Goal-oriented processes: Exploring the use of goals in music therapy to support young people with autism spectrum disorder : An exegesis submitted to Massey University and Victoria University of Wellington in partial fulfilment of the requirements for the degree of Master of Music Therapy Te Kōkī New Zealand School of Music

This qualitative research project explored how a student music therapist utilised goal-oriented processes to support young people with autism spectrum disorder throughout their course of music therapy. Inductive thematic analysis of selected literature relating to goals in music therapy developed an initial framework of what goal-oriented processes could include. The student music therapist’s clinical data (including session notes, monitoring sheets, client reports and reflective journal entries) was then coded through deductive secondary analysis, from which five key themes were formed. The findings indicated that clients’ goals were supported by: employing a client-centred philosophical approach; nurturing therapeutic relationships; collaborating with clients and their caregivers; utilising the referral, assessment and review processes; and observing and documenting clients’ development. These goal-oriented processes helped to support goals that were meaningful for the clients and their caregivers. Themes were explored in detail using a case vignette to illustrate and provide a context for the findings. Although the context-bound qualitative nature of this research project limits its generalisability, it attempts to provide insight into what goal-oriented processes in music therapy might include, encouraging other music therapists to consider how they utilise goals in their own practice

The Unquiet History of the Jessie C. Eury Library

On Tuesday, October 9, 2007, the Lincoln Christian College and Seminary campus community and special guests came together to celebrate and express gratitude for the new positive learning environment created for our students through the estate gift of the founding librarian and a local community foundation. Collectively we re-dedicated the Jessie C. Eury library to its vital role to facilitate the lifelong learning of its students by providing essential resources, services, and instruction. The highlight of this special event was the presentation of the following essay – “The Unquiet History of the Jessie C. Eury Library of Lincoln Christian College and Seminary” – by Dr. Robert Lowery, Dean of the Seminary. Dr. Lowery’s passion for teaching, speaking, writing, reading, and libraries is evident to his students, colleagues, and readers around the world. His New Testament scholarship is reflected in this essay and his latest book, Revelation’s Rhapsody: Listening to the Lyrics of the Lamb (How to Read the Book of Revelation). As you read his essay may you join us in offering God the ultimate honor and glory for the biblical and theological foundation of our libraries

Improving the chromatic dispersion tolerance in long-haul fibre links using the coherent optical orthogonal frequency division multiplexing

Numerical simulations of the coherent optical orthogonal frequency division multiplexing modems are undertaken to investigate the effect of the adaptive modulation, the number of sub-carriers, the cyclic prefix (CP) length, the clipping ratio, quantisation bit resolution and the sampling speed of analogue-to-digital converters (ADCs) on the chromatic dispersion (CD) of a single mode fibre (SMF) at data rates up to 80 Gbps. The use of a large number of sub-carriers is more effective in combating fibre dispersion than employing a long CP; moreover, the optimum number of sub-carriers in the presence of both SMF non-linearities and CD has been identified. The authors show that using a high bit resolution ADC with a high clipping ratio, the transmission distance can be increased at specific data rates. Furthermore, it is shown that ADCs with a low sampling speed also improve the system tolerance to the fibre CD. In addition, simulation results show that the use of adaptive modulation schemes improves spectrum usage efficiency, thus resulting in higher tolerance to the CD when compared with the case in which identical modulation formats are adopted across all sub-carriers

Electroplating on titanium alloy

Activation process forms adherent electrodeposits of copper, nickel, and chromium on titanium alloy. Good adhesion of electroplated deposits is obtained by using acetic-hydrofluoric acid anodic activation process

Bill to Restrict Indoor Tanning for Minors in The State of Maine

Background: Melanoma is the deadliest and the most common type of cancer in individuals age 15 to 29. Evidence has shown that ultraviolet radiation overexposure at younger ages significantly increases the risk of developing non-melanoma and melanoma skin cancer in later years. Despite these concerns, approximately 1.6 million minors under the age of 18 participate in the use of indoor tanning devices annually. The high prevalence of skin cancer in the United States continues to be a public health issue that warrants continued preventative and regulatory action. In spite of the health risks associated with indoor tanning, the state of Maine does not restrict the use of tanning devices for minors, as 18 states now do. Therefore, the aim of this DNP project was to implement a health policy change initiative with the goal of restricting access to commercial indoor tanning devices for minors. Methods:The policy process framework and population health framework were used as models for implementing the health policy initiative. The population health framework was used to develop an argument for the public health implications of excessive ultraviolet (UV) radiation and provides rationale for restricting UV exposure among minors. The policy process framework was used to guide and evaluate the legislative work of this project. The legislative work was accomplished in collaboration with Maine Representative Anne Perry and other stakeholders. Purpose/Implementation Plan: The purpose of this DNP project was to implement a substantive health policy change, that being the restriction of minors under the age of 18 from the use of commercial indoor tanning devices. The health policy change process included the following steps: 1. Create awareness of long-term health risks of indoor tanning devices among key legislators, constituents, and interest groups, 2. Work with legislators to bring a bill forward to restrict access to indoor tanning devices, 3. Evaluate the process and develop a proposal for sustainable action, if the legislation fails. The overall objective of this initiative was to decrease the risk of skin cancer among Maine’s youth. Results:A proposal for the policy change was presented to stakeholders and was developed in support of the initiative. LD #1297, An Act to Reduce Youth Cancer Risk was introduced through the efforts of the coalition. The first public hearing for LD #1297 was held on April 3, 2019 with the Health and Human Services Committee (HHS) in Augusta, Maine with support from the stakeholders. A work session was held on April 16, 2019 where the bill was voted “ought to pass” 7 to 3 by members of the HHS committee. Conclusion:The population health framework and application of the policy process framework to guide legislative efforts, resulted in greater support for LD #1297 by the HHS committee. Policy engagement to address the upstream causes of disease such as skin cancer is a professional responsibility of doctorally prepared nurse practitioners. This can be achieved by engaging in coalition building and enacting legislative initiatives for public health challenges such as the serious public health threat of indoor tanning by minors. Key Words: skin neoplasms, skin cancer, ultraviolet radiation, indoor tanning, artificial tanning, basal cell carcinoma, squamous cell carcinoma, melanom

Solar energy absorption characteristics and the effects of heat on the optical properties of several coatings

The solar energy absorption characteristics of several high temperature coatings were determined and effects of heat on these coatings were evaluated. Included in the investigation were an electroplated alloy of black chrome and vanadium, electroplated black chrome, and chemically colored 316 stainless steel. Each of the coatings possessed good selective solar energy absorption properties at laboratory ambient temperature. Measured at a temperature of 700 K (800 F), the emittances of black chrome, black chrome vanadium, and colored stainless steel were 0.11, 0.61, and 0.15, respectively. Black chrome and black chrome vanadium did not degrade optically in the presence of high heat (811 K (1000 F)). Chemically colored stainless steel showed slight optical degradation when exposed to moderately high heat (616 K (650 F)0, but showed more severe degradation at exposure temperatures beyond this level. Each of the coatings showed good corrosion resistance to a salt spray environment

Investigation of the Technical Micronics Control /TMC/ Process for Electropolishing Various Metals

Technical micronics control process for electropolishing metals and alloy

Solar absorption characteristics of several coatings and surface finishes

Solar absorption characteristics are established for several films potentially favorable for use as receiving surfaces in solar energy collectors. Included in the investigation were chemically produced black films, black electrodeposits, and anodized coatings. It was found that black nickel exhibited the best combination of selective optical properties of any of the coatings studied. A serious drawback to black nickel was its high susceptibility to degradation in the presence of high moisture environments. Electroplated black chrome generally exhibited high solar absorptivities, but the emissivity varied considerably and was also relatively high under some conditions. The black chrome had the greatest moisture resistance of any of the coatings tested. Black oxide coatings on copper and steel substrates showed the best combination of selective optical properties of any of the chemical conversion films studied

Environmental durability of electroplated black chromium

A study was undertaken to determine the durability of nickel-black chromium plated aluminum in an outdoor rural industrial, and seacoast environment. Test panels were exposed to these environments for 60, 36, and 13 months, respectively. The results of this study showed that no significant optical degradation occurred from exposure to either of these environments, although a considerable amount of corrosion occurred on the panels exposed to the seacoast environment. The rural and industrial atmosphere produced only a slight amount of corrosion on test panels