pt06r87>Mcllreath, I. A., James, N. P., 198

# water saturation (Sw) ...e used in reservoir characterization, they are petrophysics (shale volume, water saturation, permeability, etc.) which are more geology-like and rock physic

.... D. Winn, Jr., and J. M. Armentrout, eds., Turbidites and Associated Deep-Water Facies: WEPM Core Workshop 20, p. 1–23.</ref> ...tructural elements that define the East Breaks 160-161 minibasin, which is bound on the north by fault A, on the east by faults B and C, and on the south by

...tructural elements that define the East Breaks 160-161 minibasin, which is bound on the north by fault A, on the east by faults B and C, and on the south by ...assemblage|biofacies]] boundary [approximately [[length::600 ft]] (200 m) water depth]. Thus, they are downslope from the shelf/slope inflection and below

...d properties''', which include density, gas to oil ratio, [[API gravity]], water resistivity and salinity, temperature, and pressure ...from the wellbore, which is used for correlation and the determination of water saturation. The ''lithology and porosity'' devices are used to determine bo

...otential toxic chemicals in foods, quantitation of organic contaminants in water, and analysis of petroleum products during oil processing. * Ion exchange chromatography is used in the purification of water where the positively charged ions are replaced by hydrogen ions, and the ne

...ons are used to prevent surface models from projecting through faults that bound them and to merge faults that intersect one another properly ([[:file:using SW = water saturation, which is a model or constant representing the average water saturation. <br>

...carbons; serve as hydrocarbon source, reservoir, and seal; and host strata-bound resources. Advancing technology has provided access to the vast energy reso ...f>Schieber, J., 1994, Evidence for episodic high energy events and shallow water deposition in the Chattanooga Shale, Devonian, central Tennessee, USA: Sedi

...linoforms and records incremental growth of a mouth bar because of varying water and sediment discharge through the feeder distributary channel. Deveugle et ...ibutions from which the geometry or spatial arrangement of clinoforms that bound mouth-bar clinothems (sensu Bhattacharya<ref name=Bhttchry2006 />), or a tr

...H up to 8. As most processed foodstuffs are acidic, the intake of alkaline water will raise the alkalinity of the body leading to increased longevity. Kaoli ...of contaminants, potentially harmful but naturally occurring materials in water, soil, air, food and animal tissue;

...’in’’ D. A. V. Stow and D. J. W. Piper, eds., Fine-grained sediments: Deep-water processes and facies: Geological Society (London) Special Publication 15, p ...into (1) sediment provenance, (2) proximity to sediment supply points, (3) water column energy level, and (4) rock properties such as porosity and permeabil

...g, subsurface data collection, completions, and production first targeting water, then minerals, and finally hydrocarbons stored in conventional reservoirs ...g, subsurface data collection, completions, and production first targeting water, then minerals, and finally hydrocarbons stored in conventional reservoirs