-
between the School of Civil Engineering and the University of Leeds Virtuocity centre for city simulation. Drawing on the broad cross-disciplinary makeup of our existing research, you will be able to shape
-
-containing aqueous media, as well as associated methods of corrosion control via the use of surfactant-based chemistries. The study builds on successful work at the University of Leeds where we have developed
-
, you will develop thermodynamic descriptions of calcium ferrites and ferritic clinkers, also incorporating minor elements. This role will be based at the university of Leeds campus and there is scope
-
partitioning and inhibition mechanism in CO2-containing aqueous media. The study builds on successful work at the University of Leeds where we have developed methods to understand role and performance
-
based at the university of Leeds campus and there is scope for it to be undertaken in a hybrid manner. We are open to discussing flexible working arrangements. To explore the post further or for any
-
plant sciences at the University of Leeds, the University of Sheffield and University College London, together with industry. You will use your skills in interdisciplinary research to communicate your
-
well as economic improvement of MgO-based cements and associated supply chains. This role will be based at the university of Leeds campus and there is scope for it to be undertaken in a hybrid manner. We are open to
-
from wastes, resolving any questions of potential ecotoxicity, and also enable safe disposal of hazardous wastes using novel cements. This role will be based at the university of Leeds campus and there
-
. In this project, you will use THz quantum-cascade lasers (QCLs) developed at the University of Leeds, to realise the first THz gas spectroscopy with the sensitivity and speed required for analysing
-
entrepreneurial mind-set. You will be funded for 3 years and will pursue a doctoral degree during this time. This DR position is based at the University of Leeds and will involve expanding and developing our iSIM