| Master ICARE - year 2011-2012 | 
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            | Proposed timetable for  block "Fundamentals of Solar Energy" | 
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            Monday | 
            Tuesday | 
            Wednesday | 
            Thursday | 
            Friday | 
        
        
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            25.February | 
            26. February | 
            27.February | 
            28.February | 
            1.March | 
        
        
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            | 8h30-10h | 
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            Lecture - Nassarbasics of PV cells and modules | 
            Lecture - Nassar  
            Basics of semiconductor crystal physics for PV | 
            Lecture - Nassar  
            Absorption of light by semiconductors ; generation and recombination  | 
            Lecture - Nassar 
            The pn junction 
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            | 10h15-11h45 | 
            Lecture -Nassar Course overview - introduction to PV. Industry, markets, facts and figures | 
            Exercise - Nassar, Cariou, DornstetterIV curve of PV cells - dependence on illumination and temperature | 
            Lecture - Nassar 
            Crystalline silicon manufacturing | 
            Lecture - Nassar  
            Semiconductor doping ; 
            Carrier dynamics in semiconductors - diffusion and drift ; diffusion length | 
            Lecture - Nassarbasic silicon solar cell technology | 
        
        
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            | 14h-15h30 | 
            Lecture - Nassar  
            Basics of solar radiation | 
            Exercise - Nassar, Cariou, DornstetterElectrical model of solar cell | 
            Exercise - Nassar, Cariou, DornstetterSeries and parallel assembly of solar cells, current mismatch, bypass diodes | 
            Exercise - Nassar, Cariou, Dornstetter solar spectrum, optical absorption  by silicon, calculation of maximum current  available | 
            Exercise - Nassar, Cariou, Dornstetter Optical losses. Optimization of an antireflection coating | 
        
        
            15h45 
            17h15 | 
            Exercise - Nassar, Cariou, Dornstetter 
            Exploitation of daily solar irradiance data | 
        
        
            | 17h15-17h45 | 
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            Monday | 
            Tuesday | 
            Wednesday | 
            Thursday | 
            Friday | 
        
        
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            4. March | 
            5. March | 
            6. March | 
            7. March | 
            8. March | 
        
        
            | 8h30-9h45 | 
            Lecture -Nassar 
            More on semiconductor physics for PV | 
            Lecture -NassarIntroduction to thin-film silicon technology | 
            Lecture and exercise - Mayer 
             
            Solar resource ; 
             
            + invited talk of Pr Kaare Sandholt to be scheduled within the day | 
            Lecture and exercise - Mayer 
             
            PV systems 
             
            + 1hour invited talk of Pr  Roca I Cabarrocas to be scheduled within the day | 
            Personal work | 
        
        
            | 10h00-11h16 | 
            Lecture -Nassar 
            Crystalline solar cell design and optimization | 
            Lecture -Nassar  
            Other solar cell technologies | 
        
        
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            | 14h-16h | 
            Exercise -Nassar, Cariou, DornstetterElementary calculations on semiconductors | 
            Exercise -Nassar, Cariou, Dornstettersolar cell optimization with PC1D | 
            Final Quiz (under supervision of ICARE staff) |