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action, particularly in our region, to ensure that virtual elimination is not just for some but for all. Changing acquisition patterns requires a re-examination of previously used strategies. There is
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concept of this project lies in the design of novel oxide-based materials for water splitting and plastic degradation, which is anticipated to generate green hydrogen and to mitigate plastic pollution
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psychophysiological or neural activation patterns linked to alexithymia. -Advancing the assessment of alexithymia (e.g., further exploration of the utility of our Perth Alexithymia Questionnaire). -Developing a
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mechanisms of change, such as smartphone diaries to record the real-world choice and use of the strategies; (c) the research design (below). A codesigned randomised controlled trial of 4Ds versus waiting list
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. This project aims to design and develop novel perovskite materials to address the issues of cost, efficiency and durability for water electrolysis, achieving a final target in performance comparable to the state
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explore the barriers to participation for vulnerable groups in Western Australia. Aims The aim of this project is to understand Australian adults' patterns of participation and barriers to participation in
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. We shall combine the processes to demonstrate bio-sintering. A pilot scale setup will be developed to develop the design parameters for bio-sintering in specific applications. Student type Future
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these influence practices and child health and development. Patterns and correlates of technology use by children and families. Physical impacts of screen and non-screen digital technologies. Better methods