Doctoral studies

country
city
subject area
language
university type  
university status  
en en
Lausanne, Switzerland
subject area: engineering and engineering trades
en en
Lausanne, Switzerland
subject area: engineering and engineering trades
en en
Lausanne, Switzerland
subject area: physical science, environment
en en
Lausanne, Switzerland
subject area: physical science, environment
en en
Lausanne, Switzerland
subject area: computer science
fr fr
Lausanne, Switzerland
subject area: security services
en en
Lausanne, Switzerland
subject area: humanities
fr fr
Lausanne, Switzerland
fr fr
Lausanne, Switzerland
subject area: teacher training and education science
en en
Lausanne, Switzerland
subject area: engineering and engineering trades
en en
Lausanne, Switzerland
subject area: engineering and engineering trades
en en
Lausanne, Switzerland
subject area: economy and administration
fr fr
Lausanne, Switzerland
subject area: physical science, environment
fr fr
Lausanne, Switzerland
subject area: law
fr fr
Lausanne, Switzerland
subject area: biology
en en
Lausanne, Switzerland
subject area: economy and administration
en en
Lausanne, Switzerland
subject area: engineering and engineering trades
en en
Lausanne, Switzerland
subject area: mathematics and statistics
en en
Lausanne, Switzerland
subject area: engineering and engineering trades
fr fr
Lausanne, Switzerland
subject area: medicine, health care
en en
Lausanne, Switzerland
subject area: biology
fr fr
Lausanne, Switzerland
en en
Lausanne, Switzerland
subject area: engineering and engineering trades
en en
Lausanne, Switzerland
subject area: physical science, environment
fr fr
Lausanne, Switzerland
subject area: social
fr fr
Lausanne, Switzerland
subject area: social
fr fr
Lausanne, Switzerland
subject area: economy and administration
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EU-funded scientists developed new material approaches to improve the photocatalytic capability of titanium dioxide (TiO2). The developed thin-film catalysts are decontaminating water more efficiently.
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