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for degrading microplastics by numerically implementing asymptotic models and using Boundary Element Methods. Perform parametric studies using the resulting code to investigate the effect of material parameters
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of published metal compositions for copper-based artefacts from Cyprus, and to write a review paper on the use of brass and zinc in Cyprus from the earliest time to the early modern period. They will submit
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, literature databases, and qualitative research methods. Strong collaboration skills, with a willingness to work in an interdisciplinary research team. Compensation: Gross monthly salary of €2,800 (for post
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technologies; teaching experience; development of suitable didactic material, particularly of digital material; contribution in developing didactic methods/methodologies). Experience in developing new study
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technologies; teaching experience; development of suitable didactic material, particularly of digital material; contribution in developing didactic methods/methodologies). Experience in developing new study
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-time basis (100% FTE) for its premises at Athalassa’s Campus. The successful candidate will conduct research in the application of existing and novel Artificial Intelligence and Deep Learning methods in
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statistical methods and research methodology. Following the coursework, you will be required to successfully complete written comprehensive exams and then on, continue with the doctoral thesis, leading up
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didactic material, particularly of digital material; contribution in developing didactic methods/methodologies). Experience in developing new study programs. Administrative and organizational experience
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“ARIADNE” project dedicated to the experimental characterization of the chemical composition and sources of the absorbing component of Particulate Matter (PM) using a large suite of off-line (filter-based
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spectrometric research. The successful candidate is expected to be a hands-on person to start developing methods to qualify and quantify sub-pptV levels of base molecules, relevant to new particle formation