Prof. C S Solanki

Areas Of Expertise

• 2 suns
• A-Si/SiNx multilayer
• A1.Raman spectra
• A1.SIMS
• A1.TEM
• A3.a-Si/SiNx multilayer
• A3.HWCVD
• Annealing temperature
• C-V
• Capacitance-Voltage
• Carbon nanotubes
• Carbon yield
• Catalytic decomposition
• Chemical vapor deposition
• Chemical-vapor-deposition
• Concentrator module
• Concentrators systems
• Confinement
• Crystalline silicon
• CVD synthesis
• Deactivation
• Direct normal solar radiation
• Double-barrier structures
• Fluidized-bed reactor
• Free-standing
• FTIR
• Growth
• Heat dissipation
• Heterojunction
• HWCVD
• I-V
• Large-scale production
• Low concentration
• Matrix
• MIS structure
• Modules
• Monocrystalline films
• Monthly averaged daily and hourly diffuse radiation
• Monthly averaged daily and hourly global radiation
• Nanocrystalline-silicon
• Nanocrystals
• Nanoparticles
• NIitride films
• Non-conventional energy sources
• Non-imaging concentrators
• Optical-properties
• Parameters
• Photoluminescence
• Photovoltaics
• PL
• Point
• Poly-Si and epi-Si films
• Porous silicon
• Purification
• PV
• Raman analysis
• Raman spectra
• Series resistance
• Si
• Si-QD
• Si-QD/SiNx multilayer
• SI3N4
• SI3N4 films
• SIMS
• SiNx
• SIO2
• Solar cells
• Solar Photovoltaics
• Solar PV system design
• Solar PV/thermal concentrator
• Solar Research
• Solar-cells
• Street light design
• Technology
• TEM
• Temperature
• Thin film solar cells
• Thin-film
• Thin-films
• Three stage purification
• Transmission electron-microscopy
• V-trough
• V-Trough(2 Sun) concentrator System
• XRD
• Solar cells