Results 81 to 90 of about 12,456 (161)

Lithofacies character and architecture across a Pennsylvanian inner-platform transect (Sierra de Cuera, Asturias, Spain)

, 2002
Seismic-scale outcrops of lower Pennsylvanian steep-margined carbonate platforms in northern Spain (Sierra de Cuera, Cantabrian Mountains) provide the opportunity to link depositional facies to platform-interior architecture.
J. R. Bahamonde, Immenhauser, A.M., Bahamonde, J.R., Bahamonde, Juan R., Della Porta, G.P., Immenhauser, Adrian, A. Immenhauser, G. Della Porta, Della Porta, Giovanna Paola, Kenter, Jeroen A. M., Kenter, J.A.M., J. A. M. Kenter   +11 more
core   +1 more source

Data-driven lithofacies prediction in complex tight sandstone reservoirs: a supervised workflow integrating clustering and classification models

Geomechanics and Geophysics for Geo-Energy and Geo-Resources
Lithofacies identification plays a pivotal role in understanding reservoir heterogeneity and optimizing production in tight sandstone reservoirs. In this study, we propose a novel supervised workflow aimed at accurately predicting lithofacies in complex ...
Muhammad Ali, Peimin Zhu, Ren Jiang, Ma Huolin, Umar Ashraf, Hao Zhang, Wakeel Hussain   +6 more
doaj   +1 more source

Lithofacies Characteristics of Point Bars and Their Control on Incremental Oil Recovery Distribution During Surfactant–Polymer Flooding: A Case Study from the Gudao Oilfield

Energies
Meandering river point bar sand bodies, serving as critical reservoir units, exhibit significant lithofacies heterogeneity that governs remaining oil distribution patterns.
Xilei Liu, Changchun Guo, Qi Chen, Minghao Zhao, Yuming Liu   +4 more
doaj   +1 more source

Lithofacies module methodology for characterizing and modeling clastic hydrocarbon reservoirs. [PDF]

, 1997
The geological framework and concept used in building the reservoir model determine the distribution of reservoir properties that control fluid flow. Reservoir simulation studies at the Gypsy outcrop site show different concepts for defining a reservoir ...
Jiang, Renqi.
core  

Pie charts showing articulation stage representation in each lithofacies.

, 2014
Pie charts showing articulation stage representation in each lithofacies.
James G. Schmitt (534970), Robert W. Boessenecker (103392), Frank A. Perry (534969)   +2 more
core   +1 more source

Lithofacies of Ponikve area (Medvednica Mt.) and their influence on aquifer : master's thesis

, 2013
Na širem području Ponikvi terenskim radom i mikropetrografskom analizom izdvojeno je sedam litofacijesa: L1 - Litofacijes tamnosivih dolomita i dolomitnih breča; L2 - Litofacijes svijetlih kristalastih dolomita i dolomitnih breča, L3 - Litofacijes sivo ...
Kalajžić, Jakov
core   +1 more source

VOLCANIC-DEBRIS-AVALANCHE DEPOSITS IN NEW ZEALAND—LITHOFACIES ORGANIZATION IN UNCONFINED, WET-AVALANCHE FLOWS

, 1991
The lithofacies represent division of the debris-avalanche deposits into megaclast-rich (axial-A) and interclast matrix-rich (axial-B) parts and transformation of the avalanches into lahars (marginal lithofacies).
BRENT V. ALLOWAY, Alloway, Brent, Neall, VE, BETH A. PALMER, VINCENT E. NEALL, Palmer, BA   +5 more
core   +1 more source

Glaciovolcanism at Volcán Sollipulli, southern Chile: lithofacies analysis and interpretation [PDF]

, 2015
Magma–ice–meltwater interactions produce diverse landforms and lithofacies, reflecting the multitude of factors that influence glaciovolcanism, including both magmatic (e.g., composition, eruption rate) and glacial (e.g., ice thickness, thermal regime ...
Mee, Katy, Pyle, David, Laura K. Hobbs, David M. Pyle, Tamsin A. Mather, Gilbert, Jennifer Susan, Hobbs, Laura, Mather, Tamsin, José A. Naranjo, Naranjo, José A., Naranjo, Jos� A., Pyle, David M., Gilbert, Jennie S., Hobbs, Laura K., Katy Mee, Stefan M. Lachowycz, Mather, Tamsin A., Jennie S. Gilbert, Lachowycz, Stefan M.   +18 more
core   +1 more source

Pie charts showing phosphatization stage representation in each lithofacies.

, 2014
Pie charts showing phosphatization stage representation in each lithofacies.
James G. Schmitt (534970), Robert W. Boessenecker (103392), Frank A. Perry (534969)   +2 more
core   +1 more source

Depositional interpretation of lithofacies within the Purisima Formation.

, 2014
(A) lateral relationships of non-bonebed lithofacies, prior to bonebed formation. (B) Seafloor erosion during initial transgression; the massive pebbly sandstone (Spm) lithofacies is interpreted as representing proximal bonebed formation and the massive ...
James G. Schmitt (534970), Robert W. Boessenecker (103392), Frank A. Perry (534969)   +2 more
core   +1 more source