Alien Registration- Hancock, Robert (Jackman, Somerset County)

https://digitalmaine.com/alien_docs/7083/thumbnail.jp

Value and Impact of Hyperbaric Medicine in the Treatment of Brain and Spinal Cord Injuries in Veterinary Patients

To realize hyperbaric oxygen treatments have a beneficial and protective effect in acute spinal cord and brain injury. To understand that administration of hyperbaric oxygen both preoperatively and postoperatively, can allow for faster neurological recoveries to ambulation and an improved prognosis in dogs

The π π Ʌ channel from k(^-)p reactions in the Ʌ (1690) region

This work represents a study of the Ʌ π π final state of KN interactions between 0.620 and 0.870 GeV/c incident laboratory momentum. Data obtained from a Hydrogen bubble chamber exposure has been used to obtain channel cross-sections for the reaction k (^-) p → Ʌπ(^+)π(^-). Study of the Ʌπ(^+)π(^-) Dalitz plot reveals that in addition to E(^+) (1385) and E(^-) (1385) isobar production, final state π π S-wave interaction (‘e’) is present. Assuming a model of incoherent addition, quasi-two body descriptions for each of the π(^+) E(^-) (1385), π(^-)E(^+) (1385) and ‘E’ Ʌ channels are extracted. Subsequent consideration of the πE(1385) quasi two-body channels reveals evidence for strong Δ(1690) formation. Combining the newly obtained data with that previously published for the πE(1385) channels, an energy dependant partial ave analysis is performed. Resonant amplitudes of the SO1(1670), D13(1670), D13(1678) and DO3(1690) states are determined. Consideration of the DD03 and DS03 partial wave amplitudes for the DO3(1690) state, indicates substantial Ʌ(^4)8(_3) – Ʌ(^2)8(_3) mixing within SU(^6) w O O (3). In addition, a comparison is given between the amplitudes Y(^*) states observed in the partial wave analysis and those predicted by the Isgur-Karl Model

An investigation into LandXML for implementation of 3D Cadastre in eSurvey

With the rapid growth of urban environments including the increasing complexity of infrastructures, there is an urgent need to develop more innovative and efficient land administration systems. Many countries, including Australia, are now developing and implementing three dimensional (3D) cadastral frameworks to address these situations, but capturing and registering these rights within existing systems brings considerable challenges. In Australia, the existing approach of registering 3D rights and storing partial geometry in databases does not support 3D functionalities such as 3D validation, query, visualisation, and manipulation. The existing Digital Cadastral Data Base (DCDB) does not support the storage of 3D data. There is also no digital lodgement of 3D cadastral, and no automated validation (Karki, 2013). The Intergovernmental Committee of Surveying and Mapping (ICSM) has endorsed LandXML as the national standard for digital lodgement of cadastral plans. LandXML is an extensible mark-up language (XML) package which can be used for exchanging spatial information. In Queensland Surveying information is captured digitally using tools built in-house, such as the Surveying Information Processing (SIP) tool which is based on LandXML and is used to electronically capture a paper based cadastral plans. The Electronic Access for Registry Lodgement (eSurvey, previously called EARL) project is developed and run by the Department of Natural Resources and Mines (DNRM) and it has three stages namely eSurvey-I, eSurvey-II, and eSurvey-III. The eSurvey Services Portal allows users to submit, validate and visualise survey data via Web Services. eSurvey-I developed a tool for internal DNRM use to digitally capture the information on a survey plan. eSurvey-II has developed a validation tool that will be applied to Cadastral Information Files (CIFs) that are submitted to the Department by external surveyors as a component of the digital lodgement of survey plans process. eSurvey-III will be the full digital lodgement and implementation of electronic capture and visualisation of 3D cadastral data where the digital files become the legal document. The objective of this research is to explore the capability of LandXML for the definition of 3D spatial objects within the eSurvey project for 3D Cadastre development in Queensland. An overview of 3D Cadastre and characteristics of eSurvey, volumetric plans and LandXML were reviewed. Two representative cases from Queensland digital cadastral database were selected and examined using three standard CAD software and eSurvey web portal and Queensland DCDB standards. This study shows that eSurvey can successfully validate LandXML files

Radio Deregulation and the Public Interest in the Omaha Market

The deregulation of the radio industry started, not in 1980 with the Reagan administration, but in 1972 when the Federal Communications Commission began an in-house study to examine all technical broadcast regulations. With this study, the F.C.C. started to review the scope of all its regulations related to radio. This review led to formalized rulemaking which began on September 27, 1979, when the Commission issued a Notice of Inquiry and Proposed Rulemaking: In the Matter of Deregulation of Radio. The rulemaking process culminated on February 24, 1981, with a Report and Order (Proceeding Terminated): In the Matter of Deregulation of Radio. The Report and Order deregulated radio in the areas of nonentertainment programming, ascertainment of issues of concerns to the community of license, amount (total time) of commercials per hour and program logs

Crystal field aspects of vibrational spectra

Crystal Field Theory (C.F.T.), and its congeners, Ligand Field Theory (L.F.T.) and Molecular Orbital Theory (M.O.T.), have been most successful in explaining many of the properties of transition metal complexes. This is particularly true of their electronic spectra, magnetochemistry and chemical thermodynamic properties. However, these theories have been ignored in relation to the explanation of changes observed in the infrared spectra of series of transition metal complexes on change of central cation. The purpose of this work is to examine such changes in the light of these theories. The basis of the above theories is the splitting of the inner orbitals of the metal ions, due to the field of the ligands surrounding them. The field may be considered to arise from electrostatic repulsion by the ligand electrons (C.F.T.), or as a result of the chemical bonding between the central cation and the ligands (L.F.T. and M.O.T.). The result of this inner orbital splitting is stabilisation of the electrons of the orbital, as comparred with their energy in the absence of the field