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...d-lateral-seismic-resolution-and-attenuation_fig2.png|{{figure number|2}}A 1.5-octave zero-phase wavelet passing frequencies between 14 and 65 Hz that pas ...id line) and time thickness (dashed for observed, dotted for actual) for a 1.5-octave wavelet reflected from the wedge.

...::1.5 ft]] for short radius horizontal wells to greater than [[length::400 ft]] for vertical holes. ! Inner Barrel || Core Length (ft) || Special Features

...uses the fracture to extend from the wellbore, and this growth in fracture length is accompanied by an increase in fracture width at the wellbore and proport ...ft]] in a tectonically relaxed area with a terrastatic gradient of 1.0 psi/ft of depth. In such a shallow well, the overburden stress can be overcome mor

...opach contours are [[length::10 ft]] (3 m); the scale bar is [[depth::3000 ft]] (1000 m). ...Breaks 160-161 minibasin. Depositional water depths exceeded [[depth::1000 ft]] (320 m) (upper bathyal), suggesting transport was by gravity-flow process

===Length of test interval=== The length of the test interval should be short so that less mud will be displaced fro

...of keeping it substantially within the reservoir target until the desired length of horizontal penetration is reached ([[:File:M91Figure161.JPG|Figure 1]]). At very high angles, if the top reservoir is 15 m (49 ft) deeper than predicted, the target will be penetrated much later than plann

...of keeping it substantially within the reservoir target until the desired length of horizontal penetration is reached ([[:file:M91Figure161.JPG|Figure 1]]). At very high angles, if the top reservoir is 15 m (49 ft) deeper than predicted, the target will be penetrated much later than plann

...media are density, viscosity, surface tension, bazaar properties, fracture length, fractured wall roughness, and tilt degree. First thing that must be known ...a role. Saturation is given in varying conditions of flow by counting the length of time or the time of trial.

...ments (Monicard, 1980). Vertical core plugs may also be cut every 1.5 m (5 ft) for example. On occasions, large pieces of full-diameter core are used for ...rements are complete. It will be cut into three vertical sections down the length of the core. The middle slab is kept as a reference core for further study

...mean undiscovered, technically recoverable natural gas liquids resource of 1.5 billion bbls in continuous-type accumulations in the Marcellus Shale. The e ...estern Pennsylvania was drilled a record-breaking lateral length of 20,060 ft (Boyer, 2021, Gough, 2020). The organic-rich, high gamma ray portion of the

...itheater, north of I-70, east-central Utah (corresponding to parasequences 1.5 and 1.6 of Deveugle et al.<ref name=Dvgl2011>Deveugle, P. E. K., M. D. Jack ...a volume smaller than most reservoirs (500 × 500 × 25 m [1640 × 1640 × 82 ft]). Sech et al.<ref name=Sch09 /> used a surface-based modeling approach to

...akota Plainview in 1998. Production occurs from approximately 4000 to 8500 ft below the surface across the field. Reservoir quality in the various horizo ...the Pierre Shale. Total source rock thickness in Wattenberg is 200 to 250 ft (>2 wt.% TOC). The source beds are dominantly Type II with some Type III ke

...al tests on the well above the interval from 1379.2 to 1437.1 m (4525–4715 ft) yielded 24.6 m3/day (155 bbl/day) of 17deg API oil and 481.4 m3/day (17 mc ...hereas free oil yields (S1) are high (as much as 0.0108 m3/m3 or 80 bbl/ac-ft), there is also a very high remaining generation potential (S2) indicative

For a given length of time, prodelta deposits are thicker (because of high sedimentation) than ...sup> cu m of total sand accumulation. Tidal ridges average roughly 2 km in length and 300 m in width, with crests emergent or near the surface at low tide. A