Denver Bible Institute under the leadership of Clifton L. Fowler

"Denver Bible Institute, founded in 1914, became a Bible College in 1945 and subsequently renamed Rockmont College..."

The Effects of Climate Change on Algae in the Denver Metro Area's Drinking Water Reservoirs

Six Denver metro water reservoirs were sampled to see what types of algae were found, and what impact the algae would have on drinking water reservoirs in the event of a bloom caused by warming water temperatures. Each sample contained algae. Toxic cyanobacteria, filamentous green algae, and different species of diatoms were found in the samples. Current climate change models show the temperature along the Front Range is rising and will continue to rise. With an increase in climate change and an increase in population, humans and animals will be at a greater risk of ingesting or coming into contact with toxic algae.

Denver Water, Policy and Economics

An analysis of the Denver Water Department finds that it is charged with supplying water to over 1.1 million residents in the Denver Metropolitan area. With assets of over $1.2 billion dollars and a governing board of five appointed members who must make policy and financial decisions under unusual circumstances for most water districts. Those circumstances include; Colorado is the only State that has a single source of water, precipitation, State and Federal mandated water compacts that limits water resources further, and Colorado Constitutional mandated appropriation water laws. Combined together these circumstances create a difficult atmosphere for policy making and financial planning. When comparing the Denver Water Board with other water departments around the Country, the Denver Water Department seems to be competent in all areas.

Deletion of the Basement Membrane Heparan Sulfate Proteoglycan Type XVIII Collagen Causes Hypertriglyceridemia in Mice and Humans

Background: Lipoprotein lipase (Lpl) acts on triglyceride-rich lipoproteins in the peripheral circulation, liberating free fatty acids for energy metabolism or storage. This essential enzyme is synthesized in parenchymal cells of adipose tissue, heart, and skeletal muscle and migrates to the luminal side of the vascular endothelium where it acts upon circulating lipoproteins. Prior studies suggested that Lpl is immobilized by way of heparan sulfate proteoglycans on the endothelium, but genetically altering endothelial cell heparan sulfate had no effect on Lpl localization or lipolysis. The objective of this study was to determine if extracellular matrix proteoglycans affect Lpl distribution and triglyceride metabolism. Methods and Findings: We examined mutant mice defective in collagen XVIII (Col18), a heparan sulfate proteoglycan present in vascular basement membranes. Loss of Col18 reduces plasma levels of Lpl enzyme and activity, which results in mild fasting hypertriglyceridemia and diet-induced hyperchylomicronemia. Humans with Knobloch Syndrome caused by a null mutation in the vascular form of Col18 also present lower than normal plasma Lpl mass and activity and exhibit fasting hypertriglyceridemia. Conclusions: This is the first report demonstrating that Lpl presentation on the lumenal side of the endothelium depends on a basement membrane proteoglycan and demonstrates a previously unrecognized phenotype in patients lacking Col18.

Dormer window, Mt. Nebo House

Arched head leadlight window with stained glass feature panes and timber muntins.

NZEB e os novos revestimentos

Dissertação de natureza científica para obtenção do grau de Mestre em Engenharia Civil na Área de Especialização de Edificações

Le Musée de l'Oratoire Saint-Joseph du Mont-Royal : un outil d'évangélisation

Dès les débuts du christianisme, l’Église s’est servie de l’art. Au Moyen âge, en particulier, la décoration des cathédrales (sculptures, fresques vitraux) avait une valeur esthétique, mais plus encore, une valeur didactique. Moyens matériels pour faire la catéchèse, voire évangéliser, les crèches du Musée de l’Oratoire Saint-Joseph du Mont-Royal s’inscrivent dans cette perspective. Tenant compte de cette mission d’évangélisation qui incombe à l’Église et de l’importance que prend de plus en plus le visuel dans la culture et la société actuelles, nous voulons partir de l’exposition des crèches de Noël à l’Oratoire Saint-Joseph, de l’année 2009, pour découvrir en quoi elle pourrait contribuer à l’évangélisation et à la croissance du christianisme et des chrétiens. En effet, les crèches de Noël sont essentiellement œuvre de foi, – non pas liée à la foi de l’auteur mais plutôt à l’effet que cette oeuvre peut avoir sur celui qui la regarde, – dont la dévotion à la sainte Famille. Ce moyen d’évangélisation dans ce monde en mutation où l’art visuel s’est avéré d’une extrême importance convient bien au contexte de la déchristianisation et peut offrir une complémentarité aux méthodes traditionnelles d’évangélisation basées surtout sur le discours. Ils sont complémentaires, dans le sens où il ne s’agit pas de « cheminer à travers villes et villages, prêchant et annonçant la Bonne Nouvelle du Royaume de Dieu » (Lc 8,1) aux personnes qui n’ont pas encore entendu parler du Christ, mais d’éveiller la curiosité chez les visiteurs non-chrétiens (Evangelii Nuntiandi 53), de stimuler l’intérêt à l’égard de la religion chez les non-pratiquants (EN 56) et, de soutenir et approfondir la foi des fidèles. Mots-clés : Christianisme – Église – transmission – évangélisation – éducation de la foi – musée – crèches – Oratoire Saint-Joseph.

Growth and Characterisation of Radio Frequency Magnetron Sputttered Indium Tin Oxide Thin Films

The increasing interest in the interaction of light with electricity and electronically active materials made the materials and techniques for producing semitransparent electrically conducting films particularly attractive. Transparent conductors have found major applications in a number of electronic and optoelectronic devices including resistors, transparent heating elements, antistatic and electromagnetic shield coatings, transparent electrode for solar cells, antireflection coatings, heat reflecting mirrors in glass windows and many other. Tin doped indium oxide (indium tin oxide or ITO) is one of the most commonly used transparent conducting oxides. At present and likely well into the future this material offers best available performance in terms of conductivity and transmittivity combined with excellent environmental stability, reproducibility and good surface morphology. Although partial transparency, with a reduction in conductivity, can be obtained for very thin metallic films, high transparency and simultaneously high conductivity cannot be attained in intrinsic stoichiometric materials. The only way this can be achieved is by creating electron degeneracy in a wide bandgap (Eg > 3eV or more for visible radiation) material by controllably introducing non-stoichiometry and/or appropriate dopants. These conditions can be conveniently met for ITO as well as a number of other materials like Zinc oxide, Cadmium oxide etc. ITO shows interesting and technologically important combination of properties viz high luminous transmittance, high IR reflectance, good electrical conductivity, excellent substrate adherence and chemical inertness. ITO is a key part of solar cells, window coatings, energy efficient buildings, and flat panel displays. In solar cells, ITO can be the transparent, conducting top layer that lets light into the cell to shine the junction and lets electricity flow out. Improving the ITO layer can help improve the solar cell efficiency. A transparent ii conducting oxide is a material with high transparency in a derived part of the spectrum and high electrical conductivity. Beyond these key properties of transparent conducting oxides (TCOs), ITO has a number of other key characteristics. The structure of ITO can be amorphous, crystalline, or mixed, depending on the deposition temperature and atmosphere. The electro-optical properties are a function of the crystallinity of the material. In general, ITO deposited at room temperature is amorphous, and ITO deposited at higher temperatures is crystalline. Depositing at high temperatures is more expensive than at room temperature, and this method may not be compatible with the underlying devices. The main objective of this thesis work is to optimise the growth conditions of Indium tin oxide thin films at low processing temperatures. The films are prepared by radio frequency magnetron sputtering under various deposition conditions. The films are also deposited on to flexible substrates by employing bias sputtering technique. The films thus grown were characterised using different tools. A powder x-ray diffractometer was used to analyse the crystalline nature of the films. The energy dispersive x-ray analysis (EDX) and scanning electron microscopy (SEM) were used for evaluating the composition and morphology of the films. Optical properties were investigated using the UVVIS- NIR spectrophotometer by recording the transmission/absorption spectra. The electrical properties were studied using vander Pauw four probe technique. The plasma generated during the sputtering of the ITO target was analysed using Langmuir probe and optical emission spectral studies.

Harry Clarke e a literatura: da pintura em vitrais à ilustração de livros

Coordenação de Aperfeiçoamento de Pessoal de Nível Superior (CAPES)