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these components inside the PCB and connect them internally, which not only saves space, but also easily confines the electromagnetic noise and manages the cooling of the system. Eventually, it will greatly reduce
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these components inside the PCB and connect them internally, which not only saves space, but also easily confines the electromagnetic noise and manages the cooling of the system. Eventually, it will greatly reduce
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technologies? Join the EPSRC Energy Transfer Technologies Doctoral Training Hub and embark on a fully funded PhD focused on advancing our understanding of high-energy electromagnetic propagation in challenging
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student will carry out specifically the following initial tasks: implementation, and calibration of the microscopy system; electromagnetic modelling of the near-field probe may be required for the latter
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Overview: PhD Opportunity, Fully Funded, £23,237 Tax-Free Stipend + £7,000 Research Support Title: Advancing High-Energy Electromagnetic Propagation in Adverse Conditions Location: Cranfield
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project, to train students, to interact with colleagues with different backgrounds (physics, engineering, chemistry) and from different disciplines (i.e., spectroscopy, electromagnetism, material science
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student will carry out specifically the following initial tasks: implementation, and calibration of the microscopy system; electromagnetic modelling of the near-field probe may be required for the latter
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lead to high-impact publications and advancements. Candidate Requirements: A Master’s degree (or equivalent) in Electrical Engineering, Physics, or a related field. Strong background in electromagnetics
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within George Green Institute for Electromagnetic research (GGIER), department of Electrical and Electronic Engineering, University of Nottingham. As an international centre of expertise in
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project, to train students, to interact with colleagues with different backgrounds (physics, engineering, chemistry) and from different disciplines (i.e., spectroscopy, electromagnetism, material science