Thesis (M.S.)--University of Wisconsin--Madison, 1954. / Typescript. eContent provider-neutral record in process. Description based on print version record. Includes bibliographical references (leaves 104-110).

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[pt] A presente pesquisa, intitulada A mística como presença de Deus na obra de Fulton Sheen, busca refletir sobre a vida e a obra do bispo americano, filósofo e teólogo, Fulton Sheen (1895-1979), à luz de sua reflexão sobre a mística cristã. Partindo de uma crítica filosófica à religião moderna e ao eclipse de Deus na atualidade, o autor questiona a ausência de Deus e propõe uma releitura do evento Cristo, no mistério de sua encarnação-morte-ressurreição, para fundamentar a definitiva presença de Deus no mundo e na história. A presença de Cristo, segundo Fulton Sheen, tem seu prolongamento no Corpo Místico de Cristo, a Igreja. Assim, a presença histórica do Ser de Cristo, por meio da Igreja, possibilita uma verdadeira experiência mística, não de êxtases, mas de um encontro amoroso, humanizador e deificante. / [en] The present research, entitled Mysticism as the presence of God in the work of Fulton Sheen, seeks to reflect on the life and work of the American bishop, philosopher and theologian, Fulton Sheen (1895-1979), in the light of his reflection on mysticism Christian. Starting from a philosophical critique of modern religion and the current eclipse of God, the author questions the absence of God and proposes a reinterpretation of the Christ event, in the mystery of his incarnation-death-resurrection, to substantiate the definitive presence of God in the world and in history. The presence of Christ, according to Fulton Sheen, has its extension in the Mystical Body of Christ, the Church. Thus, the historical presence of the Being of Christ, through the Church, makes possible a true mystical experience, not of ecstasy, but of a loving, humanizing and deifying encounter.

Interior flat, white latex paint is a common coating applied to walls around the world. Development of a coating with one coat hide capability is a pinnacle achievement for paint formulators as it has the potential to save consumers both time and money. One coat paints already exist on the market, but they are limited in color, coverage, and often have many disclaimers. Work done was part of a project initiated by ChemoursTM Titanium Technologies. The goal of the project presented in this article was to create an interior flat, white latex paint that yields a spread rate of greater than 400 ft2/gal., which is advertised by many below critical pigment volume concentration (CPVC) commercial paints. In order to achieve this goal, an above CPVC paint with a high TiO2 content was created and continuously improved. Improvement of the formulation involved numerous experimental variations including adjustments to the hydroxyethylcellulose (HEC) molecular weight, dispersant chemistry, latex chemistry, TiO2 concentration, extender package, and rheology modifier type. The sheen value, relative light scattering, and spread rate were the main measurements conducted in order to judge formulation improvement. Complications with the spread rate procedure forced its adaptation in order to collect less variable data with the high density, shear thinning formulations. It was found that shorter opacity charts yielded more precise spread rate data than the longer opacity charts. An attempt at correlating rheology with sheen development resulted in the conclusion that the pigment and extender particle package is the greatest driving factor behind sheen reduction. The rheology modifier type and dispersant chemistry did not affect the flatness of the paint nearly as much. A Keyence VR-3000 series One-Shot 3D Measuring Macroscope was used to show that surface roughness does not directly correlate to the sheen value when a number of flat paints with different sheens were analyzed. This project is an ongoing effort and the information contained in this document will substantially help future development.

Crude oil commonly enters freshwater aquatic ecosystems as thin sheens forming on the water surface. Oil contains mixtures of toxic compounds called polycyclic aromatic hydrocarbons (PAHs), some of which are known to be photodynamic, increasing toxicity when combined with ultraviolet radiation. Benthic macroinvertebrate communities are commonly utilized as bioindicators, and as such rely on abundant data in literature concerning benthic macroinvertebrates' relative tolerances to a wide range of pollutants. A series of 10 plastic traps, half of which were filtered from UV radiation, were deployed in an urban pond for 27 days to determine colonization preferences of benthic macroinvertebrates to UV exposure. Results of this in situ experiment indicated that the majority of aquatic insects collected from traps inhabited the UV exposed treatment group, particularly the nonbiting midge, Chironomidae. A series of bioassays were then completed to investigate the sensitivities of a Chironomidae species to thin sheens of crude oil in the presence and absence of UV radiation. All bioassays were conducted using 10 day old Chironomus dilutus larvae cultured in the lab. The series of C. dilutus bioassays were all conducted under the same water quality parameters, temperatures, and oil sheen dosing methods, under a 16:8 photoperiod and exposed to 16 h UV per day. Five replicates (n = 20) were loaded into 350 mL glass crystallizing dishes and exposed to four treatments for 96 hours: no UV/with sheen, with UV/no sheen, both UV and oil sheen, and a control. Three assays with 175 mL water volume were completed, one with no sediment, one with silica sand, and one with fine sand. Sediment type had a significant effect on mortality (p < 0.0001), but significant effects of UV or PAHs were not found. Two more C. dilutus assays were completed with identical parameters as the latter two with sediment, except a decreased water volume of 90 mL was used to bring the sheen closer to sediment. There was a significant effect of PAHs on mortality (p = 0.0003), however, no clear trend showing PAHs driving mortality. Results showed no significant effects of UV, sediment type, or relationship between UV and PAHs. A final bioassay was completed to compare phototoxic effects of PAHs on pelagic organisms with benthic organisms. This bioassay used test species Daphnia magna, for a 48 h exposure period with five replicates (n = 10), 8 h UV exposure and 16:8 photoperiod. All individuals in the control group and UV only group exhibited 0% mortality, and with sheen/with UV treatment group resulted in 100% mortality following the 48 h exposure. The results of the D. magna exposure showed significant effects of PAHs (p < 0.0001), UV (p = 0.037), and photoinduced toxicity (p = 0.024), and were consistent with similar bioassays in the literature. This study suggests that C. dilutus are at low risk to photo-induced oil sheen toxicity.

The work is focused on a life and work of archbishop Fulton J. Sheen and it is divided into three parts. The first part is concerned in bishop's life events and partly in bishop's charakter description. It is completed with american bishop's canonization process report. Second part is decribing literary legacy of bishop Sheen, trying to grasp main emphases in his work, referring on topical komplexity of Sheen's books, depicting author's apologetic writing style. The topic is accomplished with Appendix I. to submit complete Sheen's biography list. The third part is more profound insight into Sheen's christocentric theology which is particularly concerned in Cross, and it also includes further theological insights, biblical quotations and reflexions by several significant theologians. In fact, this part is theological interpretation of Sheen's book Life of Christ.