The School of Sussex has developed a new indicator technological innovation, the Power Potential Sensor (EPS), capable of calculating spatial electric area, which triumphs over many of the problems that recognized e-field statistic gadgets display. The programs of the EPS are different and numerous. One such is the statistic of the e-field created in routinely burdened stone and concrete centered content.
This venture will use this new technological innovation in an area of ideal significance where such dimensions will boost the knowing of the microstructure and efficiency of these components. This is of direct significance for the evaluation in the architectural health of municipal resources and will provide an knowing into geological science. Initial perform indicates the everyday living of e-field alerts in rock/cement centered content under compression circumstances. The perform is targeted on how the e-field fits with other well recognized structural/geophysical tracking techniques.
Eligibility:
Candidates must have, or expect to get, a first class accolades degree in Technological innovation, or Technology, or comparative non-UK certification. Experience in analog gadgets, information purchase, exclusive device software design, computer and demonstration is beneficial. Applicants from UK/EU nations are very welcome to apply. (However, there may be qualifications restrictions for non-UK candidates). This prize is not available to Offshore (ex-EU) learners.
Study Subject(s):Electric Stress field Sensing in Geological and Man-made Materials
Level:Postgraduate Research
Provider: EPSRC grant
Scholarship can be taken at: UK
Open for Students of Following Countries: UK/EU
How to Apply: Email
Application Deadline: 20 August 2012
Scholarship Information : http://www.sussex.ac.uk
