Doctoral studies

country
city
subject area
language
university type  
university status  
en en
Canterbury, United Kingdom
subject area: humanities
en en
Canterbury, United Kingdom
subject area: humanities
en en
Canterbury, United Kingdom
subject area: humanities
en en
Canterbury, United Kingdom
subject area: humanities
en en
Canterbury, United Kingdom
subject area: humanities
en en
Canterbury, United Kingdom
subject area: humanities
en en
Canterbury, United Kingdom
subject area: humanities
en en
Canterbury, United Kingdom
subject area: humanities
en en
Canterbury, United Kingdom
subject area: humanities
en en
Canterbury, United Kingdom
subject area: humanities
en en
Canterbury, United Kingdom
subject area: humanities
en en
Canterbury, United Kingdom
subject area: humanities
en en
Canterbury, United Kingdom
subject area: humanities
Using light to produce either electricity or hydrogen, dye-sensitised solar cells (DSSCs) are currently the most efficient third-generation solar technology. Increases in their conversion efficiency through better understanding of how light-absorption materials function will make them attractive for large-scale deployment.
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