The Public Reading of Scripture as Integral for Biblical Development

The purpose of this Doctor of Ministry project is to show the impact the public reading of Scripture in worship has on spiritually developing the people of God, and by further showing whether public Scripture reading will enhance biblical literacy, spiritual development and a change of perception relating to Scripture’s role in worship. Despite the surge of worship practices in the contemporary evangelical church designed to attract people to the worship service, and practices which seek to develop spiritual growth, the actual biblical mandated practice of the public reading of Scripture as one method for developing individuals is negligible in evangelical churches. This project researched and implemented embraces the premise that a return to the public reading of Scripture in worship is primary to the spiritual development of the people of God. The thesis project investigates this hypothesis and provides the results that a return by pastors and church leaders to the practice of the public reading of Scripture in worship will assist members in developing a walk with God which shows spiritual growth and development

Bound together : being-with gay and lesbian leather communities and visual cultures, 1966-1984

textBound Together elucidates how gay and lesbian leather communities, in the years between 1966 and 1984, contested and expanded fungible notions of sex, community, and history, mostly through material and visual cultural systems: dress codes such as the hanky code, architectural spaces (bars, bathhouses, private clubs), garments, posters, advertisements, newsletters, films, and performances. In examining visual and material cultures, procedures of archival research, as well as the physical states of key archives associated with historic gay and lesbian leather communities, this dissertation opens out a discussion of a set of visual documents and terms rarely considered within the discipline of art history, or academia at large. Through rigorous rhetorical experimentation Bound Together seeks to propose new ways of writing histories. Long and short chapters are interpolated, telescoping between historical leather communities and key works of contemporary art which reformat 1970s documents and visual sources. Jean Luc-Nancy’s conception of “being-with,” a state of coterminous existence that lies at the foundation of being and subjecthood, provides an ideal framework for coming to terms with the challenges of writing leather histories. Nancy’s notion is one that privileges mutual and relational difference. The structure of Bound Together works similarly, building a set of differential modes of viewing, analyzing and writing. In this way I wish to, in the words of Tilottama Rajan, use “history as the condition for an internal distanciation and for self-reflection on what we do,” and to furthermore present alternatives to a discipline’s often “routinized, even commodified […] repeatable techniques.”Art Histor

Study of the Effect of Three Linseed Oil Emulsions on Seedling Emergence and Yield of Certain Crops

Horticultur

Reviews

Reviews of Wage-fixing (Stagflation Volume 1), Is Knowledge Power?, Trade Unions: The Logic of Collective Action, Strikes in Australia: A Sociological Analysis of Industrial Conflict, No Free Lunc

Determination of average refractive index of spin coated DCG films for HOE fabrication

The refractive index of holographic emulsions is an important parameter needed for designing holographic optical elements (HOE's). Theoretical calculations of the accuracy required for the refractive index and thickness of emulsions needed to meet predetermined Bragg angle conditions are presented. A modified interferometric method is used to find average refractive index of the unexposed and the developed dichromated gelatin holographic films. Slanted transmission HOE's are designed considering the index and thickness variations, and used to verify the index measurement results. The Brewster angle method is used to measure surface index of the unexposed and the developed films. The differences between average index and surface index are discussed. Theoretical calculation of the effects of index variation on diffraction efficiency, and experimental results for index modulation variation caused by process changes are also presented

Application of two procedures for dual-point design of transonic airfoils

Two dual-point design procedures were developed to reduce the objective function of a baseline airfoil at two design points. The first procedure to develop a redesigned airfoil used a weighted average of the shapes of two intermediate airfoils redesigned at each of the two design points. The second procedure used a weighted average of two pressure distributions obtained from an intermediate airfoil redesigned at each of the two design points. Each procedure was used to design a new airfoil with reduced wave drag at the cruise condition without increasing the wave drag or pitching moment at the climb condition. Two cycles of the airfoil shape-averaging procedure successfully designed a new airfoil that reduced the objective function and satisfied the constraints. One cycle of the target (desired) pressure-averaging procedure was used to design two new airfoils that reduced the objective function and came close to satisfying the constraints

Environmental and genetic factors associated with Solanesol accumulation in potato leaves

Solanesol is a high value 45-carbon, unsaturated, all-trans-nonaprenol isoprenoid. Recently solanesol has received particular attention because of its utility, both in its own right and as a precursor in the production of numerous compounds used in the treatment of disease states. Solanesol is found mainly in solanaceous crops such as potato, tomato, tobacco and pepper where it accumulates in the foliage. There is considerable potential to explore the extraction of solanesol from these sources as a valuable co-product. In this study we have characterised the genetic variation in leaf solanesol content in a biparental, segregating diploid potato population. We demonstrate that potato leaf solanesol content is genetically controlled and identify several quantitative trait loci associated with leaf solanesol content. Transient over-expression of genes from the methylerythritol 4-phosphate (MEP) and mevalonic acid (MVA) pathways, either singly or in combination, resulted in enhanced accumulation of solanesol in leaves of Nicotiana benthamiana, providing insights for genetically engineering the pathway. We also demonstrate that in potato, leaf solanesol content is enhanced by up to six-fold on exposure to moderately elevated temperature and show corresponding changes in expression patterns of MEP and MVA genes. Our combined approaches offer new insights into solanesol accumulation and strategies for developing a bio-refinery approach to potato production