Doctoral studies

country
province
city
subject area
language
university type
university status
pl pl
Warsaw, Poland
subject area: arts
pl pl
Katowice, Poland
subject area: arts
pl pl
Warsaw, Poland
subject area: physical science, environment
pl pl
Zielona Góra, Poland
subject area: physical science, environment
pl pl
Warsaw, Poland
subject area: physical science, environment
pl pl
Poznań, Poland
subject area: physical science, environment
pl pl
Warsaw, Poland
subject area: engineering and engineering trades
pl pl
Białystok, Poland
subject area: engineering and engineering trades
pl pl
Warsaw, Poland
subject area: engineering and engineering trades
pl pl
Gdańsk, Poland
subject area: engineering and engineering trades
pl pl
Katowice, Poland
subject area: engineering and engineering trades
pl pl
Warsaw, Poland
subject area: engineering and engineering trades
pl pl
Wrocław, Poland
subject area: engineering and engineering trades
pl pl
Gliwice, Poland
subject area: engineering and engineering trades
pl pl
Warsaw, Poland
subject area: engineering and engineering trades
pl pl
Warsaw, Poland
subject area: humanities
pl pl
Lublin, Poland
subject area: humanities
pl pl
Warsaw, Poland
subject area: physical science, environment
pl pl
Gliwice, Poland
subject area: physical science, environment
pl pl
Gdańsk, Poland
subject area: physical science, environment
pl pl
Rzeszów, Poland
subject area: physical science, environment
pl pl
Wrocław, Poland
subject area: physical science, environment
pl pl
Szczecin, Poland
subject area: physical science, environment
pl pl
Cracow, Poland
subject area: physical science, environment
pl pl
Łódź, Poland
subject area: physical science, environment
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Although the Earth is a rocky planet, many aqueous dynamic processes take place beneath its surface making it unique among terrestrial planets. New insight into the role of fluids on properties of materials is directly relevant to earthquakes and volcanic eruptions.
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