This essay is a comparative analysis of stylistics in Iron Maiden’s adaptation of Samuel T. Coleridge’s Rime of the ancient mariner. The essay employs the following concepts: the poetic function of language, the referential function of language, parallelism, and meter to investigate stylistic differences and conformity between the two texts. Furthermore, the essay also discusses how the stylistic elements affect meaning, especially regarding the theme of sin and redemption, and the extent to which the meaning of Iron Maiden’s text conforms to, differs from, or is informed by Coleridge’s poem.

The definition of specific learning disabilities (SLD) and the methods used to identify SLD have been evolving since the 1970s. There have been five studies since 1970 that have focused on the SLD definition that states used and the SLD identification methods. The purpose of this study was to obtain updated information regarding the current prevalence rates of SLD, current SLD definitions, and current methods being used for the identification of SLD across the United States. After examining the regulations and procedures of each state, this study found that all fifty states have adopted the federal definition of SLD that was provided in IDEA 2004. As specified in that definition, all 50 states now allow the response to intervention model as a method for identifying SLD. Eleven states solely use the response to intervention model while the rest allow other methods of identifying SLD, specifically the severe discrepancy model or the pattern of strengths and weaknesses model. Overall, there has been a slight, but statistically significant decrease in the SLD prevalence rates since the response to intervention model has been in place.

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Drilling for hydrocarbons is an expensive operation; consequently operators try to save costs by reducing the number of days spent during this operation. Drilling efficiently with the highest attainable rate of penetration is one of the ways drilling time could be reduced. Real-time monitoring of Mechanical Specific Energy will enable drilling engineers to detect when the optimum drilling rate for a given set of drilling parameters is not being achieved. Numerous works have been done on air hammers and rock Mechanical Specific Energy. Previous research has shown that Mechanical Specific Energy, which is a ratio that quantifies the input energy and Rate of Penetration (ROP) of a drilling system, is directly proportional to the rock compressive strength being drilled. The Mechanical Specific Energy model utilizes drilling parameters such as ROP, Weight on bit (WOB), RPM, torque, flow-rate, bottom-hole pressure, and bottom-hole temperature to show how effectively energy being put into the drill string is being converted to ROP at the bit. This research effort proposes a new model to calculate the Mechanical Specific Energy for air hammer drilling systems. A thermodynamic model for the air hammer from which the piston impact velocity and kinetic energy is obtained is presented. To be able to estimate the effective energy delivered to the rock by the hammer, the stress wave propagation model is used and factored into the Mechanical Specific Energy model. The Mechanical Specific Energy values obtained from the application of this model provide a qualitative indicator of formation pressure changes and a means for drilling engineers to detect when optimum drilling rate is not being achieved. It can be deduced from the model that the impact energy of the hammer is greatly affected by the pressure drop across the hammer and since the hammer accounts for about sixty percent of the energy required for destroying the rock, the ROP can be varied by varying the pressure drop across the hammer.

Magnetic dependence of low temperature specific heat down to 0.6K is used to investigate the pairing symmetry of unconventional superconductor CeRu2. At low temperature Debye model highly deviated the 8T data serving as normal state below small magnetic anomaly shown around 6K. Based on the entropy conservation of superconducting transition, superconducting order parameters of s-wave and d-wave could not both be well described specific heat data at zero field. However, two-gap model, £GS=0.80 meV and £GL=1.01 meV, is better to describe the pairing symmetry of CeRu2. This might be the controversies among the earlier reports. Magnetic susceptibility and resistance under magnetic filed are both used to investigate the small anomaly, excluding double superconducting phase. Moreover, two rounds of specific-heat measurement both show the magnetic anomaly and might lead to an intrinsic property.

In this thesis we synthesize Pr1.85Ce0.15CuO4 system by mean of X-ray diffraction, electrical resistivity, magnetic susceptibility and low-temperature specific heat. From these data analysis, we hope to more clearly understand the transition of electron-doped superconductor Pr2-xCexCuO4 (0.14<x<0.7) system. The main results show that the system is d-wave pairing symmetry. This conclusion is consisted with C. C. Tsuei¡¦s result. They present phase-sensitive evidence that the electron-doped cuprates Pr1.85Ce0.15CuO4 have d-wave pairing symmetry.

Dissertation : Physics : Chicago : 1917. / Notes bibliographiques.

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