Scientific Sample Clauses

Scientific. Atlanta will query the caller via telephone to determine the cause of the equipment anomaly.

Scientific. State of the Art Publications / Conferences Other EU projects

Scientific. 1.1. Participates in and provides supervision for the installation, acceptance testing, commissioning and validation of treatment planning systems, treatment machines, dosimetry equipment and imaging apparatus used in radiotherapy. 1.2. Carries out and provides supervision for ongoing quality assurance and calibration of all treatment planning systems and processes, treatment machines, dosimetry equipment and imaging apparatus, in accordance with relevant national and international standards and guidelines. 1.3. Practices to ensure the safe and effective delivery of radiotherapy treatment, including but not limited to EBRT (and specialised techniques such as IMRT, VMAT and SABR), brachytherapy, intra-operative radiotherapy, and stereotactic radiotherapy. 1.4. Provides advice on the Radiation Oncology Medical Physics (ROMP) aspects of radiotherapy treatment and planning, and participates in the ongoing verification of radiotherapy treatment delivery. 1.5. Practices in, takes responsibility for, and coordinates the activities of ROMP staff in one or more areas of specialty within the ROMP service. 1.6. For the area of responsibility, initiates and undertakes continual improvement of internal policy, protocols, quality assurance procedures and methodologies, to ensure ongoing compliance with regulatory requirements and relevant codes of practice and quality standards. 1.7. Ensures radiation safety regulatory requirements are met and maintained for the public, personnel, and equipment according to hospital radiation safety policies and relevant reporting lines, in one or more areas of specialty within the ROMP service.

Scientific. Provides expert medical physics advice to clinicians and medical physicists in diagnostic imaging.

Scientific. To create a good environment throughout the EU for development of technologies towards the Near Zero Waste EU it is crucial to have a clear and objective way to validate the possible solutions according to the circumstances within each specific EU country or region. To make sure that development of technology and processes will take into account the impact on environment and health the current used standards for evaluating the sustainability impact should be reviewed. Scientific actions should be made towards the implementation of standards for the use of recycled materials from plastic packaging compared to virgin plastic materials. At this moment there is a big focus on CO2 in a value chain. When we want to come to a Near Zero Waste EU standards will be needed that will address this goal in a scientific way and also incorporate the resource dependency of the EU for plastics. Besides the EU resource policy based on circular economy thinking it is also needed to address the global political situation within such a model. In the past a geographical region had its own local policy regarding resources and development. The influence of one geographical region into another with resources is rapidly increasing with the globalization of companies and business strategies based on influencing global material streams and prices. New value chain/material standards should be developed through scientific approach of this Near Zero Waste EU goals for plastic packaging, with a good focus on the total environmental impact and not only on CO2. Input needed on: What are the main drivers of today’s LCA methodologies What are commonly used methodologies in the value chain of plastic packaging Are there really critical materials from a supply stand of view, and what focus should a new LCA standard have to make sure this is important enough Each pathway should lead into a business case that can stand on its own, without everlasting funding schemes supporting them. This does not mean that there is no funding needed to get the business started. One of the critical aspects in this matter will be volume of material and certainty of procurement of the recovered materials. Besides funding for development, every business has a need for a certain scale of volume to be economically viable. In order to achieve this economic volume it is essential to have a clear view on the volumes of material from waste that can be produced in geographical regions (countries). With that information gove...

Scientific. Scientific papers will be written in all relevant work packages by the project research partners, with the aim of publication in open access, high impact, peer-reviewed journals. All the resulting peer-reviewed scientific articles will be published at least in so-called “green” open access, and with preference to “gold” open access especially for key publications. Direct links to the publications will be available on the project website and the Horizon 2020 guidelines on open access to scientific publication and research data will be followed: ▇▇▇▇://▇▇.▇▇▇▇▇▇.▇▇/research/participants/data/ref/h2020/grants_manual/hi/oa_pilot/h2020-hi- oa-pilot-guide_en.pdf.

Scientific. 1.1. Participates in the installation, acceptance testing, commissioning and validation of treatment planning systems, treatment machines, dosimetry equipment and imaging apparatus used in radiotherapy. 1.2. Carries out ongoing quality assurance and calibration of all treatment planning systems and processes, treatment machines, dosimetry equipment and imaging apparatus, in accordance with relevant national and international standards and guidelines. 1.3. Practices to ensure the safe and effective delivery of radiotherapy treatment, including but not limited to EBRT (and specialised techniques such as IMRT, VMAT and SABR), brachytherapy, intra-operative radiotherapy, and stereotactic radiotherapy. 1.4. Assists to provide advice on the Radiation Oncology Medical Physics (ROMP) aspects of radiotherapy treatment and planning, and participates in the ongoing verification of radiotherapy treatment delivery. 1.5. Practices in one or more areas of specialty within the ROMP service. 1.6. Assists with the continual improvement of internal policy, protocols, quality assurance procedures and methodologies, to ensure ongoing compliance with regulatory requirements and relevant codes of practice and quality standards. 1.7. Assists to ensure radiation safety regulatory requirements are met and maintained for the public, personnel, and equipment according to hospital radiation safety policies and relevant reporting lines.

Scientific how many articles, conferences, presentations are given and how many students are trained by this project.