Browsing The University of Oklahoma by Title
Now showing items 28657-28676 of 46639
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Nuclear Magnetic Resonance Study of Nucleic Acid Tertiary Structures
(2011)Ribonucleic acid (RNA) is ubiquitous to all organisms and a molecule that essential to all life forms. RNA is a versatile molecule with numerous cellular functions. With advances in nucleic acid sequencing, researchers ... -
Nuclear spectroscopy of neutron-rich odd-a nuclei.
(1982)The beta decay of the nuclei ('99)Sr, ('145)Cs, and ('147)La have been studied using the gamma-single, gamma multiscale and gamma-gamma coincidence measurements. The activities were produced using the on-line mass separator ... -
The Nuclear Test Ban Treaty, 1963 :
(1970) -
Nucleate and film boiling heat transfer to methane and nitrogen from atmospheric pressure to the critical pressure /
(The University of Oklahoma., 1965) -
Numeracy Predicts Accurate Climate Change Knowledge and Beliefs: A Model of Factors That Influence Biases and Polarization
(2020)Although 97% of experts generally agree that modern global warming is largely caused by human activities, some people hold biased, inaccurate beliefs about the causes of climate change and the strength of the scientific ... -
Numeracy vs. Intelligence: A Model of the Relationship Between Cognitive Abilities and Decision Making
(2018-05)For nearly 150 years, psychological research and theory has documented a link between general intelligence and decision making performance. This suggests that individual differences in decision making (and other life ... -
Numerate people benefit more from regular science reporting: The critical role of scientific reasoning and causal misunderstanding
(2024-05-10)Numerate people tend to make more informed judgments and decisions because they are more risk literate (i.e., better able to evaluate and understand risk). Do numeracy skills also help people understand regular science ... -
Numerical analysis of certain constrained optimization problems in nonlinear mechanics.
(1980)The second problem is concerned with the natural convection of a laminar incompressible Newtonian Fluid in enclosures. Here the divergence-free condition on the velocity field is treated as a constraint. The penalty function ... -
A numerical approach to wet line corrections in stream flow measurements /
(The University of Oklahoma., 1968) -
Numerical Mechanistic Study of In-Situ CO2 EOR – Kinetics and Recovery Performance analysis
(2021-05)The success of supercritical CO2 Enhanced Oil Recovery (EOR) cannot be duplicated if the cost of CO2 transposition and processing becomes prohibitive. Research results of the in-situ CO2 EOR (ICE) approach offered a potential ... -
Numerical Methods for Optimal Trajectory Planning with Aerospace Applications
(2019-05-10)Optimal control theory focuses on finding the inputs that optimize the performance measure of a system subject to differential constraints. Differential game theory focuses on problems involving two separate parties, one ... -
NUMERICAL MODELING AND DIAGNOSTICS OF INTER- AND INTRA-WELL INTERFERENCE IN TIGHT OIL RESERVOIRS: TOWARDS OPTIMAL WELL SPACING DECISIONS
(2019)The main objective of this dissertation is to provide sound understanding and mitigation solutions to the perplexing problem of well interference and its implications on completions design, well-spacing decisions, and ... -
Numerical simulation of heterogeneous fractured gas reservoir systems with turbulence and closure stress effects.
(1982)Although techniques for designing a fracture treatment are available, the intended results of these techniques are often not attained. The evaluation of fracturing treatments on low permeability gas wells is required to ... -
NUMERICAL SIMULATION OF HYDRAULICALLY INDUCED CASING DEFORMATION IN SHALE RESERVOIR
(2018-08)Hydraulic fracturing stimulation is widely conducted to enhance hydrocarbon production in low-permeability reservoirs. However, the massive fracturing can lead to the well failure by compromising well integrity. In this ... -
Numerical simulation of multiphase fluid flow in naturally fractured reservoirs.
(1983)A new mathematical flow model is derived for characterizing the multiphase fluid flow phenomenon in naturally fractured reservoirs. This model treats the reservoir as a double porosity medium consisting of a heterogeneous, ... -
Numerical simulation of nonlinear buoyancy waves in the lower atmosphere.
(1997)A 2D dry incompressible vorticity-stream function model is developed and used to investigate nonlinear buoyancy waves, especially internal solitary waves and related phenomena in the lower atmosphere. Using this model some ... -
NUMERICAL SIMULATION OF THE EFFECTS OF RESERVOIR HETEROGENEITY, FRACTURES, AND MULTI-WELL INTERFERENCE ON PRESSURE TRANSIENT RESPONSES USING MULTISTENCILS FAST MARCHING METHOD
(2017-08-28)Analysis of rate and pressure transient responses of a well in spatially heterogeneous reservoir cannot be performed using conventional well-test analytical equations. An accurate analysis of transient pressure/rate responses ... -
Numerical simulation of transient cuttings transport with foam in horizontal wells
(2013)The use of foam for underbalanced drilling applications is increasing significantly. This is because foam exhibits properties, which are desirable when drilling depleted and low-pressure wells. However, a good knowledge ... -
Numerical simulation study on CO2 injection for enhancing hydrocarbon recovery and sequestration in tight oil formations
(2014)Hydrocarbon resources from unconventional reservoirs, especially tight/shale plays, are changing the North America's energy prospect. Single digit percentage of oil shale recovery with current best practices, leaves a large ... -
Numerical simulations of cyclic storm behavior: Mesocyclogenesis and tornadogenesis.
(2003)Building upon previous work that examined the dynamics and model sensitivity of cyclic mesocyclogenesis, this study uses idealized numerical simulations to investigate the cyclic redevelopment of vertical vortices in ...