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...s-index.html Easily understood discussion of the term, both mathematically and in words] ...onventional-reservoirs-part/ Brittleness Index Volume Estimation from Well Logs]

This is the inverse of velocity and is what is displayed on a sonic log, usually in units of μs/ft or μs/m. [[Category:Petrophysics and well logs]]

...top and fault seal], in E. A. Beaumont and N. H. Foster, Exploring for Oil and Gas Traps: [http://store.aapg.org/detail.aspx?id=545 AAPG Treatise in Petro [[Category:Petrophysics and well logs]]

| image = exploring-for-oil-and-gas-traps.png | title = Exploring for Oil and Gas Traps

| image = exploring-for-oil-and-gas-traps.png | title = Exploring for Oil and Gas Traps

...any others. Some approaches are needed to characterize reservoir, by using well log data, the user may be able to calculate: ...many kinds of modern logs, see table 1 for the information about the logs and also their uses.

...nd up-to-date record of nearly all activity related to the drilling of the well. ...ary to allow valid and convenient comparison of log data from well to well and to prevent confusion or misunderstanding over the meaning of a log trace or

...rock plastically. It cannot hold on from shear pressure for a long period and flows until balanced state. ...direction and type of rock. A fracture contain 2 uncommon rock’s surface, and contact each other. Volume between surfaces is called by fracture gap.

| chapter = Lithofacies and environmental analysis of clastic depositional systems ...al environments become important for [[Predicting reservoir system quality and performance|reservoir evaluation]].

...res and emphasizing the fundamental ideas that make LAPs useful, flexible, and powerful tools for development geologists. ...ng wireline traces, [[Overview of routine core analysis|core data]], tops, and test intervals) with the specific depths of their occurrence. Depending on

|Author=Sara Abu Alsaud and Klemens Katterbauer [[file:AlsaudKatterbauerFigure1.jpg|thumb|300px|{{figure number|1}}Cross-well EM Image between three wells.<ref name=Schlumberger_2009>Schlumberger, 2009

...FG02.jpg|Figure 2]]), with four wells dominating production: C1Z, C2, C3Z, and C4, cumulatively producing more than 58 MMSTB (2014). Apart from a small-sc ...be in more detail the Thelma area stratigraphy and the derivation of key [[petrophysics|petrophysical]] parameters, but again, a detailed [[depositional model]] is

...there are three genetic groups of dolostones i.e. syn-genetic, diagenetic and epi-genetic dolostones. ...c matter and or pre-existing detrital dolomites (Lyons et al., 1984; Baker and Burns, 1985).

| chapter = Geology and Economy to De-Risk the Unconventional Vaca Muerta Play, Argentina | author = Daniel Minisini and Fernando Sanchez Ferrer

...lus Gas Play: Its History of Development, Geologic Controls on Production, and Future Potential as a World-class Reservoir | author = W. A. Zagorski, G. R. Wrightstone, and D. C. Bowman

...rowth just like conventional fields. The overall economics of conventional and unconventional systems benefit from the field growth phenomenon. ...ene were first produced in 1971, the Codell in 1981, the Niobrara in 1985, and the Dakota Plainview in 1998. Production occurs from approximately 4000 to

...as (Permian) Super Basin Unconventional Resources: Exploration, Discovery, and Development ...lection, completions, and production first targeting water, then minerals, and finally hydrocarbons stored in conventional reservoirs more directly contri