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Absorbance ( a , c ) and normalized photoluminescence (PL) ( b , d , excitation wavelength: 355 nm) spectra of copper indium sulfide <t>(CIS)</t> <t>nanocrystals</t> <t>(NCs)</t> prepared using different synthesis times at 150 °C (Cu-In-S ratio = 1:1:2) ( a , b ), and using different synthesis temperatures ( c , d ). At 175 °C for longer reaction times precipitation occurs.
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Absorbance ( a , c ) and normalized photoluminescence (PL) ( b , d , excitation wavelength: 355 nm) spectra of copper indium sulfide <t>(CIS)</t> <t>nanocrystals</t> <t>(NCs)</t> prepared using different synthesis times at 150 °C (Cu-In-S ratio = 1:1:2) ( a , b ), and using different synthesis temperatures ( c , d ). At 175 °C for longer reaction times precipitation occurs.
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Absorbance ( a , c ) and normalized photoluminescence (PL) ( b , d , excitation wavelength: 355 nm) spectra of copper indium sulfide (CIS) nanocrystals (NCs) prepared using different synthesis times at 150 °C (Cu-In-S ratio = 1:1:2) ( a , b ), and using different synthesis temperatures ( c , d ). At 175 °C for longer reaction times precipitation occurs.

Journal: Nanomaterials

Article Title: Hydrothermal Synthesis of Aqueous-Soluble Copper Indium Sulfide Nanocrystals and Their Use in Quantum Dot Sensitized Solar Cells

doi: 10.3390/nano10071252

Figure Lengend Snippet: Absorbance ( a , c ) and normalized photoluminescence (PL) ( b , d , excitation wavelength: 355 nm) spectra of copper indium sulfide (CIS) nanocrystals (NCs) prepared using different synthesis times at 150 °C (Cu-In-S ratio = 1:1:2) ( a , b ), and using different synthesis temperatures ( c , d ). At 175 °C for longer reaction times precipitation occurs.

Article Snippet: For solar cell preparation, first, activated mesoporous TiO 2 electrodes were immersed into concentrated colloidal solutions of CIS NCs for a given time followed by rinsing and passivation coating with a thin ZnS layer obtained by SILAR deposition.

Techniques:

TEM images of CIS-1 (with a corresponding high resolution TEM (HRTEM) image as inset) ( a ) and CIS-2 ( b ) NCs, and their size distribution ( c ).

Journal: Nanomaterials

Article Title: Hydrothermal Synthesis of Aqueous-Soluble Copper Indium Sulfide Nanocrystals and Their Use in Quantum Dot Sensitized Solar Cells

doi: 10.3390/nano10071252

Figure Lengend Snippet: TEM images of CIS-1 (with a corresponding high resolution TEM (HRTEM) image as inset) ( a ) and CIS-2 ( b ) NCs, and their size distribution ( c ).

Article Snippet: For solar cell preparation, first, activated mesoporous TiO 2 electrodes were immersed into concentrated colloidal solutions of CIS NCs for a given time followed by rinsing and passivation coating with a thin ZnS layer obtained by SILAR deposition.

Techniques:

Photovoltaic parameters of TiO 2 based solar cells sensitized by CIS NCs. The champion cell and average parameters of three cells for each condition are given.

Journal: Nanomaterials

Article Title: Hydrothermal Synthesis of Aqueous-Soluble Copper Indium Sulfide Nanocrystals and Their Use in Quantum Dot Sensitized Solar Cells

doi: 10.3390/nano10071252

Figure Lengend Snippet: Photovoltaic parameters of TiO 2 based solar cells sensitized by CIS NCs. The champion cell and average parameters of three cells for each condition are given.

Article Snippet: For solar cell preparation, first, activated mesoporous TiO 2 electrodes were immersed into concentrated colloidal solutions of CIS NCs for a given time followed by rinsing and passivation coating with a thin ZnS layer obtained by SILAR deposition.

Techniques:

Photovoltaic behavior of solar cells sensitized with various fractions of CIS NCs.

Journal: Nanomaterials

Article Title: Hydrothermal Synthesis of Aqueous-Soluble Copper Indium Sulfide Nanocrystals and Their Use in Quantum Dot Sensitized Solar Cells

doi: 10.3390/nano10071252

Figure Lengend Snippet: Photovoltaic behavior of solar cells sensitized with various fractions of CIS NCs.

Article Snippet: For solar cell preparation, first, activated mesoporous TiO 2 electrodes were immersed into concentrated colloidal solutions of CIS NCs for a given time followed by rinsing and passivation coating with a thin ZnS layer obtained by SILAR deposition.

Techniques: