Thesis (Ph. D.)--University of Washington, 1999. / Vita. Includes bibliographical references (leaves 224-231).

This thesis investigates the impacts of diagenesis on the Late-Cretaceous Eagle Ford Formation (Fmn) in south-west Texas. This was achieved utilising many techniques such as of outcrop and core analysis, standard petrographic techniques (including cathodoluminescence [CL] and scanning electron microscopy [SEM]), and geochemical analysis (x-ray diffraction [XRD], stable isotope analysis of C and O within inorganic minerals and Rock Eval pyrolysis). The bulk of diagenetic products and textures were identified via petrographic techniques, with geochemical analysis confirming interpretations based on visual observations. This thesis shows the Eagle Ford Fmn is a calcareous, organic-rich mudstone containing eight distinct lithofacies, which have all been directly impacted by burial diagenesis. The Lower Eagle Ford Fmn mainly comprises of dark organic and clay-rich lithofacies which represent a classic source rock with interbedded carbonate rich lithofacies. The Upper Eagle Ford Fmn is organic and clay-poor, with the bulk of lithofacies carbonate dominated and heavily cemented. An initial anoxic, open marine depositional environment which transitions into an oxic deepening environment is inferred during deposition of the Eagle Ford Fmn. Early, microbial derived redox reactions have precipitated authigenic calcite and pyrite within the Eagle Ford Fmn. Authigenic calcite infills and preserves biogenic debris (mainly planktonic and benthic foraminifera), with pyrite framboids post-dating the carbonate cements. Kaolinite infilling biogenic debris is also a common occurrence indicating it is also an early diagenetic product. Smectite is converted to mixed layer I/Sand illite during deep burial processes at similar depths and temperatures to hydrocarbon generation and expulsion. Authigenic quartz cements precipitate within primary porosity and on top of carbonate cements. Chlorite is observed as the last mineral precipitated in the Eagle Ford Fmn, often pseudomorphed from kaolinite within the micritic matrix. Diagenesis has had the greatest impact on porosity distribution in the Eagle Ford Fmn. The organic, clay-rich lithofacies contain little intra/inter-crystalline porosity with the bulk observed as clay-held or organic porosity. Meanwhile the carbonate-rich lithofacies contain mainly intra-crystalline porosity. Concretions are a common feature observed in the Lower Eagle Ford Fmn outcrops. Four concretion types were identified and studied using a variety of petrological and geochemical techniques. Diagenesis plays a major role in all concretions types. However, primary factors such as sea level fluctuation, sediment input and tectonic activity also have key impacts on the formation of concretions.

Thesis (Ph.D.)--Boston University. / The dissertation analyzes the changes in the tragic vision in four of John Ford's plays. The term "tragic vision" refers to a particular view of the nature of the universe and of man. Although a sensed moral order gives meaning to the events, the representation of radical and inevitable evil and the emphasis on suffering suggest a dark universe. Man's potentialities are centered in a sympathetic hero whose greatness enables him to face insoluble moral problems, to endure suffering, and to come to new knowledge. From these elements arise the emotions of pity, fear, and wonder. Preoccupation either with the alleged immorality or with the alleged determinism in Ford's tragedies has until recently prevented a full discussion of their tragic nature. Since the view now widely accepted holds both that the plays are moral and that the characters are not wholly determined, it becomes easier to study the plays as tragedy, but as yet no one has attempted to describe the development of Ford's tragic vision. This effort has not been made perhaps because the chronology of the plays is difficult to determine. On the basis of available evidence and in agreement with a number of critics, the following order of composition is tentatively supposed: 'Tis Pity She's a Whore, Love's Sacrifice, The Broken Heart, and Perkin Warbeck. A study of the tragic vision supports this chronology [TRUNCATED]

Thesis (M.A.)--Memorial University of Newfoundland, 2004. / Bibliography: leaves 141-146.

Thesis (Ph. D.)--University of Wisconsin--Madison, 1968. / Typescript. Vita. eContent provider-neutral record in process. Description based on print version record. Includes bibliography.

Inarguably a major recording act, Tennessee Ernie Ford (1919-1991) sold an estimated 90 million albums worldwide, and charted 17 Top Ten country singles and four Top Ten pop singles over a 35-year recording career. And he played significant - and pioneering - roles in radio and television broadcasting. All the secular-themed studio recordings from the first dozen years in the career of one of the most important crossover acts in the history of American popular music. Five CDs containing 154 tracks and a 120-page book with newly written essays, track-by-track album notes, a discography, label scans, and many rare photographs and illustrations. Early country hits including the chart-topping Mule Train (1949) and Ford's pioneering 'hillbilly boogie' smash The Shotgun Boogie (1950), as well as Ford's first major crossover hit, the 1950 duet (with Kay Starr) I'll Never Be Free. It also includes classics such as Rock City Boogie (with the Dinning Sisters, 1951) and Blackberry Boogie (1952) as well as overlooked delights as the train song Tennessee Local (1952), his 1952 interpretation of Willie Mabon's rhythm and blues hit I Don't Know. This boxed set includes two never-before-released songs (Slow Down and Small World), numerous Ford singles and album tracks not previously reissued on CD, and several rarities, including Ford's 1955 recitations of Davy Crockett tales, as well as Ford's 1958 public service jingles to promote the U. S. Marine Corps 'Toys for Tots' charitable program. / https://dc.etsu.edu/etsu_books/1150/thumbnail.jpg

Thesis (M.S.)--Mississippi State University. Department of Mechanical Engineering. / Title from title screen. Includes bibliographical references.

According to the 2011 Energy Information Agency (EIA) global assessment, Mexico ranks 4th in shale gas resources. The Eagle Ford shale is the formation with the greatest expectation in Mexico given the success it has had in the US and its liquids-rich zone. Accurate estimation of the resource size and future production, as well as the uncertainties associated with them, is critical for the decision-making process of developing shale oil and gas resources. The complexity of the shale reservoirs and high variability in its properties generate large uncertainties in the long-term production and recovery factors of these plays. Another source of uncertainty is the limited production history. Given all these uncertainties, a probabilistic decline-curve analysis approach was chosen for this study, given that it is relatively simple, it enables performing a play-wide assessment with available production data and, more importantly, it quantifies the uncertainty in the resource size. Analog areas in the US Eagle Ford shale were defined based on available geologic information in both the US and Mexico. The Duong model coupled with a Markov Chain Monte Carlo (MCMC) methodology was used to analyze and forecast production of wells located in the previously defined analog sectors in the US Eagle Ford shale. By combining the results of individual-well analyses, a type curve and estimated ultimate recovery (EUR) distribution for each of the defined analog sectors was obtained. These distributions were combined with well-spacing assumptions and sector areas to generate the prospective-resources estimates. Similar probabilistic decline-curve-analysis methodology was used to estimate the reserves and contingent resources of existing wells. As of March 2013, the total prospective resources (P90-P50-P10) for the Eagle Ford shale in Mexico (MX-EFS) are estimated to be 527-1,139-7,268 MMSTB of oil and 17- 37-217 TSCF of gas. To my knowledge, this is the first oil estimate published for this formation in Mexico. The most attractive sectors based on total estimated resources as well as individual-well type curves are located in the southeast of the Burgos Basin and east-west of the Sabinas basin. Because there has been very little development to date, estimates for reserves and contingent resources are much lower than those for prospective resources. Estimated reserves associated with existing wells and corresponding offset well locations are 18,375-34,722-59,667 MMSCF for gas and zero for oil. Estimated contingent resources are 14-64-228 MSTB of oil and 8,526-13,327- 25,983MMSCF of gas. The results of this work should provide a more reliable assessment of the size and uncertainties of the resources in the Mexican Eagle Ford shale than previous estimates obtained with less objective methodologies.

Thesis (M.S.)--University of Michigan, 1970.

Thesis (master's)--University of Michigan, 1973.