{ "OpenSearchResponse": { "title": "Research Activities search", "link": "", "totalResults": "248", "startIndex" : "0", "itemsPerPage": "25", "query": { "role": "request", "searchTerms": "dp", "startPage": "0" } }, "namespaces": { "dc": "http://purl.org/dc/terms", "owl": "http://www.w3.org/2002/07/owl#", "rdf": "http://www.w3.org/1999/02/22-rdf-syntax-ns#", "rdfs": "http://www.w3.org/2000/01/rdf-schema#" }, "results": [ { "result-metadata": { "relevance": 0.030757688, "all": {"storage_id":"90ca8f8fb664d0617958f1224d177693","id":"90ca8f8fb664d0617958f1224d177693","last_modified":"2024-01-29T01:52:47Z","dc_title":"A New Paradigm for the Solid State Synthesis of Layered Materials","autocomplete_title":"A New Paradigm for the Solid State Synthesis of Layered Materials","harvest_config":"d5d827c19d38bbb43ce6d4b448153ef1","harvest_rules":"96893c00809deeb167ba94aea970f350","autocomplete_grant_number":"DP0986140","display_type":"research_activities","security_filter":["guest"],"dc_date":["2009"],"repository_name":["ARC NGCP New and Ongoing Projects"],"oai_set":["Activities"],"packageType":["Activities"],"dc_format":["application\/x-mint-research-activity"],"dc_subject":["NSW"],"dc_description":["Intermediate phase retention during the solid state synthesis of complex materials is a widespread problem that increases energy consumption, is detrimental to properties and has often proven intractable. We have developed a method for synthesising layered carbide ceramics by direct insertion of atoms into suitably engineered solid precursors, assisted by in situ neutron diffraction monitoring. This project will discover the underlying atom-scale mechanism and develop systematic crystallographic methods for engineering solid precursors in layered oxides, nitrides and additional carbides. It will enable the ready synthesis of a range of strategic materials of interest in manufacturing, conventional and renewable power generation."],"grant_number":["DP0986140"],"dc_identifier":["DP0986140"],"ID":["DP0986140"],"foaf_name":["The University of Newcastle"],"dc_date_submitted":["2008"],"repository_type":["Research Activities"],"harvestId":["DP0986140"],"score":0.030757688} }, "rdf:about": "https://demo.redboxresearchdata.com.au/mint/Activities/detail/90ca8f8fb664d0617958f1224d177693", "rdfs:type": ["owl:Thing"], "rdfs:label": "A New Paradigm for the Solid State Synthesis of Layered Materials", "dc:title": "A New Paradigm for the Solid State Synthesis of Layered Materials", "dc:description": "Intermediate phase retention during the solid state synthesis of complex materials is a widespread problem that increases energy consumption, is detrimental to properties and has often proven intractable. We have developed a method for synthesising layered carbide ceramics by direct insertion of atoms into suitably engineered solid precursors, assisted by in situ neutron diffraction monitoring. This project will discover the underlying atom-scale mechanism and develop systematic crystallographic methods for engineering solid precursors in layered oxides, nitrides and additional carbides. It will enable the ready synthesis of a range of strategic materials of interest in manufacturing, conventional and renewable power generation.", "dc:identifier": "DP0986140", "grant_number": "DP0986140" } , { "result-metadata": { "relevance": 0.030757688, "all": {"storage_id":"be5a74214983b9c32e3b13675b5178e4","id":"be5a74214983b9c32e3b13675b5178e4","last_modified":"2024-01-29T01:52:48Z","dc_title":"A new kind of dynamics for psychology","autocomplete_title":"A new kind of dynamics for psychology","harvest_config":"d5d827c19d38bbb43ce6d4b448153ef1","harvest_rules":"96893c00809deeb167ba94aea970f350","autocomplete_grant_number":"DP0878858","display_type":"research_activities","security_filter":["guest"],"dc_date":["2008"],"repository_name":["ARC NGCP New and Ongoing Projects"],"oai_set":["Activities"],"packageType":["Activities"],"dc_format":["application\/x-mint-research-activity"],"dc_subject":["NSW"],"dc_description":["To remain efficient in real-world decisions, people must dynamically monitor and adjust their cognitive processes. Previous research on human dynamics has focused on internal fluctuations, without regard to environmental causes. We aim for a new dynamic research paradigm for psychology, using standard paradigms in which task parameters are dynamically manipulated. Our direct induction of changes in cognitive processes allows for the study of cognitive dynamics and individual differences in cognitive dynamics. Our research also constructs a new type of experimental psychology paradigm: dynamic designs are common, and dynamic analyses are becoming common, but the two are never brought together, even though their combination is natural."],"grant_number":["DP0878858"],"dc_identifier":["DP0878858"],"ID":["DP0878858"],"foaf_name":["The University of Newcastle"],"dc_date_submitted":["2007"],"repository_type":["Research Activities"],"harvestId":["DP0878858"],"score":0.030757688} }, "rdf:about": "https://demo.redboxresearchdata.com.au/mint/Activities/detail/be5a74214983b9c32e3b13675b5178e4", "rdfs:type": ["owl:Thing"], "rdfs:label": "A new kind of dynamics for psychology", "dc:title": "A new kind of dynamics for psychology", "dc:description": "To remain efficient in real-world decisions, people must dynamically monitor and adjust their cognitive processes. Previous research on human dynamics has focused on internal fluctuations, without regard to environmental causes. We aim for a new dynamic research paradigm for psychology, using standard paradigms in which task parameters are dynamically manipulated. Our direct induction of changes in cognitive processes allows for the study of cognitive dynamics and individual differences in cognitive dynamics. Our research also constructs a new type of experimental psychology paradigm: dynamic designs are common, and dynamic analyses are becoming common, but the two are never brought together, even though their combination is natural.", "dc:identifier": "DP0878858", "grant_number": "DP0878858" } , { "result-metadata": { "relevance": 0.030757688, "all": {"storage_id":"c0afaa0816102743976ede8c55af151c","id":"c0afaa0816102743976ede8c55af151c","last_modified":"2024-01-29T01:52:48Z","dc_title":"Absolute identification and beyond: A comprehensive, integrated architecture for speeded choice","autocomplete_title":"Absolute identification and beyond: A comprehensive, integrated architecture for speeded choice","harvest_config":"d5d827c19d38bbb43ce6d4b448153ef1","harvest_rules":"96893c00809deeb167ba94aea970f350","autocomplete_grant_number":"DP0881244","display_type":"research_activities","security_filter":["guest"],"dc_date":["2008"],"repository_name":["ARC NGCP New and Ongoing Projects"],"oai_set":["Activities"],"packageType":["Activities"],"dc_format":["application\/x-mint-research-activity"],"dc_subject":["NSW"],"dc_description":["Absolute identification has fascinated researchers for over 50 years, because of the theoretically challenging and counter-intuitive phenomena that are regularly observed. Recent developments have stressed differences between relative (short-term) and absolute (long-term) processes. We have developed the first model integrating both approaches in a principled manner. Our work has suggested interesting avenues for further experimentation and theoretical development, which we explore here. We propose some experiments that test the model, and others that test general classes of models. We also propose extensions of theory and experiments into fields related to absolute identification (ie, categorisation, confidence, magnitude production)."],"grant_number":["DP0881244"],"dc_identifier":["DP0881244"],"ID":["DP0881244"],"foaf_name":["The University of Newcastle"],"dc_date_submitted":["2007"],"repository_type":["Research Activities"],"harvestId":["DP0881244"],"score":0.030757688} }, "rdf:about": "https://demo.redboxresearchdata.com.au/mint/Activities/detail/c0afaa0816102743976ede8c55af151c", "rdfs:type": ["owl:Thing"], "rdfs:label": "Absolute identification and beyond: A comprehensive, integrated architecture for speeded choice", "dc:title": "Absolute identification and beyond: A comprehensive, integrated architecture for speeded choice", "dc:description": "Absolute identification has fascinated researchers for over 50 years, because of the theoretically challenging and counter-intuitive phenomena that are regularly observed. Recent developments have stressed differences between relative (short-term) and absolute (long-term) processes. We have developed the first model integrating both approaches in a principled manner. Our work has suggested interesting avenues for further experimentation and theoretical development, which we explore here. We propose some experiments that test the model, and others that test general classes of models. We also propose extensions of theory and experiments into fields related to absolute identification (ie, categorisation, confidence, magnitude production).", "dc:identifier": "DP0881244", "grant_number": "DP0881244" } , { "result-metadata": { "relevance": 0.030757688, "all": {"storage_id":"3e6c15d0158453d2cf860380984398a6","id":"3e6c15d0158453d2cf860380984398a6","last_modified":"2024-01-29T01:52:47Z","dc_title":"Academies under Stress: the Reinvention and Survival of Platonist Schools, 360BC-AD565 ","autocomplete_title":"Academies under Stress: the Reinvention and Survival of Platonist Schools, 360BC-AD565 ","harvest_config":"d5d827c19d38bbb43ce6d4b448153ef1","harvest_rules":"96893c00809deeb167ba94aea970f350","autocomplete_grant_number":"DP0986334","display_type":"research_activities","security_filter":["guest"],"dc_date":["2009"],"repository_name":["ARC NGCP New and Ongoing Projects"],"oai_set":["Activities"],"packageType":["Activities"],"dc_format":["application\/x-mint-research-activity"],"dc_subject":["NSW"],"dc_description":["Researchers examine important turning points over Platonism's history, and identify factors that best equipped it to survive various social and intellectual challenges that it faced, both internal and external. This was antiquity's most enduring philosophy, taught at some location for nearly a millennium, sometimes offering the only available higher education in the Greek tradition. It survived through subtle changes in ideology and doctrine, choosing new allies, and adapting to students' needs. The project will produce history concentrating on challenges and responses, highlighting the versatility of a successful movement, and will examine the developing role of one Platonic dialogue as a basis for ideology. "],"grant_number":["DP0986334"],"dc_identifier":["DP0986334"],"ID":["DP0986334"],"foaf_name":["The University of Newcastle"],"dc_date_submitted":["2008"],"repository_type":["Research Activities"],"harvestId":["DP0986334"],"score":0.030757688} }, "rdf:about": "https://demo.redboxresearchdata.com.au/mint/Activities/detail/3e6c15d0158453d2cf860380984398a6", "rdfs:type": ["owl:Thing"], "rdfs:label": "Academies under Stress: the Reinvention and Survival of Platonist Schools, 360BC-AD565", "dc:title": "Academies under Stress: the Reinvention and Survival of Platonist Schools, 360BC-AD565", "dc:description": "Researchers examine important turning points over Platonism's history, and identify factors that best equipped it to survive various social and intellectual challenges that it faced, both internal and external. This was antiquity's most enduring philosophy, taught at some location for nearly a millennium, sometimes offering the only available higher education in the Greek tradition. It survived through subtle changes in ideology and doctrine, choosing new allies, and adapting to students' needs. The project will produce history concentrating on challenges and responses, highlighting the versatility of a successful movement, and will examine the developing role of one Platonic dialogue as a basis for ideology.", "dc:identifier": "DP0986334", "grant_number": "DP0986334" } , { "result-metadata": { "relevance": 0.030757688, "all": {"storage_id":"c0be9eb9c4c5700cc255b1bfdbb4eafc","id":"c0be9eb9c4c5700cc255b1bfdbb4eafc","last_modified":"2024-01-29T01:52:49Z","dc_title":"Advancing spatial research by reconstructing Australia's economic geography","autocomplete_title":"Advancing spatial research by reconstructing Australia's economic geography","harvest_config":"d5d827c19d38bbb43ce6d4b448153ef1","harvest_rules":"96893c00809deeb167ba94aea970f350","autocomplete_grant_number":"DP0880695","display_type":"research_activities","security_filter":["guest"],"dc_date":["2008"],"repository_name":["ARC NGCP New and Ongoing Projects"],"oai_set":["Activities"],"packageType":["Activities"],"dc_format":["application\/x-mint-research-activity"],"dc_subject":["NSW"],"dc_description":["ABS Census data is disseminated according to an administratively-based geography which may not reflect economic behaviour (eg, local labour markets). Subsequent socio-economic analysis may then be misleading due to incorrect spatial aggregation. This Project creates a new spatial unit (Commuting Area) based on commuting patterns to address these issues and provides a robust geography to conduct spatial research on nationally significant socio-economic issues. The outcomes will include various (occupation-based) geographies, new maps (shape files), revised Census-based datasets and case study analysis of the evolving spatial imbalance between housing and jobs using the new geographies. The Project is highly relevant for regional policy."],"grant_number":["DP0880695"],"dc_identifier":["DP0880695"],"ID":["DP0880695"],"foaf_name":["The University of Newcastle"],"dc_date_submitted":["2007"],"repository_type":["Research Activities"],"harvestId":["DP0880695"],"score":0.030757688} }, "rdf:about": "https://demo.redboxresearchdata.com.au/mint/Activities/detail/c0be9eb9c4c5700cc255b1bfdbb4eafc", "rdfs:type": ["owl:Thing"], "rdfs:label": "Advancing spatial research by reconstructing Australia's economic geography", "dc:title": "Advancing spatial research by reconstructing Australia's economic geography", "dc:description": "ABS Census data is disseminated according to an administratively-based geography which may not reflect economic behaviour (eg, local labour markets). Subsequent socio-economic analysis may then be misleading due to incorrect spatial aggregation. This Project creates a new spatial unit (Commuting Area) based on commuting patterns to address these issues and provides a robust geography to conduct spatial research on nationally significant socio-economic issues. The outcomes will include various (occupation-based) geographies, new maps (shape files), revised Census-based datasets and case study analysis of the evolving spatial imbalance between housing and jobs using the new geographies. The Project is highly relevant for regional policy.", "dc:identifier": "DP0880695", "grant_number": "DP0880695" } , { "result-metadata": { "relevance": 0.030757688, "all": {"storage_id":"6f7a9311447e793b763d8202dcbb22c7","id":"6f7a9311447e793b763d8202dcbb22c7","last_modified":"2024-01-29T01:52:47Z","dc_title":"Analytical, Numerical and Testing Procedures for Improved Design and Performance of Bulk Solids Systems","autocomplete_title":"Analytical, Numerical and Testing Procedures for Improved Design and Performance of Bulk Solids Systems","harvest_config":"d5d827c19d38bbb43ce6d4b448153ef1","harvest_rules":"96893c00809deeb167ba94aea970f350","autocomplete_grant_number":"DP1094716","display_type":"research_activities","security_filter":["guest"],"dc_date":["2010"],"repository_name":["ARC NGCP New and Ongoing Projects"],"oai_set":["Activities"],"packageType":["Activities"],"dc_format":["application\/x-mint-research-activity"],"dc_subject":["NSW"],"dc_description":["Australia depends heavily on the export income generated by its mining and mineral processing industries. Hundreds of millions of tonnes of bulk products are produced annually for which materials handling plays a major role, representing a very substantial component of the production costs. Hence the ongoing objective is for increased efficiency in equipment performance coupled with lower energy usage and improved environmental control. The project aims to extend the current state of knowledge through the development of more exacting theories, experimental procedures and numerical simulations for the design of large storage and handling systems notably bins, stockpiles and feeding equipment."],"grant_number":["DP1094716"],"dc_identifier":["DP1094716"],"ID":["DP1094716"],"foaf_name":["The University of Newcastle"],"dc_date_submitted":["2009"],"repository_type":["Research Activities"],"harvestId":["DP1094716"],"score":0.030757688} }, "rdf:about": "https://demo.redboxresearchdata.com.au/mint/Activities/detail/6f7a9311447e793b763d8202dcbb22c7", "rdfs:type": ["owl:Thing"], "rdfs:label": "Analytical, Numerical and Testing Procedures for Improved Design and Performance of Bulk Solids Systems", "dc:title": "Analytical, Numerical and Testing Procedures for Improved Design and Performance of Bulk Solids Systems", "dc:description": "Australia depends heavily on the export income generated by its mining and mineral processing industries. Hundreds of millions of tonnes of bulk products are produced annually for which materials handling plays a major role, representing a very substantial component of the production costs. Hence the ongoing objective is for increased efficiency in equipment performance coupled with lower energy usage and improved environmental control. The project aims to extend the current state of knowledge through the development of more exacting theories, experimental procedures and numerical simulations for the design of large storage and handling systems notably bins, stockpiles and feeding equipment.", "dc:identifier": "DP1094716", "grant_number": "DP1094716" } , { "result-metadata": { "relevance": 0.030757688, "all": {"storage_id":"211d4749a6c1f865bccaecd4ca735a3c","id":"211d4749a6c1f865bccaecd4ca735a3c","last_modified":"2024-01-29T01:52:48Z","dc_title":"Biological pattern generator for control and optimization of locomotion systems","autocomplete_title":"Biological pattern generator for control and optimization of locomotion systems","harvest_config":"d5d827c19d38bbb43ce6d4b448153ef1","harvest_rules":"96893c00809deeb167ba94aea970f350","autocomplete_grant_number":"DP0878724","display_type":"research_activities","security_filter":["guest"],"dc_date":["2008"],"repository_name":["ARC NGCP New and Ongoing Projects"],"oai_set":["Activities"],"packageType":["Activities"],"dc_format":["application\/x-mint-research-activity"],"dc_subject":["NSW"],"dc_description":["This proposal investigates the control and optimization problem of engineering locomotion systems in the framework of biological pattern generators which underlay most animal locomotion in real life. The existing biologically inspired controllers are based mostly on heuristic manipulations without theoretical foundation. Their effectiveness is far away from what is ideally expected. This proposal will establish a systematic approach which uncovers the essential mechanism of biological pattern generators and adequately exhibits the advantage of biological knowledge in the design of robust, adaptive, and autonomous human-made artefacts."],"grant_number":["DP0878724"],"dc_identifier":["DP0878724"],"ID":["DP0878724"],"foaf_name":["The University of Newcastle"],"dc_date_submitted":["2007"],"repository_type":["Research Activities"],"harvestId":["DP0878724"],"score":0.030757688} }, "rdf:about": "https://demo.redboxresearchdata.com.au/mint/Activities/detail/211d4749a6c1f865bccaecd4ca735a3c", "rdfs:type": ["owl:Thing"], "rdfs:label": "Biological pattern generator for control and optimization of locomotion systems", "dc:title": "Biological pattern generator for control and optimization of locomotion systems", "dc:description": "This proposal investigates the control and optimization problem of engineering locomotion systems in the framework of biological pattern generators which underlay most animal locomotion in real life. The existing biologically inspired controllers are based mostly on heuristic manipulations without theoretical foundation. Their effectiveness is far away from what is ideally expected. This proposal will establish a systematic approach which uncovers the essential mechanism of biological pattern generators and adequately exhibits the advantage of biological knowledge in the design of robust, adaptive, and autonomous human-made artefacts.", "dc:identifier": "DP0878724", "grant_number": "DP0878724" } , { "result-metadata": { "relevance": 0.030757688, "all": {"storage_id":"bdfb3a87d1e8ee64ed8bfa11203ba61b","id":"bdfb3a87d1e8ee64ed8bfa11203ba61b","last_modified":"2024-01-29T01:52:49Z","dc_title":"Cellular signals controlling oocyte activation","autocomplete_title":"Cellular signals controlling oocyte activation","harvest_config":"d5d827c19d38bbb43ce6d4b448153ef1","harvest_rules":"96893c00809deeb167ba94aea970f350","autocomplete_grant_number":"DP0878355","display_type":"research_activities","security_filter":["guest"],"dc_date":["2008"],"repository_name":["ARC NGCP New and Ongoing Projects"],"oai_set":["Activities"],"packageType":["Activities"],"dc_format":["application\/x-mint-research-activity"],"dc_subject":["NSW"],"dc_description":["Female oocytes in primordial follicles remain quiescent until recruited into the growing pool throughout the reproductive years. How oocytes are maintained undamaged in long term storage and eventually selected for activation remain elusive aspects of biology. This research will characterise both cellular and molecular mechanisms responsible for control of primordial follicle activation and inform strategies for the manipulation of oocyte development with significant applications in domestic animal husbandry, feral animal population control, conservation of endangered species and infertility in women. "],"grant_number":["DP0878355"],"dc_identifier":["DP0878355"],"ID":["DP0878355"],"foaf_name":["The University of Newcastle"],"dc_date_submitted":["2007"],"repository_type":["Research Activities"],"harvestId":["DP0878355"],"score":0.030757688} }, "rdf:about": "https://demo.redboxresearchdata.com.au/mint/Activities/detail/bdfb3a87d1e8ee64ed8bfa11203ba61b", "rdfs:type": ["owl:Thing"], "rdfs:label": "Cellular signals controlling oocyte activation", "dc:title": "Cellular signals controlling oocyte activation", "dc:description": "Female oocytes in primordial follicles remain quiescent until recruited into the growing pool throughout the reproductive years. How oocytes are maintained undamaged in long term storage and eventually selected for activation remain elusive aspects of biology. This research will characterise both cellular and molecular mechanisms responsible for control of primordial follicle activation and inform strategies for the manipulation of oocyte development with significant applications in domestic animal husbandry, feral animal population control, conservation of endangered species and infertility in women.", "dc:identifier": "DP0878355", "grant_number": "DP0878355" } , { "result-metadata": { "relevance": 0.030757688, "all": {"storage_id":"add87e26cc8b7f79d0e6b76510024180","id":"add87e26cc8b7f79d0e6b76510024180","last_modified":"2024-01-29T01:52:47Z","dc_title":"Changing modes: A study of the knowledge economy of human service research in Australia","autocomplete_title":"Changing modes: A study of the knowledge economy of human service research in Australia","harvest_config":"d5d827c19d38bbb43ce6d4b448153ef1","harvest_rules":"96893c00809deeb167ba94aea970f350","autocomplete_grant_number":"DP0985745","display_type":"research_activities","security_filter":["guest"],"dc_date":["2009"],"repository_name":["ARC NGCP New and Ongoing Projects"],"oai_set":["Activities"],"packageType":["Activities"],"dc_format":["application\/x-mint-research-activity"],"dc_subject":["NSW"],"dc_description":["This project investigates the way in which the human services knowledge economy is produced and transferred in Australia situating this within a national and international context. It contributes to policy aimed at delivering relevant and efficient human services in keeping with rapidly changing global research agendas. It examines how these are shaped by knowledge production networks described as either discipline or science-based - Mode 1 - or interdisciplinary, socially engaged, accountable - Mode 2 research. Using this framework, the aim of this project is to examine how Australian human services research can best serve economic demands for effective social interventions."],"grant_number":["DP0985745"],"dc_identifier":["DP0985745"],"ID":["DP0985745"],"foaf_name":["The University of Newcastle"],"dc_date_submitted":["2008"],"repository_type":["Research Activities"],"harvestId":["DP0985745"],"score":0.030757688} }, "rdf:about": "https://demo.redboxresearchdata.com.au/mint/Activities/detail/add87e26cc8b7f79d0e6b76510024180", "rdfs:type": ["owl:Thing"], "rdfs:label": "Changing modes: A study of the knowledge economy of human service research in Australia", "dc:title": "Changing modes: A study of the knowledge economy of human service research in Australia", "dc:description": "This project investigates the way in which the human services knowledge economy is produced and transferred in Australia situating this within a national and international context. It contributes to policy aimed at delivering relevant and efficient human services in keeping with rapidly changing global research agendas. It examines how these are shaped by knowledge production networks described as either discipline or science-based - Mode 1 - or interdisciplinary, socially engaged, accountable - Mode 2 research. Using this framework, the aim of this project is to examine how Australian human services research can best serve economic demands for effective social interventions.", "dc:identifier": "DP0985745", "grant_number": "DP0985745" } , { "result-metadata": { "relevance": 0.030757688, "all": {"storage_id":"aa0e29daa0cfc6ce6d5d76f840c8c356","id":"aa0e29daa0cfc6ce6d5d76f840c8c356","last_modified":"2024-01-29T01:52:47Z","dc_title":"Characterisation of Pyrolytic Thermal Regions in Coal Macerals using Computer Aided Thermal Analysis","autocomplete_title":"Characterisation of Pyrolytic Thermal Regions in Coal Macerals using Computer Aided Thermal Analysis","harvest_config":"d5d827c19d38bbb43ce6d4b448153ef1","harvest_rules":"96893c00809deeb167ba94aea970f350","autocomplete_grant_number":"DP1097016","display_type":"research_activities","security_filter":["guest"],"dc_date":["2010"],"repository_name":["ARC NGCP New and Ongoing Projects"],"oai_set":["Activities"],"packageType":["Activities"],"dc_format":["application\/x-mint-research-activity"],"dc_subject":["NSW"],"dc_description":["The aim of this research is to investigate exo & endothermic reactions in density separated coal of different rank. A novel thermal analysis technique will be used to characterise pyrolytic behaviour in coal macerals. This proposal will study fluidity effects on hydrogen transfer and tar formation and identify convective influences during devolatilisation. The results will generate fundamental thermal and kinetic data to understand and model coal pyrolysis behaviour in a new and highly sensitive way. This advanced modelling capacity is directly applicable to combustion and gasification processes and enhances design for existing and future technologies."],"grant_number":["DP1097016"],"dc_identifier":["DP1097016"],"ID":["DP1097016"],"foaf_name":["The University of Newcastle"],"dc_date_submitted":["2009"],"repository_type":["Research Activities"],"harvestId":["DP1097016"],"score":0.030757688} }, "rdf:about": "https://demo.redboxresearchdata.com.au/mint/Activities/detail/aa0e29daa0cfc6ce6d5d76f840c8c356", "rdfs:type": ["owl:Thing"], "rdfs:label": "Characterisation of Pyrolytic Thermal Regions in Coal Macerals using Computer Aided Thermal Analysis", "dc:title": "Characterisation of Pyrolytic Thermal Regions in Coal Macerals using Computer Aided Thermal Analysis", "dc:description": "The aim of this research is to investigate exo & endothermic reactions in density separated coal of different rank. A novel thermal analysis technique will be used to characterise pyrolytic behaviour in coal macerals. This proposal will study fluidity effects on hydrogen transfer and tar formation and identify convective influences during devolatilisation. The results will generate fundamental thermal and kinetic data to understand and model coal pyrolysis behaviour in a new and highly sensitive way. This advanced modelling capacity is directly applicable to combustion and gasification processes and enhances design for existing and future technologies.", "dc:identifier": "DP1097016", "grant_number": "DP1097016" } , { "result-metadata": { "relevance": 0.030757688, "all": {"storage_id":"213e25f99a720fe49db6cd211a3017fa","id":"213e25f99a720fe49db6cd211a3017fa","last_modified":"2024-01-29T01:52:48Z","dc_title":"Climate change, place and community: An ethnographic study of the Hunter Valley, New South Wales","autocomplete_title":"Climate change, place and community: An ethnographic study of the Hunter Valley, New South Wales","harvest_config":"d5d827c19d38bbb43ce6d4b448153ef1","harvest_rules":"96893c00809deeb167ba94aea970f350","autocomplete_grant_number":"DP0878089","display_type":"research_activities","security_filter":["guest"],"dc_date":["2008"],"repository_name":["ARC NGCP New and Ongoing Projects"],"oai_set":["Activities"],"packageType":["Activities"],"dc_format":["application\/x-mint-research-activity"],"dc_subject":["NSW"],"dc_description":["This project will investigate the lived experience of climate change and global warming among residents of the Hunter Valley, New South Wales. Using a study approach that takes a region-wide view, the project analyses how knowledge of climate change is understood and acted upon in different local communities and groups. The research will highlight the development of social, behavioural and ethical responses to the threat of climate change by people in Hunter localities. It will complement available scientific information, contributing to theories of community, place and environmental change, as well as to socially sustainable solutions at the local level. "],"grant_number":["DP0878089"],"dc_identifier":["DP0878089"],"ID":["DP0878089"],"foaf_name":["The University of Newcastle"],"dc_date_submitted":["2007"],"repository_type":["Research Activities"],"harvestId":["DP0878089"],"score":0.030757688} }, "rdf:about": "https://demo.redboxresearchdata.com.au/mint/Activities/detail/213e25f99a720fe49db6cd211a3017fa", "rdfs:type": ["owl:Thing"], "rdfs:label": "Climate change, place and community: An ethnographic study of the Hunter Valley, New South Wales", "dc:title": "Climate change, place and community: An ethnographic study of the Hunter Valley, New South Wales", "dc:description": "This project will investigate the lived experience of climate change and global warming among residents of the Hunter Valley, New South Wales. Using a study approach that takes a region-wide view, the project analyses how knowledge of climate change is understood and acted upon in different local communities and groups. The research will highlight the development of social, behavioural and ethical responses to the threat of climate change by people in Hunter localities. It will complement available scientific information, contributing to theories of community, place and environmental change, as well as to socially sustainable solutions at the local level.", "dc:identifier": "DP0878089", "grant_number": "DP0878089" } , { "result-metadata": { "relevance": 0.030757688, "all": {"storage_id":"ac57f24b727e9dc229d4201844aa78ce","id":"ac57f24b727e9dc229d4201844aa78ce","last_modified":"2024-01-29T01:52:49Z","dc_title":"Computational design of titanium dioxide-based ceramics for the renewable energy technology platform: Solar-Hydrogen","autocomplete_title":"Computational design of titanium dioxide-based ceramics for the renewable energy technology platform: Solar-Hydrogen","harvest_config":"d5d827c19d38bbb43ce6d4b448153ef1","harvest_rules":"96893c00809deeb167ba94aea970f350","autocomplete_grant_number":"DP0770278","display_type":"research_activities","security_filter":["guest"],"dc_date":["2007"],"repository_name":["ARC NGCP New and Ongoing Projects"],"oai_set":["Activities"],"packageType":["Activities"],"dc_format":["application\/x-mint-research-activity"],"dc_subject":["NSW"],"dc_description":["The renewable energy technology platform: Solar Hydrogen produces hydrogen directly from sunlight and water using a photo-electrochemical chemical cell. This program will build a major computational effort to engineer an electronically suitable material for the cell in order to make this technology economically viable. This program will develop cutting-edge computational techniques to design and direct the fabrication of titania-based ceramics having tailored segregated structures with sophisticated electrical signatures for increasing the rate of hydrogen production. This program is expected to result in large efficiency gains that will enable the adoption of this very attractive renewable energy technology."],"grant_number":["DP0770278"],"dc_identifier":["DP0770278"],"ID":["DP0770278"],"foaf_name":["The University of Newcastle"],"dc_date_submitted":["2006"],"repository_type":["Research Activities"],"harvestId":["DP0770278"],"score":0.030757688} }, "rdf:about": "https://demo.redboxresearchdata.com.au/mint/Activities/detail/ac57f24b727e9dc229d4201844aa78ce", "rdfs:type": ["owl:Thing"], "rdfs:label": "Computational design of titanium dioxide-based ceramics for the renewable energy technology platform: Solar-Hydrogen", "dc:title": "Computational design of titanium dioxide-based ceramics for the renewable energy technology platform: Solar-Hydrogen", "dc:description": "The renewable energy technology platform: Solar Hydrogen produces hydrogen directly from sunlight and water using a photo-electrochemical chemical cell. This program will build a major computational effort to engineer an electronically suitable material for the cell in order to make this technology economically viable. This program will develop cutting-edge computational techniques to design and direct the fabrication of titania-based ceramics having tailored segregated structures with sophisticated electrical signatures for increasing the rate of hydrogen production. This program is expected to result in large efficiency gains that will enable the adoption of this very attractive renewable energy technology.", "dc:identifier": "DP0770278", "grant_number": "DP0770278" } , { "result-metadata": { "relevance": 0.030757688, "all": {"storage_id":"e741b889f8731445bd59ac129383fd68","id":"e741b889f8731445bd59ac129383fd68","last_modified":"2024-01-29T01:52:47Z","dc_title":"Computer Assisted Research Mathematics and its Applications","autocomplete_title":"Computer Assisted Research Mathematics and its Applications","harvest_config":"d5d827c19d38bbb43ce6d4b448153ef1","harvest_rules":"96893c00809deeb167ba94aea970f350","autocomplete_grant_number":"DP1093769","display_type":"research_activities","security_filter":["guest"],"dc_date":["2010"],"repository_name":["ARC NGCP New and Ongoing Projects"],"oai_set":["Activities"],"packageType":["Activities"],"dc_format":["application\/x-mint-research-activity"],"dc_subject":["NSW"],"dc_description":["This proposal has a pure and an applied part. My applied research is on a class of algorithms used successfully by many, but without real justification, for core signal reconstruction problems in astronomy, physics, bioscience, genomics, geoscience, and medicine. Success will provide much better methods for such reconstructions and, equally importantly, an understanding of why and when they work. Success with the purer research, which still has immediate applications in other sciences, is also aimed at helping change the culture of mathematics at both a research and a pedagogical level."],"grant_number":["DP1093769"],"dc_identifier":["DP1093769"],"ID":["DP1093769"],"foaf_name":["The University of Newcastle"],"dc_date_submitted":["2009"],"repository_type":["Research Activities"],"harvestId":["DP1093769"],"score":0.030757688} }, "rdf:about": "https://demo.redboxresearchdata.com.au/mint/Activities/detail/e741b889f8731445bd59ac129383fd68", "rdfs:type": ["owl:Thing"], "rdfs:label": "Computer Assisted Research Mathematics and its Applications", "dc:title": "Computer Assisted Research Mathematics and its Applications", "dc:description": "This proposal has a pure and an applied part. My applied research is on a class of algorithms used successfully by many, but without real justification, for core signal reconstruction problems in astronomy, physics, bioscience, genomics, geoscience, and medicine. Success will provide much better methods for such reconstructions and, equally importantly, an understanding of why and when they work. Success with the purer research, which still has immediate applications in other sciences, is also aimed at helping change the culture of mathematics at both a research and a pedagogical level.", "dc:identifier": "DP1093769", "grant_number": "DP1093769" } , { "result-metadata": { "relevance": 0.030757688, "all": {"storage_id":"9188ed9682d477171e6da58382ec96d5","id":"9188ed9682d477171e6da58382ec96d5","last_modified":"2024-01-29T01:52:48Z","dc_title":"Design of Quantized Feedback for Robust Control Systems","autocomplete_title":"Design of Quantized Feedback for Robust Control Systems","harvest_config":"d5d827c19d38bbb43ce6d4b448153ef1","harvest_rules":"96893c00809deeb167ba94aea970f350","autocomplete_grant_number":"DP0881689","display_type":"research_activities","security_filter":["guest"],"dc_date":["2008"],"repository_name":["ARC NGCP New and Ongoing Projects"],"oai_set":["Activities"],"packageType":["Activities"],"dc_format":["application\/x-mint-research-activity"],"dc_subject":["NSW"],"dc_description":["Modern control systems are mostly implemented digitally. Recent advances see more and more control systems operating over communications networks. This project aims to develop new design technologies for this type of systems. Unlike some of the recent work in this area where the focus was on purely theoretical issues such as the minimum information rate for feedback control, we will emphasize on practical implementation and robustness of the control design. The expected outcomes include new control design algorithms, simple controller structures, new error protection techniques and specially designed hardware for implementations. These results will make the control theory more applicable to modern industrial control and automation."],"grant_number":["DP0881689"],"dc_identifier":["DP0881689"],"ID":["DP0881689"],"foaf_name":["The University of Newcastle"],"dc_date_submitted":["2007"],"repository_type":["Research Activities"],"harvestId":["DP0881689"],"score":0.030757688} }, "rdf:about": "https://demo.redboxresearchdata.com.au/mint/Activities/detail/9188ed9682d477171e6da58382ec96d5", "rdfs:type": ["owl:Thing"], "rdfs:label": "Design of Quantized Feedback for Robust Control Systems", "dc:title": "Design of Quantized Feedback for Robust Control Systems", "dc:description": "Modern control systems are mostly implemented digitally. Recent advances see more and more control systems operating over communications networks. This project aims to develop new design technologies for this type of systems. Unlike some of the recent work in this area where the focus was on purely theoretical issues such as the minimum information rate for feedback control, we will emphasize on practical implementation and robustness of the control design. The expected outcomes include new control design algorithms, simple controller structures, new error protection techniques and specially designed hardware for implementations. These results will make the control theory more applicable to modern industrial control and automation.", "dc:identifier": "DP0881689", "grant_number": "DP0881689" } , { "result-metadata": { "relevance": 0.030757688, "all": {"storage_id":"a8b31782590b29590e518ca4b1ee98ef","id":"a8b31782590b29590e518ca4b1ee98ef","last_modified":"2024-01-29T01:52:47Z","dc_title":"Design of high performance heat sink composites","autocomplete_title":"Design of high performance heat sink composites","harvest_config":"d5d827c19d38bbb43ce6d4b448153ef1","harvest_rules":"96893c00809deeb167ba94aea970f350","autocomplete_grant_number":"DP1094696","display_type":"research_activities","security_filter":["guest"],"dc_date":["2010"],"repository_name":["ARC NGCP New and Ongoing Projects"],"oai_set":["Activities"],"packageType":["Activities"],"dc_format":["application\/x-mint-research-activity"],"dc_subject":["NSW"],"dc_description":["Heat sinks enable the storage of energy that would otherwise be lost, thus ensuring significant energy-savings and fewer greenhouse gas emissions. Heat sinks also play the major role in the efficient temperature control of devices such as batteries. The aim of this Project is the development of advanced heat sink composites containing phase change materials. The numerical component of the Project makes use of a novel simulation method that uses computed tomography data of real materials as calculation models. The experimental component makes use of a new precision measurement device for testing the predictions of the numerical component. By the end of the Project, heat sink composites will be ready for industrial scale development."],"grant_number":["DP1094696"],"dc_identifier":["DP1094696"],"ID":["DP1094696"],"foaf_name":["The University of Newcastle"],"dc_date_submitted":["2009"],"repository_type":["Research Activities"],"harvestId":["DP1094696"],"score":0.030757688} }, "rdf:about": "https://demo.redboxresearchdata.com.au/mint/Activities/detail/a8b31782590b29590e518ca4b1ee98ef", "rdfs:type": ["owl:Thing"], "rdfs:label": "Design of high performance heat sink composites", "dc:title": "Design of high performance heat sink composites", "dc:description": "Heat sinks enable the storage of energy that would otherwise be lost, thus ensuring significant energy-savings and fewer greenhouse gas emissions. Heat sinks also play the major role in the efficient temperature control of devices such as batteries. The aim of this Project is the development of advanced heat sink composites containing phase change materials. The numerical component of the Project makes use of a novel simulation method that uses computed tomography data of real materials as calculation models. The experimental component makes use of a new precision measurement device for testing the predictions of the numerical component. By the end of the Project, heat sink composites will be ready for industrial scale development.", "dc:identifier": "DP1094696", "grant_number": "DP1094696" } , { "result-metadata": { "relevance": 0.030757688, "all": {"storage_id":"bc75567caac6a50cd3e76fea1ca36cb0","id":"bc75567caac6a50cd3e76fea1ca36cb0","last_modified":"2024-01-29T01:52:47Z","dc_title":"Design of hollow nanoparticles of titania for the sustainable production of hydrogen from water using sunlight","autocomplete_title":"Design of hollow nanoparticles of titania for the sustainable production of hydrogen from water using sunlight","harvest_config":"d5d827c19d38bbb43ce6d4b448153ef1","harvest_rules":"96893c00809deeb167ba94aea970f350","autocomplete_grant_number":"DP1093408","display_type":"research_activities","security_filter":["guest"],"dc_date":["2010"],"repository_name":["ARC NGCP New and Ongoing Projects"],"oai_set":["Activities"],"packageType":["Activities"],"dc_format":["application\/x-mint-research-activity"],"dc_subject":["NSW"],"dc_description":["An almost limitless supply of the clean and non-polluting fuel hydrogen can be produced directly from water and sunlight. To make this attractive technology commercially viable requires a suitable material for the key component: the photo-anode. The aim of this research is to engineer this material around titanium dioxide. This ceramic will have nano-size particles of sophisticated shape possessing the electrical properties for this demanding task. The materials will be synthesized and tested in linked experimental programs. The outcome of the research will help lay the foundation to enable this technology to be commercially adopted nationally and globally."],"grant_number":["DP1093408"],"dc_identifier":["DP1093408"],"ID":["DP1093408"],"foaf_name":["The University of Newcastle"],"dc_date_submitted":["2009"],"repository_type":["Research Activities"],"harvestId":["DP1093408"],"score":0.030757688} }, "rdf:about": "https://demo.redboxresearchdata.com.au/mint/Activities/detail/bc75567caac6a50cd3e76fea1ca36cb0", "rdfs:type": ["owl:Thing"], "rdfs:label": "Design of hollow nanoparticles of titania for the sustainable production of hydrogen from water using sunlight", "dc:title": "Design of hollow nanoparticles of titania for the sustainable production of hydrogen from water using sunlight", "dc:description": "An almost limitless supply of the clean and non-polluting fuel hydrogen can be produced directly from water and sunlight. To make this attractive technology commercially viable requires a suitable material for the key component: the photo-anode. The aim of this research is to engineer this material around titanium dioxide. This ceramic will have nano-size particles of sophisticated shape possessing the electrical properties for this demanding task. The materials will be synthesized and tested in linked experimental programs. The outcome of the research will help lay the foundation to enable this technology to be commercially adopted nationally and globally.", "dc:identifier": "DP1093408", "grant_number": "DP1093408" } , { "result-metadata": { "relevance": 0.030757688, "all": {"storage_id":"8f4086f7065a998fd8aa3c507d41e607","id":"8f4086f7065a998fd8aa3c507d41e607","last_modified":"2024-01-29T01:52:47Z","dc_title":"Design of reactive foils for joining amorphous alloys","autocomplete_title":"Design of reactive foils for joining amorphous alloys","harvest_config":"d5d827c19d38bbb43ce6d4b448153ef1","harvest_rules":"96893c00809deeb167ba94aea970f350","autocomplete_grant_number":"DP1092458","display_type":"research_activities","security_filter":["guest"],"dc_date":["2010"],"repository_name":["ARC NGCP New and Ongoing Projects"],"oai_set":["Activities"],"packageType":["Activities"],"dc_format":["application\/x-mint-research-activity"],"dc_subject":["NSW"],"dc_description":["Amorphous alloys are very promising materials for many technological applications because of their extraordinary properties that include high strength, toughness, corrosion resistance etc. However, amorphous alloys are very restricted in application by the inability to join them readily to make larger assemblies. Conventional methods do not work because of the high cooling rates required to maintain amorphousness. This research, which consists of novel experimental and computational components, investigates highly reactive foils for the purposes of joining amorphous alloys. It is anticipated that the research will lay the foundation for a robust and reliable means for joining these materials and facilitate their uptake in technology. "],"grant_number":["DP1092458"],"dc_identifier":["DP1092458"],"ID":["DP1092458"],"foaf_name":["The University of Newcastle"],"dc_date_submitted":["2009"],"repository_type":["Research Activities"],"harvestId":["DP1092458"],"score":0.030757688} }, "rdf:about": "https://demo.redboxresearchdata.com.au/mint/Activities/detail/8f4086f7065a998fd8aa3c507d41e607", "rdfs:type": ["owl:Thing"], "rdfs:label": "Design of reactive foils for joining amorphous alloys", "dc:title": "Design of reactive foils for joining amorphous alloys", "dc:description": "Amorphous alloys are very promising materials for many technological applications because of their extraordinary properties that include high strength, toughness, corrosion resistance etc. However, amorphous alloys are very restricted in application by the inability to join them readily to make larger assemblies. Conventional methods do not work because of the high cooling rates required to maintain amorphousness. This research, which consists of novel experimental and computational components, investigates highly reactive foils for the purposes of joining amorphous alloys. It is anticipated that the research will lay the foundation for a robust and reliable means for joining these materials and facilitate their uptake in technology.", "dc:identifier": "DP1092458", "grant_number": "DP1092458" } , { "result-metadata": { "relevance": 0.030757688, "all": {"storage_id":"857900c4d830914bc38da7b0af20bb3b","id":"857900c4d830914bc38da7b0af20bb3b","last_modified":"2024-01-29T01:52:49Z","dc_title":"Effect of Saline Water on Flotation Processes","autocomplete_title":"Effect of Saline Water on Flotation Processes","harvest_config":"d5d827c19d38bbb43ce6d4b448153ef1","harvest_rules":"96893c00809deeb167ba94aea970f350","autocomplete_grant_number":"DP0663688","display_type":"research_activities","security_filter":["guest"],"dc_date":["2006"],"repository_name":["ARC NGCP New and Ongoing Projects"],"oai_set":["Activities"],"packageType":["Activities"],"dc_format":["application\/x-mint-research-activity"],"dc_subject":["NSW"],"dc_description":["The project examines the flotation separation of fine particles by attachment to rising gas bubbles in saline water. It will focus on the effect of saline water on very small-scale bubbles formed and stabilised at naturally water-repellent surfaces, such as coal. It will also investigate how the small-scale bubbles influence interfacial attractive forces, drainage and coalescence of liquid films in the flotation processes. The research will develop efficient and sustainable water use for coal and mineral flotation to minimise reagent usage and environmental impacts of water pollution and tailings disposal."],"grant_number":["DP0663688"],"dc_identifier":["DP0663688"],"ID":["DP0663688"],"foaf_name":["The University of Newcastle"],"dc_date_submitted":["2005"],"repository_type":["Research Activities"],"harvestId":["DP0663688"],"score":0.030757688} }, "rdf:about": "https://demo.redboxresearchdata.com.au/mint/Activities/detail/857900c4d830914bc38da7b0af20bb3b", "rdfs:type": ["owl:Thing"], "rdfs:label": "Effect of Saline Water on Flotation Processes", "dc:title": "Effect of Saline Water on Flotation Processes", "dc:description": "The project examines the flotation separation of fine particles by attachment to rising gas bubbles in saline water. It will focus on the effect of saline water on very small-scale bubbles formed and stabilised at naturally water-repellent surfaces, such as coal. It will also investigate how the small-scale bubbles influence interfacial attractive forces, drainage and coalescence of liquid films in the flotation processes. The research will develop efficient and sustainable water use for coal and mineral flotation to minimise reagent usage and environmental impacts of water pollution and tailings disposal.", "dc:identifier": "DP0663688", "grant_number": "DP0663688" } , { "result-metadata": { "relevance": 0.030757688, "all": {"storage_id":"563073315b5036e591024458b56060cf","id":"563073315b5036e591024458b56060cf","last_modified":"2024-01-29T01:52:47Z","dc_title":"Elucidation of the signalling pathways during fertilization in mammals","autocomplete_title":"Elucidation of the signalling pathways during fertilization in mammals","harvest_config":"d5d827c19d38bbb43ce6d4b448153ef1","harvest_rules":"96893c00809deeb167ba94aea970f350","autocomplete_grant_number":"DP0986217","display_type":"research_activities","security_filter":["guest"],"dc_date":["2009"],"repository_name":["ARC NGCP New and Ongoing Projects"],"oai_set":["Activities"],"packageType":["Activities"],"dc_format":["application\/x-mint-research-activity"],"dc_subject":["NSW"],"dc_description":["Fertilization is the most essential and fundamental step in the reproductive process, since it is the point at which oocyte growth and maturation culminates and embryonic development is initiated. This grant sets out to characterise the molecular events occurring in the egg during fertilization. Such knowledge about the process would ultimately be important in developing methods of assessing egg and embryo quality, as well as either enhancing or blocking the egg-to-embryo transition. This would aid in improving reproductive strategies in women, and for commercial and endangered species, as well as for improving contraception in pest populations."],"grant_number":["DP0986217"],"dc_identifier":["DP0986217"],"ID":["DP0986217"],"foaf_name":["The University of Newcastle"],"dc_date_submitted":["2008"],"repository_type":["Research Activities"],"harvestId":["DP0986217"],"score":0.030757688} }, "rdf:about": "https://demo.redboxresearchdata.com.au/mint/Activities/detail/563073315b5036e591024458b56060cf", "rdfs:type": ["owl:Thing"], "rdfs:label": "Elucidation of the signalling pathways during fertilization in mammals", "dc:title": "Elucidation of the signalling pathways during fertilization in mammals", "dc:description": "Fertilization is the most essential and fundamental step in the reproductive process, since it is the point at which oocyte growth and maturation culminates and embryonic development is initiated. This grant sets out to characterise the molecular events occurring in the egg during fertilization. Such knowledge about the process would ultimately be important in developing methods of assessing egg and embryo quality, as well as either enhancing or blocking the egg-to-embryo transition. This would aid in improving reproductive strategies in women, and for commercial and endangered species, as well as for improving contraception in pest populations.", "dc:identifier": "DP0986217", "grant_number": "DP0986217" } , { "result-metadata": { "relevance": 0.030757688, "all": {"storage_id":"7d02d8f6d9ebdad243c1521e78ca92ae","id":"7d02d8f6d9ebdad243c1521e78ca92ae","last_modified":"2024-01-29T01:52:47Z","dc_title":"Engaging economically disadvantaged adolescent girls in physical activity and healthy eating to improve health and prevent obesity","autocomplete_title":"Engaging economically disadvantaged adolescent girls in physical activity and healthy eating to improve health and prevent obesity","harvest_config":"d5d827c19d38bbb43ce6d4b448153ef1","harvest_rules":"96893c00809deeb167ba94aea970f350","autocomplete_grant_number":"DP1092646","display_type":"research_activities","security_filter":["guest"],"dc_date":["2010"],"repository_name":["ARC NGCP New and Ongoing Projects"],"oai_set":["Activities"],"packageType":["Activities"],"dc_format":["application\/x-mint-research-activity"],"dc_subject":["NSW"],"dc_description":["Approximately 25% of Australian youth are overweight or obese with this proportion increasing over the past two decades. Obesity is associated with a variety of serious physical and psychological health issues. This study will evaluate the effects of a school-based obesity prevention intervention for low-active adolescent girls from disadvantaged communities. Despite evidence that the prevalence of obesity is higher in areas of social and economic disadvantage, no previous study has targeted the behavioural risks factors among adolescents from these areas. This project will develop the first evidence-guided program that targets improvement in the health behaviours of economically and socially disadvantaged adolescent girls."],"grant_number":["DP1092646"],"dc_identifier":["DP1092646"],"ID":["DP1092646"],"foaf_name":["The University of Newcastle"],"dc_date_submitted":["2009"],"repository_type":["Research Activities"],"harvestId":["DP1092646"],"score":0.030757688} }, "rdf:about": "https://demo.redboxresearchdata.com.au/mint/Activities/detail/7d02d8f6d9ebdad243c1521e78ca92ae", "rdfs:type": ["owl:Thing"], "rdfs:label": "Engaging economically disadvantaged adolescent girls in physical activity and healthy eating to improve health and prevent obesity", "dc:title": "Engaging economically disadvantaged adolescent girls in physical activity and healthy eating to improve health and prevent obesity", "dc:description": "Approximately 25% of Australian youth are overweight or obese with this proportion increasing over the past two decades. Obesity is associated with a variety of serious physical and psychological health issues. This study will evaluate the effects of a school-based obesity prevention intervention for low-active adolescent girls from disadvantaged communities. Despite evidence that the prevalence of obesity is higher in areas of social and economic disadvantage, no previous study has targeted the behavioural risks factors among adolescents from these areas. This project will develop the first evidence-guided program that targets improvement in the health behaviours of economically and socially disadvantaged adolescent girls.", "dc:identifier": "DP1092646", "grant_number": "DP1092646" } , { "result-metadata": { "relevance": 0.030757688, "all": {"storage_id":"db131e8737f0089db7bee28f0e636597","id":"db131e8737f0089db7bee28f0e636597","last_modified":"2024-01-29T01:52:48Z","dc_title":"Engineering models for inland atmospheric corrosion of steel infrastructure considering microbiological and environmental influences","autocomplete_title":"Engineering models for inland atmospheric corrosion of steel infrastructure considering microbiological and environmental influences","harvest_config":"d5d827c19d38bbb43ce6d4b448153ef1","harvest_rules":"96893c00809deeb167ba94aea970f350","autocomplete_grant_number":"DP0985770","display_type":"research_activities","security_filter":["guest"],"dc_date":["2009"],"repository_name":["ARC NGCP New and Ongoing Projects"],"oai_set":["Activities"],"packageType":["Activities"],"dc_format":["application\/x-mint-research-activity"],"dc_subject":["NSW"],"dc_description":["This project will examine the novel proposition that bacteria are involved in the corrosion of steel in inland exposure conditions - that is, when the local environment is suitable and the nutrients necessary for bacterial metabolism are available. This proposition has some anecdotal but as yet no scientific support. It will be sought using long-term field exposure tests and DNA and other analyses. In parallel, new engineering models will be developed for corrosion loss and for pit depth. These will be based on recent models for marine corrosion and be calibrated to new and existing field data. Applications include the assessment and prediction of safety and serviceability for new and for older, perhaps corroding, steel infrastructure. "],"grant_number":["DP0985770"],"dc_identifier":["DP0985770"],"ID":["DP0985770"],"foaf_name":["The University of Newcastle"],"dc_date_submitted":["2008"],"repository_type":["Research Activities"],"harvestId":["DP0985770"],"score":0.030757688} }, "rdf:about": "https://demo.redboxresearchdata.com.au/mint/Activities/detail/db131e8737f0089db7bee28f0e636597", "rdfs:type": ["owl:Thing"], "rdfs:label": "Engineering models for inland atmospheric corrosion of steel infrastructure considering microbiological and environmental influences", "dc:title": "Engineering models for inland atmospheric corrosion of steel infrastructure considering microbiological and environmental influences", "dc:description": "This project will examine the novel proposition that bacteria are involved in the corrosion of steel in inland exposure conditions - that is, when the local environment is suitable and the nutrients necessary for bacterial metabolism are available. This proposition has some anecdotal but as yet no scientific support. It will be sought using long-term field exposure tests and DNA and other analyses. In parallel, new engineering models will be developed for corrosion loss and for pit depth. These will be based on recent models for marine corrosion and be calibrated to new and existing field data. Applications include the assessment and prediction of safety and serviceability for new and for older, perhaps corroding, steel infrastructure.", "dc:identifier": "DP0985770", "grant_number": "DP0985770" } , { "result-metadata": { "relevance": 0.030757688, "all": {"storage_id":"8f98393ef65eaf649834ffef91765ab7","id":"8f98393ef65eaf649834ffef91765ab7","last_modified":"2024-01-29T01:52:47Z","dc_title":"Evolving urban structure, mode choice, travel behaviour and energy consumption: A study of the Sydney planning strategy","autocomplete_title":"Evolving urban structure, mode choice, travel behaviour and energy consumption: A study of the Sydney planning strategy","harvest_config":"d5d827c19d38bbb43ce6d4b448153ef1","harvest_rules":"96893c00809deeb167ba94aea970f350","autocomplete_grant_number":"DP1095964","display_type":"research_activities","security_filter":["guest"],"dc_date":["2010"],"repository_name":["ARC NGCP New and Ongoing Projects"],"oai_set":["Activities"],"packageType":["Activities"],"dc_format":["application\/x-mint-research-activity"],"dc_subject":["NSW"],"dc_description":["The NSW government plans to adopt Transit Oriented Development (TOD) in Sydney to raise urban population and employment densities which are alleged to reduce car dependence, congestion, inefficient energy use and adverse environmental effects. Relationships between patterns\/modes of commuting and spatial distributions of jobs and housing are under-researched in Australia. The Project will i) interpret the evolution of the Sydney urban structure (1996-2006); ii) rigorously analyse the relationship between trip generation (commuting) and urban form; iii) critically evaluate the capacity of TOD to raise the efficiency of travel patterns; and iv) where appropriate advocate additional\/alternative policies to achieve urban sustainability."],"grant_number":["DP1095964"],"dc_identifier":["DP1095964"],"ID":["DP1095964"],"foaf_name":["The University of Newcastle"],"dc_date_submitted":["2009"],"repository_type":["Research Activities"],"harvestId":["DP1095964"],"score":0.030757688} }, "rdf:about": "https://demo.redboxresearchdata.com.au/mint/Activities/detail/8f98393ef65eaf649834ffef91765ab7", "rdfs:type": ["owl:Thing"], "rdfs:label": "Evolving urban structure, mode choice, travel behaviour and energy consumption: A study of the Sydney planning strategy", "dc:title": "Evolving urban structure, mode choice, travel behaviour and energy consumption: A study of the Sydney planning strategy", "dc:description": "The NSW government plans to adopt Transit Oriented Development (TOD) in Sydney to raise urban population and employment densities which are alleged to reduce car dependence, congestion, inefficient energy use and adverse environmental effects. Relationships between patterns/modes of commuting and spatial distributions of jobs and housing are under-researched in Australia. The Project will i) interpret the evolution of the Sydney urban structure (1996-2006); ii) rigorously analyse the relationship between trip generation (commuting) and urban form; iii) critically evaluate the capacity of TOD to raise the efficiency of travel patterns; and iv) where appropriate advocate additional/alternative policies to achieve urban sustainability.", "dc:identifier": "DP1095964", "grant_number": "DP1095964" } , { "result-metadata": { "relevance": 0.030757688, "all": {"storage_id":"154e55586c31bedde0a9a54ac4364a14","id":"154e55586c31bedde0a9a54ac4364a14","last_modified":"2024-01-29T01:52:47Z","dc_title":"Experimental Studies of the effects of the research process on participant behaviour","autocomplete_title":"Experimental Studies of the effects of the research process on participant behaviour","harvest_config":"d5d827c19d38bbb43ce6d4b448153ef1","harvest_rules":"96893c00809deeb167ba94aea970f350","autocomplete_grant_number":"DP1093809","display_type":"research_activities","security_filter":["guest"],"dc_date":["2010"],"repository_name":["ARC NGCP New and Ongoing Projects"],"oai_set":["Activities"],"packageType":["Activities"],"dc_format":["application\/x-mint-research-activity"],"dc_subject":["NSW"],"dc_description":["Social science is increasingly being relied upon to develop behavioural interventions to improve health, e.g., encouraging smoking cessation or increasing physical activity. Such research typically involves participants having their behaviour monitored and measured. Despite awareness of the potential for this to bias estimates of intervention effects (the 'Hawthorne effect'), there has been little detailed study of these effects. We seek to investigate and quantify biases in experimental trials of behavioural interventions in order to improve study designs to eliminate or control for the effects of the research process and to improve the interpretation of existing findings."],"grant_number":["DP1093809"],"dc_identifier":["DP1093809"],"ID":["DP1093809"],"foaf_name":["The University of Newcastle"],"dc_date_submitted":["2009"],"repository_type":["Research Activities"],"harvestId":["DP1093809"],"score":0.030757688} }, "rdf:about": "https://demo.redboxresearchdata.com.au/mint/Activities/detail/154e55586c31bedde0a9a54ac4364a14", "rdfs:type": ["owl:Thing"], "rdfs:label": "Experimental Studies of the effects of the research process on participant behaviour", "dc:title": "Experimental Studies of the effects of the research process on participant behaviour", "dc:description": "Social science is increasingly being relied upon to develop behavioural interventions to improve health, e.g., encouraging smoking cessation or increasing physical activity. Such research typically involves participants having their behaviour monitored and measured. Despite awareness of the potential for this to bias estimates of intervention effects (the 'Hawthorne effect'), there has been little detailed study of these effects. We seek to investigate and quantify biases in experimental trials of behavioural interventions in order to improve study designs to eliminate or control for the effects of the research process and to improve the interpretation of existing findings.", "dc:identifier": "DP1093809", "grant_number": "DP1093809" } , { "result-metadata": { "relevance": 0.030757688, "all": {"storage_id":"4a73d8888b3815f94baf3b84bfa11da5","id":"4a73d8888b3815f94baf3b84bfa11da5","last_modified":"2024-01-29T01:52:49Z","dc_title":"Extending the range of the flotation process for particle separation","autocomplete_title":"Extending the range of the flotation process for particle separation","harvest_config":"d5d827c19d38bbb43ce6d4b448153ef1","harvest_rules":"96893c00809deeb167ba94aea970f350","autocomplete_grant_number":"DP0664149","display_type":"research_activities","security_filter":["guest"],"dc_date":["2006"],"repository_name":["ARC NGCP New and Ongoing Projects"],"oai_set":["Activities"],"packageType":["Activities"],"dc_format":["application\/x-mint-research-activity"],"dc_subject":["NSW"],"dc_description":["This project will address a significant long-standing problem for mineral flotation, the slow rate of recovery of ultrafine (<10痠) and coarse (>100痠) particles. We will investigate two phenomena recently discovered by us - the formation of bubble clusters, that have the potential to lift large particles from a flotation cell; and a shock wave in a supersonic bubbly flow as a high-energy contactor to increase the kinetics of capture of ultrafine flotation. Computational fluid dynamics (CFD) will be used to model the flotation kinetics of particles in a highly turbulent environment. The research will lead to new ways of carrying out the flotation process, and to improve existing processes."],"grant_number":["DP0664149"],"dc_identifier":["DP0664149"],"ID":["DP0664149"],"foaf_name":["The University of Newcastle"],"dc_date_submitted":["2005"],"repository_type":["Research Activities"],"harvestId":["DP0664149"],"score":0.030757688} }, "rdf:about": "https://demo.redboxresearchdata.com.au/mint/Activities/detail/4a73d8888b3815f94baf3b84bfa11da5", "rdfs:type": ["owl:Thing"], "rdfs:label": "Extending the range of the flotation process for particle separation", "dc:title": "Extending the range of the flotation process for particle separation", "dc:description": "This project will address a significant long-standing problem for mineral flotation, the slow rate of recovery of ultrafine (<10痠) and coarse (>100痠) particles. We will investigate two phenomena recently discovered by us - the formation of bubble clusters, that have the potential to lift large particles from a flotation cell; and a shock wave in a supersonic bubbly flow as a high-energy contactor to increase the kinetics of capture of ultrafine flotation. Computational fluid dynamics (CFD) will be used to model the flotation kinetics of particles in a highly turbulent environment. The research will lead to new ways of carrying out the flotation process, and to improve existing processes.", "dc:identifier": "DP0664149", "grant_number": "DP0664149" } , { "result-metadata": { "relevance": 0.030757688, "all": {"storage_id":"2b25e4bafbf51f884596284f1236cc16","id":"2b25e4bafbf51f884596284f1236cc16","last_modified":"2024-01-29T01:52:48Z","dc_title":"Fault tolerant multisensor feedback control","autocomplete_title":"Fault tolerant multisensor feedback control","harvest_config":"d5d827c19d38bbb43ce6d4b448153ef1","harvest_rules":"96893c00809deeb167ba94aea970f350","autocomplete_grant_number":"DP0881419","display_type":"research_activities","security_filter":["guest"],"dc_date":["2008"],"repository_name":["ARC NGCP New and Ongoing Projects"],"oai_set":["Activities"],"packageType":["Activities"],"dc_format":["application\/x-mint-research-activity"],"dc_subject":["NSW"],"dc_description":["This project aims to develop new improved strategies for control system design using multiple sensors. A distinctive feature of our intended approach is to integrate the information provided by the multiple sensors with the feedback control system design. We believe this integrated approach will lead to significant improvements with respect to existing schemes. These improvements will result in designs of multisensor feedback control systems with guaranteed properties such as fault tolerance, stability and robustness. These properties will render such systems much more widely applicable than currently is the case, with important practical implications in many areas including automotive systems, robotics, biological and biomedical systems."],"grant_number":["DP0881419"],"dc_identifier":["DP0881419"],"ID":["DP0881419"],"foaf_name":["The University of Newcastle"],"dc_date_submitted":["2007"],"repository_type":["Research Activities"],"harvestId":["DP0881419"],"score":0.030757688} }, "rdf:about": "https://demo.redboxresearchdata.com.au/mint/Activities/detail/2b25e4bafbf51f884596284f1236cc16", "rdfs:type": ["owl:Thing"], "rdfs:label": "Fault tolerant multisensor feedback control", "dc:title": "Fault tolerant multisensor feedback control", "dc:description": "This project aims to develop new improved strategies for control system design using multiple sensors. A distinctive feature of our intended approach is to integrate the information provided by the multiple sensors with the feedback control system design. We believe this integrated approach will lead to significant improvements with respect to existing schemes. These improvements will result in designs of multisensor feedback control systems with guaranteed properties such as fault tolerance, stability and robustness. These properties will render such systems much more widely applicable than currently is the case, with important practical implications in many areas including automotive systems, robotics, biological and biomedical systems.", "dc:identifier": "DP0881419", "grant_number": "DP0881419" } ] }